BRESSER Messier AR-90s/500 EXOS-2 GOTO

90 mm f/5.5 refractor telescope with GoTo-mount and tripod

  • BRESSER MESSIER AR-90s with EXOS II Goto Mount
  • Lens diameter: 90 mm / focal length: 500 mm / f/5.5
  • Rich field refractor telescope
  • Highest recommended magnification: 180x
  • Scope of delivery: optical tube, Goto mount, accessories
  • Telescope for night and solar observation
  • Aperture Solar-filter and smartphone adapter for celestial navigation included
  • With built-in camera holder

€979.00*

Available, delivery time: 1-3 days

Product number: 4790509
EAN: 4007922049892
WEEE-Reg.-Nr.: DE 34323861

With BRESSER, you can enjoy a smooth introduction to the vast world of astronomy. Our detailed information ("Telescope Guide") provides valuable tips for beginners—but even experienced astronomers can use the information we provide (e.g., tables for the geographical latitude of all major world cities) as a reference.

Here is the table of contents of the comprehensive BRESSER Telescope Guide:

Sky Guides von Bresser

Der Sky Guide bietet umfassende Informationen zu Sternbildern, Planetenpositionen und astronomischen Ereignissen – ideal, um Ihre Beobachtungen zu planen und noch tiefer in die Astronomie einzutauchen. 
Besuchen Sie den Guide direkt hier, um das Beste aus Ihren Beobachtungen herauszuholen!

Die BRESSER EXOS 2 Goto Montierung

von Jochen Fehmer


Mein neustes Testobjekt ist die BRESSER EXOS 2 Goto Montierung. Nun ja, in der Astronomie- Szene ist sie nicht gerade als die Montierung schlechthin bekannt und die Meinungen gehen weit auseinander.

Also ab ins Lager und eine BRESSER EXOS 2 Goto auf die Sackkarre und ins Auto damit. Mir fiel auf, die Dimensionen des Kartons sind echt übersichtlich, kein langer schwerer wie ich es von anderen Montierungen gewohnt bin. Es sei gesagt, es war keine überprüfte oder eine ausgesuchte, es war eine von der Stange oder besser gesagt vom Regal.

Zuhause angekommen und gestärkt von einem Abendessen machte ich mich ans Werk.

BRESSER EXOS 2 GOTO mit EXPLORE SCIENTIFIC AR102
BRESSER Montierung EXOS 2 GOTO

Ich packte die Montierung im warmen Wintergarten aus, denn draußen war es schon sehr kalt, minus 4 Grad. Als erstes das Stativ. Es ist aus Stahlrohr, leicht und mit zwei Feststellschrauben pro Fuß…das finde ich schon einmal gut. Trotz des leichten Gewichts scheint es sehr stabil zu sein. Dann kam der Montierungskopf; die Motorenabdeckungen sind aus Kunststoff. Egal, wenigstens sind die Zahnräder und die Kugellager einigermaßen vor Staub und Feuchtigkeit geschützt. Auch da fiel mir auf, dass die Montierung sehr leicht ist. Die Montierung auf das Stativ zu schrauben ist sehr einfach, eine große Drehstange erleichtert das ungemein. Gute Idee,wenn es draußen nicht gerade warm ist. Dann die Gewindestange an die Montierung geschraubt. Ein Gewicht ist im Lieferumfang enthalten, dass auf die Stange geschoben und fest gezogen. Handbox angeschlossen und das DEC. Kabel installiert. Fertig. Die BRESSER EXOS 2 GOTO Montierung macht so einen guten Eindruck, alle Schrauben sind groß genug um auch mit Handschuhen bei niedrigen Temperaturen arbeiten zu können. Allein vom Aussehen gefällt sie mir sehr gut.

Aber, gut aussehen reicht nicht. Leider suchte ich vergeblich nach einer Polsucherbeleuchtung. Diese muss als Zubehör gekauft werden. Dafür bekommt sie keinen Applaus. Es geht zwar auch ohne, aber mit der genauen Einordnung fällt und steht die Beobachtungsnacht. Schade.

Ich habe das mitgelieferte Batteriefach mit Batterien gefüllt. Ich wollte so damit arbeiten wie sie ausgeliefert wird. Ein Netzteil kann man als Zubehör erwerben.

Auf geht’s, Montierung angestellt. Als erstes fiel mir das sehr große Display der Handbox auf. Sehr angenehm die Infos zu lesen. Keine Laufschrift sondern stehende Buchstaben. Die Umstellung auf unsere deutsche Sprache ist kein Problem. Nur dass die Schrift auf einmal viel größer wurde….warum dieses? Keine Ahnung, eventuell sind viele Deutsche kurzsichtig. Die Zeit und das Datum musste ich nicht mehr eingeben, bei Bresser werden die Montierungen mit dem Goto versehen, so dass alles schon eingegeben wurde. Auch hier ist zu beachten wenn es eingegeben werden muss, erst das Jahr, Monat und dann den Tag. Nun zum Standort: Vorgegeben sind etliche Länder und Städte. Da es aber keine Updates mehr gibt kann man eigentlich sofort damit beginnen seinen eigenen Wohnort einzugeben. Dafür einmal nach unten mit den Pfeiltasten.

Der Star Tracker der EXOS 2, die Schaltzentrale der Montierung
Die Zahnräder hinter der Abdeckung

Längen,- und Breitengrad eingeben. ( Wenn man den nicht weiß einfach im Internet oder Handy gucken ), Zeitzone hier in Deutschland ist 01. Wenn alles eingegeben ist bestätigen und das ist erledigt. Jedes Mal wenn man nun die Montierung ein schaltet nur noch auf Benutzerstandort gehen und fertig. (interne Batterie). Ich hatte für die erste gemeinsame Nacht mir folgendes vorgenommen.

Doppelschiene und 200 mm Canon Objektiv mit einer Canon EOS 6 D und 8x50 Sucher mit einer ASI ZWO 120 Guiding mit PHD2. Normalerweise sollte man die Montierung in DEC. und RA. auf vorgegebenen Pfeile stellen, dieses wollte ich aber nicht. Ging ja auch nicht, da ich mit einer Doppelschiene arbeiten wollte. Also ausgerichtet und angeschaltet. Ich wollte eine 3 Sterne Ausrichtung machen. Machte ich dann auch, einfach der Sternvorschläge ohne Widerworte folgen. (Wie in einer guten Ehe, keine Widerworte) Drei Sterne durch und fertig. Ich habe keine Ahnung ob das richtig war, schließlich war ich noch im warmen Wintergarten.

Zum Schluss sollte sie auf Home Position fahren, das tat sie auch mit der Querstellung meiner Ausrüstung. Natürlich habe ich vorher das Gewicht der Kamera, Objektiv etc. genau ausgependelt. Das ist sehr wichtig, die Gewichtsverteilung sollte schon passen. Dann ging es raus in die Dunkelheit und in die Kälte.

Die BRESSER EXOS 2 Goto Montierung grob nach Norden ausgerichtet. Nun die Montierung mittels Dosenlibelle auf dem Stativ in Waage gebracht. Dann den Deckel des Polsuchers abgezogen, den Schraubdeckel entfernt. Da keine Polsucherbeleuchtung dabei war habe ich eine Laptop Lampe genommen. Ist eine kleine LED Leuchte mit Klemme und flexiblen Arm…ist zwar kein Rotlicht, geht aber auch. Es geht auch mit der Hand box! In der Hand box vorne ist ein Rotlicht eingebaut mit verschiedenen Helligkeitsstufen. Ohne Probleme reicht die Länge des Kabels aus um in die Öffnung des Polsuchers zu leuchten. Hab ich ausprobiert, klappt. Bei der BRESSER EXOS 2 GOTO ist in der Mitte ein Strich und dort ein Kreis. Da steht Polaris. Es gibt zahlreiche APPs für das Handy. Unter anderem auch die APP- Polarfinder. Diese benutze ich immer. Automatisch habe ich die Position von Polaris. Bitte positionieren Sie den Polarstern auf den Kreis, nicht in dem Kreis. Sie können sicher sein, es passt. Ohne viel Mühe ist das erledigt.

Großdimensionierter Drehknauf
Der Polsucher der BRESSER EXOS 2

Dann habe ich die Kamera angeschlossen und den Laptop gestartet. Die Scharfstellung ist schon eine heikle Sache. Ich nehme immer den Polarstern. Bis jetzt hat es immer geklappt. Es wäre schade, wenn die ganzen Aufnahmen unscharf oder die Sterne Donuts gleichen, die Zeit sollte man sich nehmen. Zahlt sich später aus. 

M 45

Foto von Jörg Ortmann aus Hamm-Pelkum , 5.12.2016 (M 45 mit der BRESSER EXOS 2 GOTO, 24x300 Sek., ISO 400 , Canon EOS 1000 Da.)

Die BRESSER EXOS 2 Goto Montierung sollte beim ersten einrichten nur zwei Sterne anfahren, erster Stern war fast in der Mitte des Kameradisplays. Okay, ich gebe zu es war ja das Canon 70-200 mm, F4 Objektiv. Da wäre es sehr traurig wenn ich den nicht gesehen hätte, oder? Beim zweiten Stern viel ich aus den Wolken, die Montierung schlug den Polarstern vor. Alles klar! Doch ich zentrierte unsern Nordstern und bestätigte die Auswahl der Montierung. Da war ich mal gespannt. Ich scrollte auf der Handbox auf den Menüpunkt Messier Objekte und tippte die Zahlen 4 und 5 ein. Die Plejaden sollten es werden, das erste Objekt welches jemals die Montierung angefahren hat…..ein Stück Geschichte. Auf ging’s, sehr langsam und ruhig fuhr die BRESSER EXOS 2 Goto den Himmel ab. Das Motorengeräusch ist ruhig, es wird keinen Ärger mit Nachbarn geben. Und dann war meine Überraschung sehr groß, mittig strahlten die sieben Schwestern im Display der Canon 6D Kamera. Der Adler ist gelandet! Oha, das ist doch mal was, innerliche Freude machte sich breit. Doch wie wird es weitergehen? Also, M 31 die Andromeda Galaxie….ist ja nicht weit weg, 31 in dem Menüpunkt Messier Objekte eingetippt und bestätigt. Und siehe da, M 31 in der Mitte. Dann wurde ich übermütig, Deneb im Sternmenü eingegeben, Mittig. Vega eingegeben, wieder mittig. Warum fragte ich mich, denn innerlich hatte ich mich auf Frust eingestellt. Okay, sie wollte es wissen. Ab zu den Plejaden. Eine Minute Belichtung ohne Guiding. Ergebnis: Punktförmige Sterne. 120 Sekunden eingegeben und Belichtung gestartet.

Kurz in die Küche gegangen und einen Kaffee geholt. Da hatten die Sterne leichte Tropfen. Aber gut. Jetzt wollte ich mal loslegen mit der Fotografie. Ich benutzte ein 9x50 Sucher mit einer ZWO ASI 120. APT auf meinem Laptop unterstützt die Astrofotografie. Im Display von APT stellte ich M 45 nochmal richtig scharf, durch die Zoom Funktion eine tolle Sache.

Leider merkte ich die Himmelqualität lies langsam aber sicher nach. Feuchtigkeit machte sich breit und das Seeing wurde von spitze zu überhaupt nicht mehr spitze! Aber egal, es gab aber noch ein paar Einstellungen die ich machen sollte und zwar die Guiding Geschwindigkeit bei der BRESSER EXOS 2 Goto auf 0,500 ändern. Bei PHD habe ich die Kalibrierungsschritte auf 1000 reduziert. Das waren nur grobe Änderungen, ein Feintuning wird es erst bei den nächsten Tests geben. Nun habe ich die BRESSER EXOS 2 Goto mit meinem Laptop verbunden. Ich habe mir einen passenden Stern ausgesucht und die beiden Sachen sich einrichten lassen. Fertig. Die Ausschläge der Korrektur hielten sich in Grenzen. Also gut, dachte ich und wechselte in mein Belichtungsprogram. Ich stellte ISO 400 ein, 180 Sekunden Belichtungszeit und insgesamt sollten 30 Aufnahmen gemacht werden, also 2 Stunden. Ich startete die Aufnahmen. Ich war gespannt, denn man kann live die Korrekturen des Guiders sehen. 0,30 -0,85, in dem Bereich lagen die Zahlen. Das ist jetzt echt völlig in Ordnung, obwohl ich von anderen Montierungen ganz andere Zahlen gewohnt war.

M31

M31, die Andromeda Galaxie. Aufgenommen mit einer Canon EOS 6 D und der BRESSER EXOS 2 GOTO Montierung. ISO 400/30x120 Sek.

Dann war das erste Foto fertig. Ich vergrößerte es auf dem Laptop, und man staune, die Sterne waren Punkte. Dann wurde es Zeit sich ein wenig aufzuwärmen und ich ging ins Haus. (Rentner Astrofotografie, bin halt über 50!) Nach knapp 2 Stunden ging ich raus in die dunkle, kalte Nacht um die Aufnahmen etc. zu kontrollieren. Alles noch in Ordnung. Die Schuhsohlenwärmer aus dem Baumarkt hielten das Objektiv und den Sucher Tau,- und Eisfrei. Ich entschied mich nun mit dem Sigma 120-400 mm mit F5,6 auf die Andromeda Galaxie zu schwenken. Objektiv gewechselt und dann M 31 eingegeben. Unsere Nachbargalaxie war mittig im Display der Kamera.

Anschlussbox

Die Anschlussbox der BRESSER EXOS 2 GOTO Montierung. Von links nach rechts: ST4 für Auto-Guider zum Nachführen von länger belichteten Aufnahmen, Strom, An,-Ausschalter, Hand box und Stecker für DEC.-Achse.

Das Guiding musste ich neu starten, es wollte mit der alten Einstellung nicht mehr. Das dauerte aber nicht lang und die Belichtungen konnten beginnen. Die Tests mit „richtigen“ Teleskopen werden in den nächsten Wochen folgen. Auch diese Belichtungsreihe klappte auf Anhieb. Um drei Uhr rum war es dann auch gut. Die Batterien waren noch nicht am Ende, ich aber. Alles aus stellen, wegstellen und müde ins Bett fallen.

FAZIT DES ERSTEN TESTS MIT DER BRESSER EXOS 2 GOTO

Im Großen und Ganzen bin ich positiv überrascht. Sie hat Ihre erste Testnacht sehr gut überstanden. Sie hat das gemacht was sie sollte und wofür sie entwickelt, gebaut und verkauft wird. Alleine das Piepsen der Hand box nervt ein wenig. Kann man nicht abschalten, wenn es zu viel wird einfach Gewebeband draufkleben. Mit der Hand box muss ich mich noch ein wenig beschäftigen, wie eigentlich mit der ganzen Montierung. Als ein richtiger Test kann man es und sollte man es noch nicht sehen, 200 mm und 400 mm Objektive ist noch keine richtige Herausforderung. Aber, aufgrund ihres geringen Gewichts ist sie sehr mobil. Sollte sie wirklich das Zeug haben als Fotomontierung? Das werden wir in den nächsten Tests sehen. Alleine vom Preis her ist die BRESSER EXOS 2 Montierung schon einmal ein guter Kandidat. Sie liegt preislich zwischen Reisemontierung ( meistens ohne Goto-Funktion) und mittelschweren Montierungen, die für den mobilen Einsatz sehr schwer und unhandlich sind.

Highlights der BRESSER MESSIER EXOS-2 EQ GOTO MONTIERUNG

- Äquatoriale Montierung mit Dreibeinstativ aus Stahlrohr

- Startracker Goto System mit über 100.000 Himmelsobjekten

- Hochwertige Kugellager verbaut, Präzisionsgetriebe in beiden Achsen

- Maximal 13 Kilogramm Zuladung, fotografisch ca.8 Kilogramm

- Gewicht der gesamten Montierung unter 20 Kilogramm

- ST 4 Anschluss zum Auto-Guiding

- Sehr mobil durch geringes Gewicht

- Beleuchtete Hand box mit Rotlichtlampe

Testbericht zu BRESSER Full HD Deep-Sky Kamera & Guider 1.25

von Reinhard Pankrath: "Mond am Taghimmel für Astro - Fotografie geeignet?"

Gefreut hatte ich mich über längere Wolkenlücken und einen offensichtlich durchsichtigen, also klaren, Himmel. Wenn man am Tag den Mond so schön sehen kann, obwohl die Sonne noch scheint, kann der Himmel nicht trübe sein und ist folglich auch für die Verwendung eines Teleskopes gut!

Was mich dann doch geärgert hat, war die fürchterliche Luftbewegung des doch so erwünscht klaren Himmels! Aber jeder Test wird erst richtig gut und aussagekräftig, desto schwieriger er durchzuführen ist. So auch hier.

Meine Erwartung schien realistisch: Wenn der Himmel zwar klar ist, aber die Sonne noch scheint, habe ich weniger Kontrast. Und das brachte mich auf die Idee, eine bestimmte Zusammenstellung meiner Geräte zu testen. Um es vorweg zu sagen: Das Ergebnis hat meine Erwartungen weit übertroffen! Aber hier der Weg dorthin:

Equipment:

• Die Bresser Exos 2 Goto Montierung

• OMC 140 deluxe Teleskop (140 / 2000), ein Rumak

• Die HD – Kamera von Bresser mit dem der neuesten Entwicklung entsprechenden back illuminated Chip von Sony

Warum so?

Erstens: Die Exos 2 ist stabil und läuft gut, habe ich sowieso für meine Teleskope. Die Alternative wäre ein Fotostativ – also ist die Wahl klar :-)

Zweitens: Das OMC wurde von Harrie Rutten berechnet inklusive des überragenden Blendensystems, das für einen optimalen Kontrast sorgt. Das sollte bei Tageslicht doch besonders geeignet sein! Eine bessere Abstimmung kann ich bei anderen Teleskopen auch nicht erwarten.

Drittens: Die HD-Kamera von Bresser hat diesen modernen Chip. Rauscharm und besonders lichtempfindlich durch die derzeit modernste Technik. Kann man bei Sony nachlesen, warum diese Technik so ist. Sehr aufwändig und deshalb auch teurer als herkömmliche Cmos (außer bei Bresser, da hat mich der Preis gewundert, andere lassen es sich besser bezahlen). Aber eben effektiv. Und die Lichtempfindlichkeit der back illuminated Chips sorgt dafür, dass die Belichtungszeiten besonders kurz gehalten werden können. Gerade bei Luftunruhe wichtig, je kürzer belichtet, desto mehr „friert“ die Luftunruhe beim Einzelbild ein. Also siehe oben. Soll die Kamera mal zeigen, was sie kann.

Jetzt muss ich etwas gestehen: Beim ersten Probieren der Kamera habe ich mich über ein gegenüber anderen Programmen komplizierteres Einstellungsmenü geärgert. Da muss man tatsächlich die Bedienungsanleitung lesen! So was! - Nun, ich sage jetzt: Gut, dass es alle diese Parameter gibt. Ein bisschen lernen hat mir auch nicht geschadet und bei diesem Test hat es sich bewährt. Da kam das zugute, was man alles regeln kann.

Das Bild war trotz des Sonnenlichthimmels NICHT flau! Korrekturen am Histogramm – bitte feinfühlig, zuviel ruiniert das Bild dann doch – an der Zeit und Verstärkung, am Weißabgleich und so weiter... haben die Aufnahme des Videos mit 1000 Bildern verarbeitungswürdig gemacht. Gut, man muss vor der Aufnahme etwas Zeit investieren, um alles den Gegebenheiten anzupassen. Einer Automatik würde ich es aber sowieso nicht überlassen. Bei Aufnahmen möchte ich doch bitte noch selber eingreifen können, um das Optimum heraus zu holen. Bei dem erreichten Kontrast konnte ich dann auch die Schärfeleistung erkennen und entsprechend fokussieren. Und so entstanden dann die Videos, bis die Wolken wieder zu dicht wurden und ich abbauen musste.

Die Bearbeitung, stacken, nachbearbeiten mit verschiedenen Freewareprogrammen, in das Format des Ergebnisses für die Veröffentlichung umwandeln, erfolgte dann wie immer. Und hier das Ergebnis. Kann man erkennen, dass die Sonne geschienen hat, als die Aufnahme entstand?

Mein Fazit: Die Kamera ist sehr gut zu gebrauchen, auch wenn die Bedingungen schwierig sind, alle Achtung.

Ich freue mich, dass ich auch so den Mond fotografieren kann und nicht immer auf die Dunkelheit warten muss. Das erweitert das Zeitfenster für mein Hobby doch sehr. Und jetzt ärgere ich mich nie mehr über viele Parameter zur Einstellung der Aufnahme! :-)

Liebe Grüße und Clear Sky

Reinhard Pankrath

Alle Bilder: Alle Rechte / Copyright bei Reinhard Pankrath

Product information "BRESSER Messier AR-90s/500 EXOS-2 GOTO"
NEW – now including a high-quality aperture Solar-filter for safe observation of sunspots, eclipses and planet transits. Great telescope for night and solar observation.

Excellent for entering into the hobby of astronomy: 90 mm aperture delivers 200 times more light than the naked eye! Observe craters, valleys and rims on the moon from nearly 400,000 km away just as you would look out of the window of a spaceship! 
The BRESSER MESSIER AR-90s with EXOS II Goto Mount does not only provide highly detailed views of the moon: Gaze at the division of the rings of Saturn millions of kilometers away or explore the Great Red Spot of Jupiter, a giant tornado in Jupiter's atmosphere. Watch the seasons on Mars and find the sickle of Venus.

Richfield telescope with a short focal length of 500 mm. Suitable for traveling and to observe large open star clusters and the Milky Way.
 
The MESSIER AR-90s gives you images that are many times brighter than the instrument Galileo Galilei was using for his famous explorations almost 400 years ago. 

This telescope is an optical tube without mount and tripod. 

CHARACTERISTICS OPTICS
  • Optical design: refractor telescope
  • Lens diameter: 90 mm / focal length: 500 mm / F/5.5
  • Maximum recommended magnification: 180x
  • Telescope for night and solar observation
  • 6x30 viewfinder with crosshair eyepiece
  • Optimised finder mount for comfortable viewing
  • 31.7mm (1.25") zenith mirror
  • Smartphone adapter for celestial navigation included
  • With built-in camera holder
CHARACTERISTICS MOUNT
  • Stable parallactic mount with fine drive in both axes
  • Ball bearings in both axes for more precise movements
  • Stable height adjustable stainless steel tripod ( Min. 69 cm / Max. 109.5cm )
  • Load capacity up to 13 kg payload
  • Circular bubble for easy horizontal alignment
  • GoTo Mount with motors and hand box controller, for easy finding and guiding moon, planets, stars and much more
  • ST-4 compatible autoguider interface
  • Pole height scale for setting the latitude
  • Scaled graduated circular rings to facilitate finding objects using a star atlas or planetarium software
  • Pole finder scope with optional illumination ( item no. 4964212 )
  • Tripod weight: 4.7 kg
  • Mount weight: 6.7 kg (without counterweight)
  • Total weight incl. counterweight: 13.4 kg
  • Batteries: not included
SCOPE OF DELIVERY
  • Optical tube
  • 26 mm Super Plössl eyepiece (31.7 mm / 1.25")
  • 31.7mm (1.25") zenith mirror
  • 6x30 optical viewfinder
  • Rotatable star map
  • Aperture solar filter
  • Smartphone adapter for celestial navigation
  • Astronomy PC software Stellarium (via download)
  • Equatorial EXOS-2 GOTO mount with stainless steel tripod and Startracker handcontroller
  • Stainless steel tube field tripod with accessory tray
  • 1 x 2 kg counterweight
Colour: white
Finderscope: 6 x 30 mm
Focus Group [Telescopes]: Advanced Amateurs, Beginners, Visual enthusiasts
Focusing system: 1,25" Rack-and-Pinion Focuser
Material: Aluminium
Material tripod 3): Stainless Steel
Mount Type [Telescopes]: German/Equatorial Mount with GoTo
Optical design: Achromatic Refractor
Product Family [Telescopes]: Refractor telescope
Type of coating: Fully multi-coated
ANL4951750FR1115BRESSER.pdf
ANLMESSIERRU0816BRESSER.pdf
Quickstart_Messier_AR_NT_multi_BRESSER_v1216.pdf
Manual_4951750_StarTracker-GoTo-Kit_de_BRESSER_v012020.pdf
Manual_4951750_StarTracker-GoTo-Kit_en_BRESSER_v012020.pdf
Manual_Smartphone-Halter-Messier_de_BRESSER_v012021a.pdf
Manual_Smartphone-Holder-Messier_en_BRESSER_v012021a.pdf
Manual_4951750_StarTracker-GoTo-Kit_fr_BRESSER_v012020.pdf
Manual_Support-pour-Smartphone-Messier_fr_BRESSER_v012021a.pdf
Manual_4951750_StarTracker-GoTo-Kit_es_BRESSER_v012020.pdf
Manual_Soporte-para-Smartphone-Messier_es_BRESSER_v012021a.pdf
Manual_Smartphonehouder-Messier_nl_BRESSER_v012021a.pdf
Manual_Messier-AR-NT_fr_BRESSER_v032022a.pdf
Manual_Messier-Solar-Filter_de-en_BRESSER_v012023a.pdf
Quickstart_Messier_AR_NT_multi_BRESSER_v1216.pdf
Manual_4951750_StarTracker-GoTo-Kit_fr_BRESSER_v012020.pdf
Manual_4951750_StarTracker-GoTo-Kit_es_BRESSER_v012020.pdf
Manual_4951750_StarTracker-GoTo-Kit_de_BRESSER_v012020.pdf
Manual_4951750_StarTracker-GoTo-Kit_en_BRESSER_v012020.pdf
Manual_Messier-AR-NT_de_BRESSER_v032022a.pdf

Accessories

EXPLORE SCIENTIFIC Solarix Solar Filter Film A4
​Explore Scientific Solarix Solar Filter Film.Watch Solar Eclipses, Sun Spots, Planet Transits, crossing aircrafts and satellites.Suitable for making your individual solar filter for telescopes, binoculars, photo- and video cameras.New developed solar filter film that has the optical quality of the glass with the advantages of impregnated polymer.Collateral protection by using impregnated polymer and additional filter coated surface.Creates a very natural and yellow solar image.Also qualified for high magnifications.Consistent brightness and even density with any aperture.Ideal for visual observing and photographic use.Light weight and does not require re-balancing tube assembly.Flat surface compared to other thin film filters that have wrinkles and creases.Resistant against any damage.Construction manual included for making your individual solar filter and eclipse glasses.100% safeSpecifications:Material thickness: 0.05mm Optical density:  5Optical transmission: 1/1000 of 1%  (99.999% incoming light blocked)Dimension: A4 - 210 x 297mmSCOPE OF DELIVERYSolar Filter Film, A4 sizeHard carton stencil for cutting out a telescope filter holder and eclipse glassesContruction- and Instruction manual Additional materials which need to be purchased separately:Double sided gluing tape.Universal adhessive glue.Paper scissor.

€19.90*
Geschenkgutschein über 50€
BRESSER Geschenkgutschein über 50€ Jedes Jahr kommen Geburtstage, Jahrestage, Weihnachten und Co. unaufhaltsam auf uns zu. Und mit ihnen immer wieder die gleiche Frage: Wie können wir unseren Lieben zu diesen ganz besonderen Gelegenheiten eine Freude machen? Schicken Sie mit einem BRESSER-Gutschein Männer, Frauen und Kinder auf ganz individuelle Entdeckungsreisen. Schenken mit Weitsicht – der BRESSER Gutschein über 50 Euro Ein Geschenk bereitet beiden Seiten nur Freude, wenn es zum beschenkten Menschen passt. So erkennen Sie, dass ein Geschenkgutschein von BRESSER garantiert mit einem freudigen Lächeln belohnt wird: Treffen mehrere oder eine der folgenden Aussagen zu? Der oder die Beschenkte … … richtet bei jeder sternenklaren Nacht den Blick durch das Teleskop in den Himmel. … nimmt im Urlaub immer erst mal eine Bodenprobe, die dann noch im Hotel unter dem Mikroskop genau durchleuchtet wird. … liebt es, beim Wandern, Campen oder Jagen mit offenen Augen durch die Natur zu gehen. … betreibt mit Leidenschaft ein eigenes Fotostudio. … verpasst niemals die Wettervorhersage. … zeigt Begeisterung für innovative Technik und neue Gadgets. … ist für alles offen und stets bestrebt, den eigenen Horizont zu erweitern. Treffer? Dann haben Sie mit einem BRESSER Gutschein das passende Geschenk gefunden. Denn egal ob absoluter Anfänger oder leidenschaftlicher Profi: Die vielfältigen Produkte aus den Bereichen Astronomie, Mikroskopie, Sport-Optiken, Fotostudio, Wetter & Zeit und Electronics ermöglichen Ihren Lieben wundervolle Einblicke in faszinierende Welten. Und das gilt nicht nur für die großen Entdecker: Überraschen Sie mit einem BRESSER Gutschein Kinder, die sich mit unserem altersgerechten Angebot spielerisch an die Wissenschaft annähern. So geht’s zum 50-Euro-Gutschein von BRESSERSie möchten einem lieben Menschen neue Perspektiven eröffnen? Nichts leichter als das: Wählen Sie eins der schönen Gutscheinmotive aus. Astronomie, Mikroskopie, Electronics etc. – für jedes Interessengebiet ist ein toller Look dabei. Wichtig: Egal welches Motiv Sie wählen, jeder Geschenkgutschein ist natürlich im ganzen Shop auf bresser.de einlösbar. Tragen Sie Ihren und den Namen des/der Beschenkten ein. Anschließend können Sie eine Nachricht in bis zu 300 Zeichen verfassen, die Ihren Gutschein zu einem ganz persönlichen Geschenk macht. Jetzt nur noch in den Warenkorb legen und bezahlen. Ist der Bestellvorgang abgeschlossen, kommt der Geschenkgutschein als PDF direkt in Ihr E-Mail-Postfach. Von dort können Sie ihn als digitalen Gruß aus der Ferne weiterschicken. Oder Sie drucken ihn aus und übergeben ihn persönlich. Verschenken Sie einen Blick über den Tellerrand – mit dem BRESSER 50-Euro Gutschein für Frauen, Männer und Kinder. 

€50.00*
BRESSER MikrOkular Full HD eyepiece camera
Save pictures and videos from your microscope or telescope directly in Full HD resolution on your PC. The BRESSER MikrOkular Full HD is an eyepiece camera that can be used directly instead of the eyepiece of your telescope or microscope. Adapters for various devices (all common eyepiece dimensions from different manufacturers) and multilingual recording software for Windows are already included in the scope of delivery. With this camera you can document your microscope or telescope observation or share it with others. Ideal for hobby, school, study and work. The camera can take pictures of the moon and the bright planets on the telescope. In microscopy, the camera is mainly used for shooting in brightfield and incident light. FEATURESmetal housing, mini USB socketresolution 1920 x 1080 Pixel, Full HDPixel size: 3x3 µm, sensor size: 5.86 x 3.28 mm23,2mm barrel, integrated UV/IR blocking filter30mm; 30,5mm adapter for various microscopes and telescopes included31,7mm (1,25") adapter for telescopes includes with thread for 1,25" filtersmultilingual recording software for Windowsimage format jpg, bmp, tif, pngvideo format avi SYSTEM REQUIREMENTSWindows 10 or 11Intel i3, i5, i7 or i9 CPU from the 2nd generation orAMD FX or Ryzen CPUinternet connection for software downloadUSB 2.0 SCOPE OF DELIVERYcamera module incl. dust capUSB-cableCamLabLite-Software as a download link, language versions German, English, French, Turkish, Russian, Polish, Indonesian, ChineseUsers Guide included in the software (German, English)Adapters 30mm, 30,5mm, 31,7mm (1,25”)

€67.90*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 11mm (1,25")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€175.00*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 14mm (1,25")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€185.00*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 18mm (2")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€209.00*
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EXPLORE SCIENTIFIC 82° Ar Eyepiece 24mm (2")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€289.00* €325.00* (11.08% saved)
EXPLORE SCIENTIFIC 82° Ar Eyepiece 30mm (2")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€365.00*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 4,7mm (1,25")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€165.00*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 6,7mm (1,25")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€165.00*
EXPLORE SCIENTIFIC 82° Ar Eyepiece 8.8mm (1.25")
Explore Scientific 82° Series™ extreme wide field eyepieces are optimized to produce high contrast, high resolution, and superior flat field characteristics. The visual effect of these eyepieces with their long eye-relief and their 82° apparent field is truly a full-immersion experience. Your eye is relaxed, allowing you to easily use the "averted vision" technique to study faint details across a huge field-of-view. The 82° Series eyepieces come with a twist-up rubber eye-guard that raise to the desired height for the comfort of the observer, and as experienced astronomers know, eye comfort is critical when trying to observe at the visual limits of the telescope. To keep internal reflections to a minimum, all internal surfaces of the eyepiece barrel are flat black, as well as the edges of the lenses themselves to minimize the scattering of light within the lenses themselves. All 82° Series eyepieces are fully multi-coated and edge-blackened to produce maximum contrast.

€175.00*
EXPLORE SCIENTIFIC Filter Set 1 Moon & Planets from 50mm (2'')
Filter Set 1 is recommended for Moon & Planets from 50mm (2'') Aperture Set 1 includes the following filters: Explore Scientific Filter 1.25" Light Yellow No.8 - 0310268 Watching the Moon surface through the filter, the contrasts will enormously increase. Same with planet Mars. On the huge planet Jupiter, when using the filter, you can even see the contrasts between the cloud-bands and a lot more details. Starting with a telescope diameter of 8“ and a clear sight, you even get to see various details of Saturn. Explore Scientific Filter 1.25" Orange No.21 - 0310273 This one really supports the detection of the dark areas on the planet Mars. The details of the clouds of Saturn and Jupiter are also so much more visible through the Filter. Explore Scientific Filter 1.25" Blue No.80A - 0310264 The color of light blue really supports watching the high clouds on Mars. The contrast increases. The dark red structures will be shown even darker, so this is the perfect filter for watching the big red Flecks on the gas planet Jupiter. The rings of Saturn will be accentuated, the structures of the Venus Atmosphere will be even finer. EXPLORE SCIENTIFIC 1.25" Filter Grey ND0.9 - 0310245 The neutral density filter transmits light uniformly across the entire visual spectrum. It serves as an excellent filter to reduce glare and irradiation when observing the Moon with any telescope 4"(10.2cm) and larger. The ND96 filter may also be employed in the splitting of close double stars where one of the binary pair significantly exceeds the other in brightness. What ist a color Filter for and do we really need it? Color Filters darken the light slightly, that reaches the eye or the sensor of the camera. This eliminates for instance stronger transitions. The result is that your picture turns out with more contrast which automatically shows more details. FEATURES Made from high-quality optical glass Filter glass is absolutely parallel All optical surfaces have anti reflex coatings Filter housing from black anodized aluminum Filter threads on both ends (female/male) Multiple filters usage is possible SCOPE OF DELIVERY 4pcs color filter 4pcs protection-case

€45.00*
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EXPLORE SCIENTIFIC Filter Set 2 Moon & Planets from 100mm (4")
Filter Set 2 is recommended for Moon & Planets from 100mm (4") Aperture Set 2 includes the following filters: Explore Scientific Filter 1.25" Green No.56 - 0310262 The green filter is to increase the contrasts enormously between the red and the blue regions of the cloud structures on the gas planets Jupiter and Saturn. Seeing our Earth Moon through the green filter, the contrasts of each ray crater become clearly more visible. Explore Scientific Filter 1.25" Orange No.21 - 0310273 This one really supports the detection of the dark areas on the planet Mars. The details of the clouds of Saturn and Jupiter are also so much more visible through the Filter. Explore Scientific Filter 1.25" Yellow No.12 - 0310267 Watching the Moon surface through the filter, the contrasts will enormously increase. Same with planet Mars. On the huge planet Jupiter, when using the filter, you can even see the contrasts between the cloud-bands and a lot more details. Starting with a telescope diameter of 8“ and a clear sight, you even get to see various details of Saturn. Explore Scientific Filter 1.25" Blue No.80A - 0310264 The color of light blue really supports watching the high clouds on Mars. The contrast increases. The dark red structures will be shown even darker, so this is the perfect filter for watching the big red Flecks on the gas planet Jupiter. The rings of Saturn will be accentuated, the structures of the Venus Atmosphere will be even finer. What ist a color Filter for and do we really need it? Color Filters darken the light slightly, that reaches the eye or the sensor of the camera. This eliminates for instance stronger transitions. The result is that your picture turns out with more contrast which automatically shows more details. FEATURES Made from high-quality optical glass Filter glass is absolutely parallel All optical surfaces have anti reflex coatings Filter housing from black anodized aluminum Filter threads on both ends (female/male) Multiple filters usage is possible SCOPE OF DELIVERY 4pcs color filter protection-case

€23.00* €45.00* (48.89% saved)
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EXPLORE SCIENTIFIC Filter Set 3 Moon & Planets from 150mm (6")
Filter Set 3 is recommended for Moon & Planets from 150mm (6") Aperture Set 3 includes the following filters: Explore Scientific Filter 1.25" Light Blue No.82A - 0310265 The color of light blue really supports watching the high clouds on Mars. The contrast increases. The dark red structures will be shown even darker, so this is the perfect filter for watching the big red Flecks on the gas planet Jupiter. The rings of Saturn will be accentuated, the structures of the Venus Atmosphere will be even finer. Explore Scientific Filter 1.25" Violet No.47 - 0310272 The purple filter is perfect for watching Venus. Seeing through it, the dark clouds of the Venus atmosphere become even better visible. He also clears up the structures of the rings around Saturn. Using big openings and having a clear sight this filter is also good for watching Merkur. Explore Scientific Filter 1.25" Light Red No.23A - 0310271 The blue/blue green light is totally blocked. The contrast between the card and the lighter zones will enormously increase. This is truly helpful when you watch Jupiter or Saturn. Or for mars, watching the poles. Explore Scientific Filter 1.25" Yellow-Green No.11 - 0310269 Watching the Moon surface through the filter, the contrasts will enormously increase. Same with planet Mars. On the huge planet Jupiter, when using the filter, you can even see the contrasts between the cloud-bands and a lot more details. Starting with a telescope diameter of 8“ and a clear sight, you even get to see various details of Saturn. What ist a color Filter for and do we really need it? Color Filters darken the light slightly, that reaches the eye or the sensor of the camera. This eliminates for instance stronger transitions. The result is that your picture turns out with more contrast which automatically shows more details. FEATURES Made from high-quality optical glass Filter glass is absolutely parallel All optical surfaces have anti reflex coatings Filter housing from black anodized aluminum Filter threads on both ends (female/male) Multiple filters usage is possible SCOPE OF DELIVERY 4pcs color filter 4pcs protection-case

€23.00* €45.00* (48.89% saved)
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EXPLORE SCIENTIFIC 1.25" CLS Nebula Filter
Besides air turbulence, the brightening of the night sky is the biggest obstacle to observing faint objects beyond the solar system. Street lamps and other artificial lighting mean that the sky in human settlements is no longer really black. This affects the contrast and thus the perception of deep-sky objects. Depending on the type of celestial object, however, part of disturbing artificial light can be filtered out, making it easier to observe fainter targets.The EXPLORE SCIENTIFIC CITY LIGHT SUPRESSION - or CLS - filter uses the fact that the artificial lighting is not evenly distributed over the entire spectrum. These colours - in the case of the EXPLORE SCIENTIFIC CLS nebula filter, above all the typical colours of mercury and high-pressure lamps, used in street lighting - are suppressed, but the emissions of deep-sky objects are allowed through. With a slightly brightened sky, some relatively bright deep-sky objects are practically invisible with a telescope, for example the large galaxy M101. Using this filter makes observation much easier. A must have for any visual amateur astronomer.  The EXPLORE SCIENTIFIC CLS can also be used as a useful photographic filter - helping to improve the quality of your telescopic deep sky photos.The EXPLORE SCIENTIFIC nebula filters are delivered with an individual test report - so you can be sure of receiving high-quality filters.SPECIFICATIONS:eliminates disturbing light - e.g. from street lightingenables observation of faint deep sky objectsWHAT'S INCLUDED:1x CLS filter

€40.00* €58.00* (31.03% saved)
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EXPLORE SCIENTIFIC 1.25" H-Beta Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects bejond the solar systems enourmously. Depending on the type of the celestial object it is possible to increase the contrast dramatically by blocking the annoying artifical light. The Explore Scientific H-beta filter uses a characteristic property of the so called emmission nebulae. Those objekcts glow in special colors, the so called emmission lines. Those emmission lines are linked to chemical elements - in this case hydrogen. The Explore Scientific H-beta nebula filter blocks all other colors (and thereby nearly all of the artificial light) and only the emmission line of the hydrogen can pass the filter. The result is astonoishing: suddenly nebulae are visible at locations that were completely empty without filters. In suburbian skies for example the horsehead nebula is almost not visible with a 300mm telescope. By using this filter you can see the nebula and its structures without problems. A must for every visual observer. The Explore Scientific nebula filters come with a individual test certificate - your guarantee to receive a premium filter.

€50.00* €99.00* (49.49% saved)
EXPLORE SCIENTIFIC 1.25" O-III Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects beyond the solar systems enourmously. Depending on the type of the celestial object it is possible to increase the contrast dramatically by blocking the annoying artifical light. The EXPLORE SCIENTIFIC O-III filter uses a characteristic property of the so called emmission nebulae. Those objekcts glow in special colors, the so called emmission lines. Those emmission lines are linked to chemical elements - in this case oxygen. The EXPLORE SCIENTIFIC O-III nebula filter blocks all other colors (and thereby nearly all of the artificial light) and only the two emmission lines of the oxygen can pass the filter. The result is astonoishing: suddenly nebulae are visible at locations that were completely empty without filters. In suburbian skies for example the veil nebula NGC 6992 is almost not visible with a 200mm telescope. By using this filter you can see the nebula and its structures without problems. A must for every visual observer. The EXPLORE SCIENTIFIC nebula filters come with a individual test certificate - your guarantee to receive a premium filter.FEATURESenables the observation of so called emmission nebulaeblocks almost the entire artificial lightonly the two emmission lines of the oxygen passes the filterSCOPE OF DELIVERY1x 1,25" O-III nebula filter

€73.00*
EXPLORE SCIENTIFIC 1.25" UHC Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects beyond the solar systems enormously. Depending on the type of the celestial object it is possible to increase the contrast dramatically by blocking the annoying artificial light. The EXPLORE SCIENTIFIC UHC filter uses a characteristic property of the so called emission nebulae. Those objects glow in special colours, their emission lines. Those emission lines are linked to chemical elements - in this case hydrogen at 486nm and 656nm, plus oxygen at 496nm and 501nm. The Explore Scientific UHC nebula filter blocks all other colours (and thereby nearly all of the artificial light) and only the emission line of the hydrogen and oxygen can pass the filter. The result is astonishing: suddenly nebulae are visible at locations that were completely empty without filters. In suburban skies for example the Owl-nebula M97, the Veil-nebula NGC6992 or even the bright Dumbell-nebula M27 are not clearly visible. By using this filter you can see the nebulae and their structures without problems. A must for every visual observer. The EXPLORE SCIENTIFIC nebula filters come with a individual test certificate - your guarantee to receive a premium filter.FEATURESenables the observation of emission nebulaeblocks almost the entire artificial lightonly the two emission lines of hydrogen and oxygen passes the filterWHAT'S INCLUDED1x 1.25" UHC nebula filter

€58.00*
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EXPLORE SCIENTIFIC 1.25" Filter Grey ND0.9
The neutral density filter transmits light uniformly across the entire visual spectrum. It serves as an excellent filter to reduce glare and irradiation when observing the Moon with any telescope 4"(10.2cm) and larger. The ND96 filter may also be employed in the splitting of close double stars where one of the binary pair significantly exceeds the other in brightness. Very flat design, with only 5.0mm light path. FEATURESreduces brightness for a higher contrastideal for observing the mooncan be combined with other colour filtersvery flat design, with only 5.0mm light path SCOPE OF DELIVERY 1x Color Filter #ND96 Moon Filter (0.9 density; 13% transmission)

€18.00* €25.00* (28% saved)
EXPLORE SCIENTIFIC 1.25" Variable Polarizing Filter
Universally usable variable polarizing filter with a  1.25" filter thread.This variable polarizing filter allows for a continuous adjustment of the image brightness. This is very helpful to level strong differences in contrast of different observation objects individually. Particularly for lunar and planetary observations but also for solar observations this filter prevents an outshining of details.Solar observations ONLY together with an adequate solar filter !!! Particularly when a Herschel wedge is used and with large objective lens apertures the use of the variable polarizing filter can reduce the brightness of the observation object to a confortable level. The large adjustment range of 40% to 1% light transmission and the neutral grey filter effect create a comfortable and unadulterated image.The handling is very simple. The desired filtering level is set by turning the two sides of the housing against each other.A 1.25" filter thread on both sides (female/male) allow for the simultaneous use of additional colour filters.FEATURESvariable polarizing filterindividually adjustable image brightnessmade from high-quality optical glassblack anodized aluminium housing1.25" filter thread on both sidesSCOPE OF DELIVERYpolarizing filterprotective box

€58.00*
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EXPLORE SCIENTIFIC 2" CLS Nebula Filter
Besides air turbulence, the brightening of the night sky is the biggest obstacle to observing faint objects beyond the solar system. Street lamps and other artificial lighting mean that the sky in human settlements is no longer really black. This affects the contrast and thus the perception of deep-sky objects. Depending on the type of celestial object, however, part of disturbing artificial light can be filtered out, making it easier to observe fainter targets.The EXPLORE SCIENTIFIC CITY LIGHT SUPRESSION - or CLS - filter uses the fact that the artificial lighting is not evenly distributed over the entire spectrum. These colours - in the case of the EXPLORE SCIENTIFIC CLS nebula filter, above all the typical colours of mercury and high-pressure lamps, used in street lighting - are suppressed, but the emissions of deep-sky objects are allowed through. With a slightly brightened sky, some relatively bright deep-sky objects are practically invisible with a telescope, for example the large galaxy M101. Using this filter makes observation much easier. A must have for any visual amateur astronomer.  The CLS can also be used as a useful photographic filter - helping to improve the quality of your telescopic deep sky photos.The EXPLORE SCIENTIFIC nebula filters are delivered with an individual test report - so you can be sure of receiving high-quality filters.SPECIFICATIONS:eliminates disturbing light - e.g. from street lightingenables observation of faint deep sky objectsWHAT'S INCLUDED:1x nebula filter

€57.00* €83.00* (31.33% saved)
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EXPLORE SCIENTIFIC 2" Grey- Moonfillter ND-09
The neutral density filter transmits light uniformly across the entire visual spectrum. It serves as an excellent filter to reduce glare and irradiation when observing the Moon with any telescope 4"(10.2cm) and larger. The ND96 filter may also be employed in the splitting of close double stars where one of the binary pair significantly exceeds the other in brightness. Color Filter #ND96 Moon Filter (0.9 density; 13% transmission)

€24.00* €48.00* (50% saved)
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EXPLORE SCIENTIFIC 2" H-Beta Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects bejond the solar systems enourmously. Depending on the type of the celestial object it is possible to increase the contrast dramatically by blocking the annoying artifical light. The Explore Scientific H-beta filter uses a characteristic property of the so called emmission nebulae. Those objekcts glow in special colors, the so called emmission lines. Those emmission lines are linked to chemical elements - in this case hydrogen. The Explore Scientific H-beta nebula filter blocks all other colors (and thereby nearly all of the artificial light) and only the emmission line of the hydrogen can pass the filter. The result is astonoishing: suddenly nebulae are visible at locations that were completely empty without filters. In suburbian skies for example the horsehead nebula is almost not visible with a 300mm telescope. By using this filter you can see the nebula and its structures without problems. A must for every visual observer. The Explore Scientific nebula filters come with a individual test certificate - your guarantee to receive a premium filter.

€75.00* €121.00* (38.02% saved)
EXPLORE SCIENTIFIC 2" O-III Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects beyond the solar systems enormously. Depending on the type of the celestial object it is possible to increase the contrast dramatically by blocking the annoying artificial light. The EXPLORE SCIENTIFIC O-III filter uses a characteristic property of the so called emission nebulae. Those objects glow in special colours, the so called emission lines. Those emission lines are linked to chemical elements - in this case oxygen. The EXPLORE SCIENTIFIC O-III nebula filter blocks all other colours (and thereby nearly all of the artificial light) and only the two emission lines of the oxygen can pass the filter. The result is astonishing: suddenly nebulae are visible at locations that were completely empty without filters. In suburban skies for example the veil nebula NGC 6992 is almost not visible with a 200mm telescope. By using this filter you can see the nebula and its structures without problems. A must for every visual observer. The EXPLORE SCIENTIFIC nebula filters come with a individual test certificate - your guarantee to receive a premium filter.FEATURESenables the observation of so called emission nebulaeblocks almost the entire artificial lightonly the two emission lines of ionised oxygen passes the filterWHAT'S INCLUDED1x 2" O-III nebula filter

€109.00*
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EXPLORE SCIENTIFIC 2" Variable Polarizing Filter
Universally usable variable polarizing filter with a  2" filter thread.This variable polarizing filter allows for a continuous adjustment of the image brightness. This is very helpful to level strong differences in contrast of different observation objects individually. Particularly for lunar and planetary observations but also for solar observations this filter prevents an outshining of details.Solar observations ONLY together with an adequate solar filter !!! Particularly when a Herschel wedge is used and with large objective lens apertures the use of the variable polarizing filter can reduce the brightness of the observation object to a confortable level. The large adjustment range of 40% to 1% light transmission and the neutral grey filter effect create a comfortable and unadulterated image.The handling is very simple. The desired filtering level is set by turning the two sides of the housing against each other.A 2.0" filter thread on both sides (female/male) allow for the simultaneous use of additional colour filters.FEATURESvariable polarizing filterindividually adjustable image brightnessmade from high-quality optical glassblack anodized aluminium housing2.0" filter thread on both sidesSCOPE OF DELIVERYpolarizing filterprotective box

€57.00* €79.00* (27.85% saved)
EXPLORE SCIENTIFIC 2" UHC Nebula Filter
One of the most important obstacles for the exploration of the night sky is the brightening of the night sky by artificial lights, such as streetlights. The night sky is not really dark in the vicinity of towns or cities, which reduces the visibility of objects beyond the solar system enormously. Depending on the type of the celestial object, it is possible to dramatically increase the contrast by blocking annoying artificial light. The EXPLORE SCIENTIFIC UHC filter "zeros in" on the wavelengths of so-called emission nebulae. Those objects glow in special colours - their emission lines. Those emission lines are linked to chemical elements - in this case hydrogen at 486nm and 656nm, plus oxygen at 496nm and 501nm. The EXPLORE SCIENTIFIC UHC nebula filter blocks all other colour wavelengths (and thereby nearly all of artificial light) and only the emission line of the hydrogen and oxygen can pass the filter. The result is astonishing: suddenly nebulae are visible at locations that were completely invisible from, without filters. In suburban skies, for example the Owl-nebula M97, the Veil-nebula NGC 6992 or even the bright Dumbell-nebula M27 are not clearly visible. Using this filter allows you to see nebulae and their structures in much finer detail. A must for every visual observer. The Explore Scientific nebula filters come with a individual test certificate - your guarantee to receive a premium filter.

€83.00*
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EXPLORE SCIENTIFIC Dark-Sky Filter 77mm Slim
Universal Dark-Sky Filter with 77mm thread for photo lens. Contrast enhancing filter for Aurora- and Deep-Sky imaging. Especially during Aurora imaging the most important wavelength of 550nm (green) and 630nm (red) this filter let pass by 90%. In comparrision to CLS filters, the Explore Scientific Dark-Sky Filter is blocking also the yellow Sodium (Na) wave at 590nm which elliminates Sodium-lamp street illumination from your picture. This is very useful because the yellow light is always a partially mix of green and red light. Removing the yellow wave-length with any image processing software will always damping also the green and red coloring. For Aurory imaging this is of course not wanted. At these days of increasing light pollution, the Explore Scientific Dark-Sky Filter is absolutely recommended in order to take pictures also from urban conditions. Finally the slim housing design enables its use also with wide-field photo lens and doesn´t cause any vignetting. Pictures at night taken by Bernd Pröschold - www.sternstunden.netTest report:  http://www.sternstunden.net/filter-testing.html  FEATURES Deep Sky Filter Contrast enhancer for Aurora- and Deep-Sky imaging Wide field imaging of the milky-way, time lapse and landscape Lightpollution damping filter Ellimintates the yellow light which can´t be done by any imaging processing software Black anodized filter housing 77mm filter thgread for foto lens flat design of only 4mm height (slim) - no vignetting Ideal also for wide field foto lens Made from optical glass with Neodymoxid SCOPE OF DELIVERY Deep Sky Filter 77mm Dust protection case

€79.00* €155.00* (49.03% saved)
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EXPLORE SCIENTIFIC 62° LER Eyepiece 14mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 11mm

€59.00* €105.00* (43.81% saved)
EXPLORE SCIENTIFIC 62° LER Eyepiece 20mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 15mm

€105.00*
EXPLORE SCIENTIFIC 62° LER Eyepiece 26mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 20mm

€125.00*
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EXPLORE SCIENTIFIC 62° LER Eyepiece 32mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 22mm

€94.00* €155.00* (39.35% saved)
EXPLORE SCIENTIFIC 62° LER Eyepiece 40mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 28.mm

€205.00*
EXPLORE SCIENTIFIC 62° LER Eyepiece 5.5mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 13mm

€105.00*
EXPLORE SCIENTIFIC 62° LER Eyepiece 9mm Ar
If a observing session is a relaxing and joyful experience is heavily dependend on the choice of eyepieces. People wearing glasses very often have the problem to see the entire field of view when they are using eyepieces with large apparent fields. This problem is now history. The new 62°- LER eyepieces by Explore Scientific do not only offer excellent image sharpness and high resolution and contrast over the full field of view - you can see that full field without problems even with glasses on. Fatigue due to tense head positioning and strained viewing simply does not happen because of the excellent viewing comfort these eyepieces provide even to observers wearing glasses. Enjoy the unique combination of excellent image sharpness out to the edge of the field even for fast optics, superior contrast and unmatched viewing comfort. Eyepieces with perfect combinations of various modern glass substrates and highest standards in manufacturing, quality control and service are a tradition at Explore Scientific - the outstanding resolution and sharpness to the very edge.These eyepieces are the choice for observers wearing glasses - with excellent performance and durability. The rubber inlet and the foldable eyecups make handling and using in the field easy. The patentet EMD"-coating produces high contrast images and prevents reflexes and ghosting. The argon purging effectively prevents internal fogging, and you don´t have to deal with dirt, fungus or cleansing fluids getting between the lenses. The eyepieces are sealed - this makes sure you will be able to enjoy these eyepieces for many years to come.Eye relief: 12mm

€105.00*
OCULUM VERLAG - Fernrohr-Führerschein in 4 Schritten (GERMAN)
Please note that this astronomy book for beginners is only available in German.

€19.90*

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BRESSER Messier MCX-127 GoTo Telescope EQ/AZ
NEW - now including a high-quality aperture Solar-filter for safe observation of sunspots, eclipses and planet transits. Great telescope for night and solar observation.The MESSIER MCX-127 telescope is your own small observatory with GoTo computer control. Easy to operate, easy to transport and universally use.  Observe moon, planets, galaxies and nebulae through the proven BRESSER Maksutov-Cassegrain optics. The main features of this optics are a sharp and high-contrast image, as well as the very compact and sealed tube design. An all-round telescope for all fast spotting lovers ! Goto systems play an important role in the world of amateur astronomy as they ensure that users spend less time searching for celestrial objects and more time observing and photographing. The BRESSER Messier GoTo control, allows you to operate your telescope with the included computer handbox. After entering the basic data such as date, time and location, at least 1 known reference star is approached and confirmed. Afterwards, you can choose your favourite objects from the integrated database and let the MCX telescope move to and track them automatically. It couldn't be simpler! One of the outstanding features of the MCX telescopes is the very solid fork mount made of die-cast aluminium and the universal field tripod made of stainless steel. Both guarantee a safe stand and as little unwanted vibrations as possible during observation. In addition, the drives in both axes are equipped with precision ball bearings and precision worm gears made of steel and brass. This ensures smooth and quiet star tracking. Adapt your smartphone camera directly behind the SPL26mm eyepiece using the included smartphone holder or mount your camera on the M35 threaded connector and take astro photos of the moon and planets. The 90° flip mirror at the back of the telescope allows a quick and comfortable change between using an eyepiece or a camera.  You'll be amazed at what this MCX telescope can do with little effort.When it comes to tracking the stars with a telescope or camera, there is nothing comparable to the precision of a German equatorial or parallactic mount. It is important to follow the objects as precise as possible when they rise in the east and sink in the west. For observers it is very easy to keep their celestial object in the middle of the eyepiece for a longer time with a German equatorial/parallactic mount. This possibility of setup  (EQ mode) is already included in your new MCX telescope. The so-called polar wedge on the tripod head can be tilted accordingly and adjusted to the latitude of your location. You can therefore quickly switch between these two types of installation (AZ/EQ) - without having to buy extra accessories! Also a fast use of the MCX telescope without tripod only as a table device is possible !  This telescope combines so many good characteristics that the purchase is really worthwhile. You will be inspired! FEATURES Universal and compact entry-level telescope with GoTo function Easy operation and transport High-resolution and proven BRESSER Maksutov-Cassegrain optics Aperture diameter: 127mm , focal length 1900mm FMC fully coated optics for a brighter image Solid die-cast aluminium fork mounting with drive motors in both axes Proven Goto control for navigation in the starry sky Computer hand box with very large and illuminated display Multilingual menu navigation in DE, GB, FR, ES, IT Sturdy stainless steel tripod with polar wedge (AZ+EQ mode possible) Can also be used without a tripod as a table-top unit Flip mirror 90° - quick change between eyepiece and camera possible Battery compartment integrated in the base for 8 x AA batteries (Batt. not included) Integrated circular bubble for easy leveling Enlarged primary mirror (138mm) for a brighter image Precise worm gears made of steel/brass in both axes Manual gear clamps in both axes Smartphone holder included for photography through the telescope LED red dot finder with CR-2032 battery included BRESSER Super Plössl eyepiece 26mm (1.25") included (73x) Eyepiece shaft diameter: 31.7mm (1.25") Camera connection thread: M35 x 1 mm External connection for 12 Volt power supply: Yes Adjustable working height on tripod: 110 - 160cm Recommended magnifications: 36x - 204x Telescope for night and solar observationSCOPE OF DELIVERY Optical MCX Tube in Fork Mount GoTo Computer Handbox with Hand Strap Field tripod with polar wedge AZ/EQ Smartphone holder for photography through the telescope BRESSER Super Plössl eyepiece 26mm (1.25") LED red dot finderAperture solar-filterObjective dust capInstruction manual 

€949.00*
BRESSER Messier AR-102S/600 EXOS-2 GoTo Telescope
NEW - now including a high-quality aperture Solar-filter for safe observation of sunspots, eclipses and planet transits. Great telescope for night and solar observation. Ambitious beginners and advanced observers alike will see the brightest objects outside our solar system with the BRESSER Messier AR-102. Watch details in the Great Orion Nebula from the astonishing distance of 1500 light-years (14.200.000.000.000 km)! The rock-solid mount provides relaxed views even at high magnifications; rigidity and usability are setting new standards in this price range. Due to the sophisticated mount you can even start taking pictures of the moon, planets or deep sky objects. You will never give the BRESSER Messier AR-102S away voluntarily. CHARACTERISTICS OPTIC Optical design: refractor telescopeLens diameter: 102mm / focal length: 600mm / F/5.9Maximum recommended magnification: 204xHigh-quality and light gathering achromatic objective lens Modern multi-coating of the lenses for a bright and high-contrast image Robust aluminium tube construction Very high quality Hexafoc focuser with 2.5" free inner diameter 6x30 viewfinder with crosshair eyepiece; optimised finder mount for comfortable viewing 31.7mm (1.25") zenith mirror Hand grip for comfortable transport with integrated camera holder (photo thread screw) Prism rail with stainless steel clamping surface (44mm universal dovetail for GP/EQ5/LXD75) 50.8 to 31.7mm adapter with integrated T2 adapter (optional T2 ring required) Smartphone adapter for celestial navigation included Telescope for night and solar observing CHARACTERISTICS MOUNT Stable parallactic mount with fine drive in both axes Ball bearings in both axes for more precise movements Stable height adjustable stainless steel tripod ( Min. 69cm / Max. 109,5cm ) Load capacity up to 13 kg payload Circular bubble for easy horizontal alignment GoTo Mount with motors and hand box controller, for easy finding and guiding moon, planets, stars and much more ST-4 compatible autoguider interface Pole height scale for setting the latitude Scaled graduated circular rings to facilitate finding objects using a star atlas or planetarium software Pole finder scope with optional illumination ( item no. 4964212 ) Tripod weight: 4.7 kg Mount weight: 6.7 kg (without counterweight) Total weight incl. counterweight: 15.9 kg Batteries: not included Scope of delivery optical tube 26mm Super Plössl eyepiece (31.7mm / 1.25") 31.7mm (1.25") zenith mirror integrated 31.7 mm and T2 adapter Prism rail with stainless steel clamping surface (44mm universal dovetail for GP/EQ5/LXD75) 6x30 viewfinder Rotatable star chart Lens solar filter Tube clamps with carrying handle and camera mount Smartphone adapter for celestial navigation Astronomy PC software Stellarium (via download) Equatorial EXOS 2 GOTO mount and Startracker handheld computer Stainless steel tube field tripod with accessory tray 1 x 4.5 kg counterweight

€1,099.00*
BRESSER Messier AR-90L/1200 EXOS-2/EQ5 Goto
NEW - now including a high-quality aperture Solar-filter for safe observation of sunspots, eclipses and planet transits. Great telescope for night and solar observation.Ambitious beginners and advanced observers alike will see the finest details of our Moon and Planets with the BRESSER Messier AR-90L telescope. Watch details on Mars like the white polar ice-cap, the Cassini division on the ring of Saturn or the great-red-spot on Jupiter. Scanning the lunar terminator is simply a pleasure. You will never give the BRESSER Messier AR-90L Telescope away voluntarily. Because of the extra long focal length ratio F/13.3 this telescope offers incredible sharpness and contrast but extremly low color-aberration. BRESSER EXOS-2 GoTo Equatorial Mount. Mount, tripod and hand box with computer. This German mount has tracking motors in both axes that follow celestial objects very precisely.The handbox with GoTo works reliable and controls the mount in every situation. Precise ball bearings in both axes ensures minimal backlash at all nine possible tracking speeds.The battery pack (12 V) is conveniently fastened to the tripod shelf and takes eight size "D" batteries.The mount rests on a very tough and rigid steel tripod and can take optical tubes of up to 13 kg. GOTO Stargazing at the push of a button! The Startracker GoTo System enables beginners to start astronomical observations in just a few minutes, and guides you to objects that are hard to localize through a standard finder scope.Just push the button and the GoTo System will find planets, nebulae or galaxies for you and position your telescope automatically and precise.The GoTo System database includes thousands of astronomical objects.The Messier mount with GoTo System allows you to observe without tedious searching, or image faint objects that are hard to find in a standard finder scope.CHARACTERISTICS OPTICS Optical design: refractor telescopeLens diameter: 90 mm / focal length: 1200 mm / F/13.3Maximum recommended magnification: 180x Telescope for night and solar observationHigh-quality BRESSER refractor opticsIdeal telescope for planets, double stars and planetary nebulae31.7 mm (1.25") diagonal mirror6x30 straight through viewfinder reticleOptimized finder socket for comfortable useCradle ring with piggyback camera holder (1/4 thread)Smartphone camera adapter for sky navigation includedUniversal 44 mm Dovetail adapter (fits LXD75/Great Polaris/EQ5)Rack and Pinion focuser 31,7 mm / 1,25" CHARACTERISTICS MOUNT Stable parallactic mount with fine drive in both axes Ball bearings in both axes for more precise movements Stable height adjustable stainless steel tripod ( Min. 69 cm / Max. 109,5 cm ) Load capacity up to 13 kg payload Circular bubble for easy horizontal alignment GoTo Mount with motors and hand box controller, for easy finding and guiding moon, planets, stars and much more ST-4 compatible autoguider interface Pole height scale for setting the latitude Scaled graduated circular rings to facilitate finding objects using a star atlas or planetarium software Adjustable pole finder scope with optional illumination Tripod weight: 4.7 kg Mount weight: 6.7 kg (without counterweight) Total weight incl. counterweight: 13.4 kg Batteries: not includedSCOPE OF DELIVERYOptical tubeAperture solar filterEyepiece: 26 mm Super Ploessl 31.7 mm (1.25")6x30 viewfinder Tube clampSmartphone adapter for celestial navigation 31.7 mm (1.25") diagonal mirrorRotatable star mapPC Software StellariumEquatorial EXOS 2 GOTO mount and Startracker handheld computer Stainless steel tube field tripod with accessory tray 1 x 2 kg counterweight

€1,019.00*
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BRESSER Achromatic 3x (1.25") Barlow Lens
The magnification of your telescope can be trippled with the use of this achromatic BRESSER Barlow Lens 3x 31.7 mm (1.25'').

€22.00* €32.00* (31.25% saved)
BRESSER MikroCam mini Full HD HDMI microscope camera
The MikroCam MINI Full HD HDMI is a very compact HDMI camera. No PC or laptop is needed to use it, simply connect to a monitor, TV, beamer or smartboard. This makes the camera especially suited for teaching. As a plus, you can also mount the BRESSER HDMI display (item no. 5914120) directly on the camera. Connection via HDMI is easy and the camera is ready to go instantly. No software installation, PC setup etc. is necessary. The lossless data transfer ensures a good image quality and the image is lag free and with a constant high framerate of 60fps. This is especially helpful when digitizing a microscope workplace in QC or production With the included mouse, you can control the camera via 3 distinctive on screen menus (camera control, settings, measurements). To calibrate measurements, please add a calibration slide (e.g. item no. 5916720). The camera is well suited for presentations, lectures etc. because upon startup it is working directly in auto mode with no user input. The camera does not have a start button, it is working directly after power up. Menus and mouse icon are not visible if the mouse is not connected. Please note that this camera does not allow direct PC connection via USB. The USB port is for the mouse input only. FEATURES HDMI connection for monitor, beamer or smartboard C-mount adapter thread enables connection to various microscopes (independent of brand / manufacturer) With SD card slot (SD card not included) (Max. 512 GB) No PC or laptop necessary SCOPE OF DELIVERY MikroCam MINI Full HD HDMI with c-mount AC adapter (12 V / 1000 mA), EU USB mouse HDMI cable (length appr. 1.5 m)

€295.90*
BRESSER Messier EXOS 2/EQ-5 Mount
Mount and Tripod. The BRESSER EXOS 2 is a rugged mount with high rigidity and precision tracking for visual observation and astrophotography. The tripod is extremely rigid to suppress vibrations really well. This model is very well machined and has an illuminated polar finder scope and precise graduated circles. A powered twoaxis control (BRESSER Exos Duo) or a GoTo-Kit is available as an optional extra. The BRESSER EXOS 2 can take the weight - depending on length and use of up to 13 kg. This allows you to use refractors of up to 152 mm aperture and mirror telescopes of up to 203 mm aperture.CHARACTERISTICS Stable parallactic mount with fine drive in both axes Ball bearings in both axes for more precise movements Stable height adjustable stainless steel tripod (min. 69 cm / max. 109,5 cm ) Load capacity up to 13 kg payload Retrofittable with the BRESSER Star Tracker Goto Kit ( item no. 4951750 ) Circular bubble for easy horizontal alignment Pole height scale for setting the latitude Scaled graduated circular rings to facilitate finding objects using a star atlas or planetarium software Pole finder scope with optional illumination ( item no. 4964212 ) Tripod weight: 4.7 kg Mount weight: 5.6 kg (without counterweight) Total weight incl. counterweight: 14.8 kg Batteries: not included SCOPE OF DELIVERY BRESSER EXOS-2 mount Adjustable polar finder scope with optional illumination Stainless steel tube field tripod with accessory tray 1x 4.5 kg counterweight

€469.00*
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