BRESSER Full HD Deep-Sky Camera & Guider 1.25"

Multi-purpose camera, can be used as an astrophoto color camera or as an autoguider for high accurate tracking

All-round astronomical camera with SONY IMX290 CMOS colour sensor
Planet and Deep-Sky imaging and Guiding
Photos and videos in Full HD resolution 1936 x 1096 pixels
Camera with ST4 autoguider function for accurate tracking
Professional ToupSky imaging software included
Very low noise level of the SONY CMOS sensor
High light sensitive CMOS sensor allows short exposure times
Easy to connect the camera via a 1.25 inch plug-in sleeve with filter thread
ASCOM driver included ; Camera connection to PC via USB 2.0
Operating system: WINDOWS 10 + 11

€289.00*

Prices incl. VAT plus shipping costs

Available, delivery time: 1-3 days

Product number: 4959050

GTIN/EAN: 4007922054377

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

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

2018-06-26

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 Full HD Deep-Sky Camera & Guider 1.25""

BRESSER Full HD Deep Sky Camera with autoguider: a great camera for different types of astrophotography and for autoguiding. Not only suitable for planets, but also for deep-sky objects such as galaxies, nebulae and star clusters. Dedicated ToupSky Astro Imaging software supports video preview, video recording, video processing, image capture and processing, dark field correction and raw data output. Easy to use, but with professional results.

One of the main features of the new backlit SONY IMX290 CMOS sensor is its high light sensitivity, which makes it possible to detect deep-sky objects without active cooling. SONY has increased the quantum efficiency at 533 nm wavelength up to 77%, which is much better than other CMOS sensors have been able to achieve in the past.

Connect this camera to a guidescope and attach the camera's built-in ST-4 port, directly to your telescope's equatorial mount guide port and autoguide - using many popular audioguiding programs (PHD, Guidedog and more). Autoguiding enables you to take accurate pictures with long exposure times of several minutes. Thanks to the extra light-sensitive camera, you now always have a suitable guide star to hand, even using short exposure times. An ST-4 protocol connection cable is also included. Simple automatic tracking at its best.

You can use this camera with all guiding telescopes, or off-axis guiders that accept a 1.25 " tube, 1.25" filter thread (M28.5x0.6) or C-mount adapter thread (1 "x1 /32").

IMPORTANT NOTES:

This is not a stand-alone guider camera. You always need a Windows 10/11 computer to take pictures and for autoguiding.

The autoguider software is not included. You can use PHD2 Guiding, Guidedog, Metaguide, Guidemaster (freeware) or AstroArt, MaxIm DL (paid).

DOWNLOAD PHD2-Guiding: https://openphdguiding.org/

DOWNLOAD GuideDog: http://barkosoftware.com/GuideDog/index.html

DOWNLOAD latest camera software and drivers: http://www.touptek.com/download/showdownload.php?lang=en&id=2

SPECIFICATIONS

Camera type: BRESSER / Touptek GPCMOS02000KPA color
Sensor: SONY IMX290 CMOS color, backlit
Image and video size: Full HD 1936 x 1096 pixels (video 15 FPS)
Native sensor size in pixels: 1936 x 1096
Exposure times: 66µs to 16min
Binning: YES, 2x2
Megapixel: 2.1 MP
Sensor size in mm: 5.6 x 3.1
Pixel size: 2.9 µm x 2.9 µm
Bit depth: 8/12 switchable
ST-4 Compatible Autoguider: YES
CNC milled housing made of aluminum
Protective strap on the camera housing
Camera tube diameter: 1.25 "(31.7 mm)
Camera connection thread: C-mount + 1.25 "filter thread
Computer interface: USB 2.0
C-mount extension tube with 1.25 inch filter thread included
No IR cut filter installed
Operating system: WINDOWS 10 + 11
ASCOM driver included

Field of view for different focal lengths in mm (given in arc minutes):

400mm - 48.2 'x 27.3'
500 mm - 38.6 'x 21.8'
600 mm - 32.1 'x 18.2'
700 mm - 27.5 'x 15.6'
800 mm - 24.1 'x 13.6'
900 mm - 21.4 'x 12.1'
1000 mm - 19.3 'x 10.9'
1250 mm - 15.4 'x 8.7'
1500 mm - 12.9 'x 7.3'
1750 mm - 11.0 'x 6.2'
2000 mm - 9.6 'x 5.5'

SCOPE OF DELIEVERY

Full HD camera
C-mount adapter
USB 2.0 PC connection cable with a length of 200cm
Interface cable for ST-4 autoguider port with 150cm length
Dust cap for camera tube
Software CD

Colour:	green
Material:	Aluminium

Manual_4959050_Camera_GB_2017.pdf

Quickstart_4959050_Full-HD-Deep-Sky-Camera_es_BRESSER_v112017a.pdf

Quickstart_4959050_Full-HD-Deep-Sky-Camera_fr_BRESSER_v102021a.pdf

Quickstart_4959050_Full-HD-Deep-Sky-Camera_en-de_BRESSER_v112021a.pdf

Software_and_Driver_49590xx_Camera_WIN10u11_04_2022.zip

Manual_4959050_Camera_FR_2017.pdf

Manual_49590XX_Camera-Software_DE_2022.pdf

Zubehör

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)

BRESSER Barlow Lens 2x 31.8mm/1.25"

With the usage of barlow lenses, you can extend the equivalent focal length of telescopes and hence increase the magnification of your observed targets. Subsequently, you can use lower power eyepieces in Barlows to act as much more powerful eyepieces, but retain the larger ocular size and more comfortable viewing that comes with lower power eyepiece designs.Due to their two lens design, these Barlow lenses provide a brilliant image quality for the whole visual field and are suitable for observations and photography. The black coloured Barlow element cell in this BRESSER Barlow Lens 2x 31.8mm/1.25," can be unscrewed and has the same thread as 1.25" filters, allowing it to be mounted in 1.25" eyepieces, t-adapters and other accessories, giving you flexibility of use and the ability to vary magnification in different accessories. For instance, the black Barlow cell screwed into the average length nosepiece of a standard push fit t-adapter will give around 1.6x magnification on an attached DSLR. This can be very useful when trying to get to photographic focus with some Newtonians and Solar Telescopes, which lack the necessary amount of in focus travel to get a camera to a prime focus position.FEATURESsuitable for observations and photographydoubling of the focal lengthtwo lens designfully multi-coatedWHAT'S INCLUDEDBarlow lens (1pc)

€29.99*

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 Barlow Lens 5x (1.25")

With the usage of barlow lenses, you can extend the focal distance of telescopes and enhence the magnification of your observated deep sky objects. Thus, you can use the advantages of eyepieces with greater focal distance like the long eye relief as well as a more convenient insight at higher magnifications. Due to their 3-element air-spaced lens design with ED glass, these Barlow lenses provide a brilliant image quality for the whole visual field and are suitable for observations and photography.FEATURESsuitable for observations and photographyincrease fivefold the focal distance3-element air-spaced lens design with ED glassfully multi-coated brass eyepiece clamping ringSCOPE OF DELIVERYBarlow lens (1pc)

€49.90*

EXPLORE SCIENTIFIC Teleextender 2x 31.7mm/1.25"

With teleextenders it is possible to extend the effective focal length of a telescope system, resulting in higher magnification for the observation of the moon, the planets or small Deep-Sky objects with the same eyepieces. So you can use the advantages of eyepieces with longer focal length - such as the bigger eye distance and the more relaxed observing comfort - at high magnifications also.These teleextenders incorporate a telecentric optical design that deliveres a excellent image sharpness over the whole field of view and are premium choices for visual observations and astrophotography. The combination of excellent fully multicoating with superior optical design makes the Focal Extenders superior to classic Barlow lenses.Features: Suitable for visual observations and astrophotographyDoubling the effective total focal length of the telescopeFour lens telecentric design Fully multicoatedFilter thread for color or nebula filters

€119.00*

EXPLORE SCIENTIFIC Telextender 3x 31.7mm/1.25"

With teleextenders it is possible to extend the effective focal length of a telescope system, resulting in higher magnification for the observation of the moon, the planets or small Deep-Sky objects with the same eyepieces. So you can use the advantages of eyepieces with longer focal length - such as the bigger eye distance and the more relaxed observing comfort - at high magnifications also.These teleextenders incorporate a telecentric optical design that deliveres a excellent image sharpness over the whole field of view and are premium choices for visual observations and astrophotography. The combination of excellent fully multicoating with superior optical design makes the Focal Extenders superior to classic Barlow lenses.Features: Suitable for visual observations and astrophotographytripling the effective total focal length of the telescopeFour lens telecentric design Fully multicoatedFilter thread for color or nebula filters

€115.00*

EXPLORE SCIENTIFIC Teleextender 5x 31,7mm/1.25"

With teleextenders it is possible to extend the effective focal length of a telescope system, resulting in higher magnification for the observation of the moon, the planets or small Deep-Sky objects with the same eyepieces. So you can use the advantages of eyepieces with longer focal length - such as the bigger eye distance and the more relaxed observing comfort - at high magnifications also.These teleextenders incorporate a telecentric optical design that deliveres a excellent image sharpness over the whole field of view and are premium choices for visual observations and astrophotography. The combination of excellent fully multicoating with superior optical design makes the Focal Extenders superior to classic Barlow lenses.Features: Suitable for visual observations and astrophotographyExtending the effective total focal length of the telescope by a factor of 5xFour lens telecentric design Fully multicoatedFilter thread for color or nebula filters

€129.00*

Planetary UV + IR Cut Filter for BRESSER CMOS Cameras

The BRESSER UV + IR Cut Filter makes lunar and planetary images even sharper.Digital astro cameras have a wide sensitivity range that significantly exceeds the spectrum of visible light. Thus, the wavelengths of invisible light in the ultraviolet and infrared are also captured. This leads inevitably to a small additional and of course unwanted blur. The solution is this UV + IR Cut Filter, which allows only light in the visible range 400 nm to 680 nm to pass through and blocks all other wavelengths of light. As soon as these disturbing light waves are cut off, the sharpness of the image and the contrast are increased. Suddenly, details on the surface of Jupiter, for example, can be seen that were previously only barely visible. A clear plus, which can be achieved by this filter.Suitable for BRESSER CMOS cameras and other manufacturers with female camera thread M30 x 0.75 mmAfter removing the original screw adapter with sensor protection glass, the BRESSER UV + IR Cut filter is mounted to the camera instead. This filter has a fine M30 x 0.75 mm external thread for mounting on the camera. The exchange is therefore quick and easy. On the opposite side, i.e. on the telescope side, there is a standard C-mount female thread for mounting other accessories. Note: This filter does not have a standard 1.25 inch (31.7 mm) filter thread. FEATURESBRESSER UV + IR Cut Filter for photographyWavelengths of invisible light in ultraviolet and infrared are blockedPasses only visible light in the range 400nm to 680nmLunar and planetary images become even sharperSuitable for BRESSER CMOS cameras an othersMale fine thread M30 x 0.75mm for mounting on the camera housingC-Mount internal thread for mounting further accessories Quick and easy mounting of the filterGlass filter made of fine optical glassPlane-parallel polished and multiple layer coatedFilter housing made of matt black anodized aluminumHousing outer diameter 31.7mm (1.25 inch)Diameter of free light transmission 17.0mm (1.25 inch) SCOPE OF DELIVERYUV + IR Cut Filter (1 pc)

€26.10* €29.00* (10% saved)

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EXPLORE SCIENTIFIC Deep Sky Astro Camera 16MP

High resolution deep sky camera with large Panasonic CMOS sensor and active cooling. Enter the world of astrophotography now. With the new EXPLORE SCIENTIFIC DEEP SKY ASTRO camera you get a modern complete package for the comfortable shooting of astro photos and videos. Finally, an easy-to-use camera for capturing galaxies, star clusters, the moon and even planets with high resolution and low sensor noise. Thanks to the fast USB 3.0 computer interface, all image data is transferred within a few seconds. Long waiting times are now history. Simply connect the camera to your telescope using the T2 female thread (M42.0.75mm) or the supplied 2" (50.8mm) plug-in adapter and after installing the drivers and the included EXPLORE Capture recording and editing software, you are ready to take the first real astro photos with a highly specialized camera for your application. 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Details

BRESSER HD Moon & Planetary Camera & Guider 1.25"

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High resolution deep sky camera with large SONY Exmor IMX428 CMOS sensor and active cooling for telescopes with short and moderate focal lengths. Enter the world of astrophotography now. With the new EXPLORE SCIENTIFIC DEEP SKY ASTRO camera you get a modern complete package for the comfortable shooting of astro photos and videos. Finally, an easy-to-use camera for capturing galaxies, star clusters, the moon and even planets with extreme high sensor sensivity and extreme low sensor noise. The high sensitivity enables very short exposure times and the freezing of the air turbulence (seeing) in planetary images. Thanks to the fast USB 3.0 computer interface, all image data is transferred within a few seconds. Long waiting times are now history. Simply connect the camera to your telescope using the T2 female thread (M42.0.75mm) or the supplied 2'' (50.8mm) plug-in adapter and after installing the drivers and the included EXPLORE Capture recording and editing software, you are ready to take the first real astro photos with a highly specialized camera for your application. The EXPLORE Capture pro software included in delivery not only offers the basic functions required for image and video capture, but also many helpful special functions for image post-processing and camera setup. Functions such as live image display, exposure settings, white balance, dark image print, stacking, timelapse recording and much more can be configured individually. Especially the very sophisticated software makes your entry into astrophotography really easy. With the automatic settings you can produce absolutely presentable results without any previous knowledge. If you like, simply switch off the automatic settings and gradually dare to adjust the individual professional settings. The new EXPLORE SCIENTIFIC DEEP SKY camera has a highly sensitive and very low-noise SONY Exmor IMX428 CMOS sensor which is additionally cooled down to 40°C below ambient temperature by the two-stage thermoelectric cooling. In contrast to normal DSLR cameras, this guarantees much lower noise and fewer hot pixels in your shots. The images are not only much sharper and more brilliant, but also contain more usable image information. Through the controlled setting of the desired camera temperature, the creation of dark frames under reproducible shooting conditions is possible at any time. The large-format CMOS sensor with 17,6mm diagonal also allows large image fields and simplifies the adjustment and centering of objects considerably. The camera has a built-in USB hub with 2 x USB2.0 ports at the rear. Connect your additional autoguider camera or motor focus etc. via a short USB cable and reduce the risk of cable spaghetti and cable breaks. Separate cable connections between your accessories and your computer are no longer necessary. A sturdy hard case for the camera plus accessories is also included. IMPORTANT NOTES: Don't get confused by the megapixel data and the contrary price structure. In the field of astronomy, the key criterion is not the sensor resolution but the maximum light sensitivity. The main goal is to capture as much light as possible in a short time.DOWNLOAD latest camera software and drivers see download folder "Manuals" or here: http://www.touptek.com/download/showdownload.php?lang=en&id=2 Sample photos made by Lóránd Fényes in Hungary: https://fenyeslorand.hu/asztrofotok/Field of view for different focal lengths in arc minutes and degrees: 400 mm - 124´x 85´ (2.1 x 1.4 degrees) 500 mm - 99´x 68´ (1,7 x 1.1 degrees) 600 mm - 82´x 56´ (1.4 x 0.9 degrees) 700 mm - 70´x 49´ (1.2 x 0.8 degrees) 800 mm - 62´x 43´ (1.0 x 0.7 degrees) 900 mm - 55´x 38´ (0,9 x 0.6 degrees) 1000 mm - 49´x 34´ (0.8 x 0.6 degrees) 1250 mm - 40´x 27´ (0.7 x 0.5 degrees)1500 mm - 55´x 23´ (0.6 x 0.4 degrees) 1750 mm - 28´x 19´ (0.5 x 0.3 degrees) 2000 mm - 25´x 17´ (0.4 x 0.3 degrees) FEATUREScamera type: ASTRO Camera 7.1MP ATR3CMOS07100KPA data output: single pictures and video image Sensor: SONY Exmor IMX428 CMOS Color Sensor resolution: 3200x2200 binning: 1x1 / 2x2 frame rate per second (FBS): 51 / 133 physical sensor size in pixels: 3200 x 2200 / 1600 x 1100megapixel: 7.1 MP sensor size: 14.4 x 9.9 mm (1.1 inch) pixel size: 4.5 µm x 4.5 µm bit depth: 12 Bit backfocus: 17,5 mm shutter Type: global shutterinternal camera memory: DDR 3 RAMthermoelectric cooling with fan: yes, up to 40°C below ambient temperature adjustable exposure times: 150µs to 60min operating temperature: -10 to +50°C (30-80% RLH) cable length USB 3.0: 150cm DC cable length power supply: 200cm CNC machined aluminium housing camera diameter: 80mm; length: 102mm camera weight: 0,53 kg camera connection diameter: 2.0 inch ( 50.8mm) camera connection thread: T2 (M42x0,75mm) filter thread: Yes, 2.0 inch in receptacle camera connection to PC: USB 3.0 built-in USB hub with 2 x USB 2.0 ports power supply: Power supply 12 Volt 3,0 Ampere included software: EXPLORE Capture included camera driver and ASCOM driver includedoperating system: WINDOWS 10 + 11PC requirements: CPU Intel Core2 2.8Ghz or higher / 2 GB Ram / USB 3.0 SCOPE OF DELIVERYDEEP SKY ASTRO Camera 7.1MP telescope adapter T2 thread to 2.0'' (50,8mm) USB 3.0 connection cable 150cm power supply 230V/12V3,0A dust cap software CD hard case instruction manual

€1,195.00* €2,390.00* (50% saved)

EXPLORE SCIENTIFIC Deep Sky Astro Camera 26MP

High resolution deep sky camera with large SONY EXMOR IMX-571 APS-C CMOS sensor and active cooling. This camera's extreme sensitivity is achieved through SONYs backside illumination technology. This camera should appeal to both advanced users and those looking to move up from DSLRs for more serious deep sky imaging.Enter the world of astrophotography now. With the new EXPLORE SCIENTIFIC Deep Sky Astro camera you get a modern complete package for straightforward shooting of astro photos and videos. Finally, an easy-to-use camera for capturing galaxies, star clusters, the moon and even planets with high resolution and low sensor noise. Thanks to the fast USB 3.0 computer interface, all image data is transferred within a few seconds. Long waiting times for images are now history. Simply connect the camera to your telescope using the T2 female thread (M42, 0.75 mm) or the supplied 2" (50.8 mm) plug-in adapter and after installing the drivers and the included EXPLORE Capture recording and editing software, you are ready to take the first real astro photos with a highly specialized camera for your application. The EXPLORE Capture Pro software included in this package not only offers the basic functions required for image and video capture, but also many helpful special functions for image post-processing and camera setup. Functions such as live image display, exposure settings, white balance, dark image subtraction, stacking, timelapse recording and much more can be configured individually. This very sophisticated software makes your entry into astrophotography really easy. With the automatic settings you can produce absolutely presentable results without any previous knowledge. As soon as you feel confident, simply switch off the automatic settings and gradually explore the software's more individual professional settings. The new EXPLORE SCIENTIFIC Deep Sky camera has a highly sensitive and very low-noise SONY EXMOR IMX-571 APS-C CMOS Sensor, which can be cooled down to 40 °C below ambient temperature by the two-stage thermoelectric cooling. In contrast to normal DSLR cameras, this guarantees much lower noise and fewer hot pixels in your shots. The images are not only much sharper and more brilliant, but also contain more usable image information. Through the carefully automatically-controlled setting of the desired camera temperature, the it's easy to create of dark frames which can be re-used under similar shooting conditions - speeding up your processing considerably. The large-format CMOS sensor with 28.3 mm diagonal also allows large image fields and simplifies the adjustment and centering of objects considerably. The secret to the high light sensitivity of this camera is SONY's new back illuminated EXMOR CMOS sensor. It increases the quantum efficiency to up to 80 % at 533 nm, which leads to an extremely high sensitivity and subsequently particularly bright and high-contrast photos.The camera has a built-in USB hub with 2 x USB 2.0 ports at the rear. Connect your additional autoguider camera or motor focus etc. via a short USB cable and reduce the risk of cable tangles and cable breaks. Separate cable connections between your accessories and your computer are no longer necessary. A sturdy hard case for the camera plus accessories is also included. IMPORTANT NOTES: Don't get confused by the megapixel data and the contrary price structure. In the field of astronomy, the key criterion is not the sensor resolution but the maximum light sensitivity. The main goal is to capture as much light as possible in a short time.DOWNLOAD latest camera software and drivers see download folder "Manuals" or here: http://www.touptek.com/download/showdownload.php?lang=en&id=2 Sample photos made by Lóránd Fényes in Hungary: https://fenyeslorand.hu/m31/https://fenyeslorand.hu/ic349_merope_nebula/https://fenyeslorand.hu/asztrofotok/Field of view for different focal lengths in arc minutes and degrees: 400 mm - 201´ x 135´ (3.4 x 2.3 degrees)500 mm - 161´ x 108´ (2.7 x 1.8 degrees)600 mm - 134´ x 90´ (2.2 x 1.5 degrees)700 mm - 115´ x 77´ (1.9 x 1.3 degrees)800 mm - 100´ x 67´ (1.7 x 1.1 degrees)900 mm - 89´ x 60´ (1.5 x 1.0 degrees)1000 mm - 80´ x 54´ (1.3 x 0.9 degrees)1250 mm - 64´ x 43´ (1.1 x 0.7 degrees)1500 mm - 53´ x 36´ (0.9 x 0.6 degrees)1750 mm - 46´ x 31´ (0.8 x 0.5 degrees)2000 mm - 40´ x 27´ (0.7 x 0.45 degrees)FEATURESCamera type: ASTRO Colour Camera 26.0MP ATR3CMOS16000KPA Data output: single pictures and video Image Sensor: SONY EXMOR IMX-571 CMOS Colour Sensor Adjustable resolution: 6224x4168 / 3104x2084 / 2064x1386 Adjustable binning: 1x1 / 2x2 / 3x3 Frame rate per second (FBS): 6.8 / 28 / 63 Physical sensor size in pixels: 6224 x 4168diaginal: 28.3 mmMegapixel: 26 MP Sensor size: 23.48 x 15.67 mm (APS-C format)Pixel size: 3.76 µm x 3.76 µm Bit depth: 8 Bit / 16 BitBackfocus: 17.5 mm Shutter Type: rolling shutterInternal camera memory: 512MB DDR 3 RAMThermoelectric cooling with fan: yes, up to 40°C below ambient temperature Adjustable exposure times: 150µs to 60min Operating temperature: -10 to +50°C (30-80% RLH) Cable length USB 3.0: 150cm DC cable length power supply: 200cm CNC machined aluminium housing Camera diameter: 80mm; length: 102mm Camera weight: 0.53 kg Camera connection diameter: 2.0 inch ( 50.8mm) Camera connection thread: T2 (M42x0,75mm) Filter thread: Yes, 2.0 inch in receptacle Camera connection to PC: USB 3.0 Built-in USB hub with 2 x USB 2.0 ports Power supply: Power supply 12 Volt 3,0 Ampere included Software: EXPLORE Capture included Camera driver and ASCOM driver includedOperating system: WINDOWS 10 + 11 PC requirements: CPU Intel Core2 2.8Ghz or higher / 2 GB Ram / USB 3.0 WHAT'S INCLUDEDDeep Sky Astro Camera 26.0MP Telescope adapter T2 thread to 2.0" (50,8mm) USB 3.0 connection cable 150cm Power supply 230V/12V 3.0A Dust cap Software CD Hard case Instruction manual

€1,439.10* €1,599.00* (10% saved)

Details

BRESSER Guiding Kit AR90/500

Finally, a universal tracking kit is available, which is easy to assemble and handle. Consisting of a telescopic sight, a tracking camera and the required prism clamp you can start long-term photography with active tracking control (autoguiding). Simply mount the prism clamp with the mounting screws on the carrying handle of the BRESSER Messier and EXPLORE-SCIENTIFIC telescopes and the AR90 / 500 guide scope with tracking camera can already be fixed stably parallel to the main telescope. The tracking camera is now connected directly to the ST-4 compatible autoguider socket of your telescope mount. Connecting the tracking camera via USB cable to your Windows computer and install the camera drivers and any Autoguider software - you can start with the astrophotography. The prism clamp has 2 x 6mm countersunk holes (35mm hole spacing) and 3 further 1/4 "photo tapped holes to allow for versatile adaptation to a variety of other telescopes and adapter plates. The tracking camera is very useful for tracking Recording of planets and even deep-sky objects. A detailed description of the tracking camera can be found at the BRESSER article number 4959050. NOTE: It is necessary to mount the camera on the telescope using the diagonal mirror so that focusing will work.NOTE: The autoguider software is not included. You can use PHD Guiding, Guidedog, Metaguide, Guidemaster (Freeware) or AstroArt, MaxIm DL (chargeable).DOWNLOAD PHD-Guiding: http://www.stark-labs.com/phdguiding.html DOWNLOAD GuideDog: http://barkosoftware.com/GuideDog/index.html FEATURES Universal BRESSER Guiding Kit Guiding-scope, guiding-camera and dovetail clamp included For long exposure Astrophotography with autoguiding Aperture of guiding-scope: 90mm Focal length of guiding-scope: 500mm Screw set for Messier/ES handle included Fits also to many other telescopes SCOPE OF DELIVERY Guiding-scope BRESSER Messier AR90/500 (Art.Nr. 4890500) + Acc. Guiding-camera BRESSER GPCMOS02000KPA color (Art.Nr. 4959050) Dovetail-clamp for Messier/ES/GP/Vixen (Art.Nr. 4910220) Screw-set for Messier/ES handle included USB 2.0 cable (camera to computer) ST-4 cable (camera to teleskope mount) Camera driver software + ASCOM driver Professional ToupSky imaging softwareAperture solar filter for solar observing included

€359.10* €399.00* (10% saved)

EXPLORE SCIENTIFIC 4K DEEP SKY ASTRO Camera & Guider 8,3 MP II

Enter the world of astrophotography now - with the new EXPLORE SCIENTIFIC 4K DEEP SKY ASTRO Camera including ST4 autoguider function. This is truly new: Equipped with the new high-sensitive SONY IMX585 Exmor CMOS colour sensor, this astronomy camera delivers amazing image results with extremely short exposure times even with basic telescope equipment. In addition, this ultra-modern camera can also be used as an autoguider, e.g. to actively track the main imaging device with an SLR or CCD astro camera. An all-round camera that delivers super-sharp and high-resolution planetary images. The high 4K resolution of 3840x2160 pixels guarantees the best possible image result. Sensor The secret to the high light sensitivity is SONY's new back illuminated Exmor CMOS sensor. It increases the quantum efficiency to up to 77 % at 533 nm, which leads to an extremely high light sensitivity and thus particularly bright and high-contrast photos. In addition, the particularly low noise level of this new CMOS sensor generation by SONY ensures exceptionally high brilliance and no active cooling is required. Nevertheless, this astro camera has an elaborate internal structure made of aluminium for ideal heat radiation and a fan that can be switched on via software. When used with suitable telescopes, the high native pixel resolution of 3840x2160 enables very nice overview images of the moon, but also detailed planetary images. Solar Imaging This camera is also recommended for solar astro-photography. Especially the Lunt LS40 THa solar telescopes (item No. 0551145/0551146/0551147), with their short focal length, allow in combination with this planetary camera with its large sensor great overview images of the sun. Important Note: When observing and taking photos of the sun, always use a suitable protective solar filter or a special solar telescope. Otherwise there is a risk of immediate blindness and damage to the camera. Software The included Explore Capture professional software offers not only the necessary basic functions for image and video capture, but also many helpful special functions for image post-processing and for setting up the guider. Functions such as live image display, exposure settings, white balance, dark image capture, stacking, timelapse recording and much more can be configured individually. Especially the very sophisticated software makes it really easy for you to get started in astrophotography. With the automatic settings you can produce absolutely presentable results without a lot of prior knowledge. And when you are ready, simply switch off the automatic settings and gradually venture into the individual professional settings. Automatic tracking control Connect the camera directly to the ST4 port of your telescope mount and you have a fully automatic tracking control. Thus, long exposures of several minutes are possible without the stars producing unwanted star traces due to the always existing periodic error of the telescope mount gears. A corresponding ST-4 connection cable is even included in the camera's scope of delivery. Because of the high light sensitivity of the camera, you will always find a suitable guide star even with very short exposure times. Simple automatic tracking at its best. Connection For the connection to telescopes, guiding scopes or off-axis guiders the camera has a 1.25'' socket with 1.25'' filter thread (M28.5x0.6) and a large T2 connection thread (M42x0.75) directly on the housing. IMPORTANT NOTES: This is not a stand-alone guider camera. You always need a Windows 10 or 11 computer to take pictures and for autoguiding. The autoguider software is not included. You can use PHD2 Guiding, GuideDog, Metaguide, Guidemaster (freeware) or AstroArt, MaxIm DL (paid). DOWNLOAD PHD2-Guiding: https://openphdguiding.org/ DOWNLOAD GuideDog: http://barkosoftware.com/GuideDog/index.html DOWNLOAD latest camera software and drivers see download folder "Manuals" or here: http://www.touptek.com/download/showdownload.php?lang=en&id=2 Sample photos made by Lóránd Fényes in Hungary: https://fenyeslorand.hu/naprendszerunk/ https://fenyeslorand.hu/explore_scientific_4k_review/ https://fenyeslorand.hu/asztrofotok/ FEATURESHighly light-sensitive USB 3.0 4K colour camera Suitable for taking pictures of deep sky objects, the Moon and planets Integrated ST4 guiding function Allows very short exposure times for super-sharp planetary images Camera type: EXPLORE SCIENTIFIC G3CMOS08300KPA colour Image sensor: NEW Sony IMX585 Exmor CMOS colour sensor, back illuminated Data output: still images and video Image and video format output: 3840 x 2160 (4K) & 1920 x 1080 (Full HD) pixels Framerate: up to 43 and 66 FPS (for video) Physical sensor size in pixels: 3840 x 2160 (4K) Possible exposure times: 0.1 ms to 60 min Binning: Yes, 1x1 and 2x2 Megapixel: 8.3 MP Sensor size: 11.14 x 6.26 mm Image diagonal: 12.86 mm Pixel size: 2.9 µm x 2.9 µm Bit depth: 8/12 bits, switchable ST-4 compatible autoguider: Yes CNC machined aluminium housing Camera connection diameter: 1.25'' ( 31.7 mm) Camera connection thread: T2 thread (M42x0.75 mm) and 1.25'' filter thread Camera connection to PC: USB 3.0 Required backfocus: 17.5 mm Shutter type: Global shutter Heat radiation via built-in fan (switchable via software) Operating temperature: -10 to +50 °C (30-80 % RLH) Cable length USB 3.0: 150 cm Camera diameter: 68 mm; length: 85 mm Camera weight: 0.3 kg Software: Explore Capture included Camera driver and ASCOM driver and SDK included PC requirements: CPU Intel Core2 2.8Ghz or higher / 2 GB Ram / USB 3.0 Operating system: WINDOWS 10 + 11 Field of view for different focal lengths in minutes of arc: 400 mm - 95.6' x 53.8' 500 mm - 76.5' x 43.0' 600 mm - 63.7' x 35.8' 700 mm - 54.6' x 30.7' 800 mm - 47.8' x 26.9' 900 mm - 42.5' x 23.9' 1,000 mm - 38.2' x 21.5' 1,250 mm - 30.6' x 17.2' 1,500 mm - 25.5' x 14.3' 1,750 mm - 21.8' x 12.3' 2,000 mm - 19.1' x 10.8' SCOPE OF DELIVERY4K Planetary Astro Camera & Guider 8.3 MP 1.25 inch (31.7 mm) plug-in adapter with filter thread USB 3.0 connection cable 150 cm Control cable for ST-4 autoguider function 150 cm Dust cap for camera opening Software (via download) Instruction manual (via download)

€599.00*