Planetary & Solar Cameras
Planetary imaging works differently from deep-sky imaging. Instead of long exposures, you record thousands of very short frames as video, then software picks the sharpest moments when the atmosphere was steady and stacks them. A fast, sensitive camera with small pixels is what makes this technique work.
We carry planetary and solar cameras from ZWO, Player One (Mars, Neptune, Uranus, Saturn and Apollo), QHYCCD QHY5III, SVBONY, iOptron iCAM and Celestron NexImage. Many also serve as excellent guide cameras.
Filters
ZWO ASI662MC Color
2.1 Megapixel Sony IMX662 BSI Sensor 1920 x 1080 Resolution with 2.9µm Pixels 91% Peak Quantum Efficiency Ultra-Low 0.8e Read Noise 107.6 FPS at F...
View full detailsZWO ASI678MC Color
8.29 Megapixel Sony IMX678 Color Sensor 2.0µm pixels for high-resolution planetary imaging 47.5 FPS at full 3840x2160 resolution Zero amp glow for...
View full detailsZWO ASI585MC Color
5.0 / 5.0
1 Review
8.29 Megapixel 4K Resolution (3840 x 2160) 2.9µm Square Pixels 91% Peak Quantum Efficiency 46.9 FPS at Full Resolution Zero Amplifier Glow Circuit...
View full detailsZWO ASI174MM Mono
IMX174 Sensor Pixel Size of 5.86 microns QE of 77% USB 3.0 ...
View full detailsZWO ASI678MM Mono
8.29 Megapixel Resolution (3840 x 2160) 2.0µm Square Pixels 83% Peak Quantum Efficiency (Monochrome) 0.6e Minimum Read Noise 47.5 Frames Per Secon...
View full detailsQHYCCD QHY5III462C Color
2 Megapixel Sony IMX462 BSI CMOS Sensor 1920x1080 Resolution with 2.9µm Pixels Strong Near-Infrared (NIR) Sensitivity 0.5e- Ultra-Low Read Noise w...
View full detailsZWO ASI715MC Color
3864x2192 Resolution Sony STARVIS Sensor 1.45µm Pixel Size for High-Resolution Planetary Imaging 45.1 FPS at Full Resolution over USB 3.0 Peak Qua...
View full detailsQHYCCD QHY5III485C Color
8.4 Megapixel Sony IMX485 Color BSI Sensor Large 1/1.2-inch Sensor Format 2.9μm Pixel Size 44 FPS at Full 3864x2180 Resolution 128MB DDR II Image ...
View full detailsZWO ASI664MC Color
4.15 Megapixel Sony IMX664 Color CMOS Sensor 2.9µm Pixel Size 91% Peak Quantum Efficiency 95 FPS at Full Resolution 256MB DDR3 Internal Buffer Zer...
View full detailsQHYCCD QHY5III200M Mono
5.0 / 5.0
1 Review
1/1.8-inch SC2210 BSI Monochrome Sensor 4.0µm x 4.0µm Pixel Size 1920 x 1080 (2 Megapixel) Resolution Up to 96.5 FPS at Full Resolution (8-bit) Ul...
View full detailsZWO ASI482MC Color
Sony IMX482 1/1.2” CMOS Color Sensor 1920x1080 Resolution at up to 82.5 FPS Large 5.8µm Pixels for High Sensitivity 51,500e Full Well Capacity Ult...
View full detailsQHYCCD QHY5III290M Mono
Full HD Back-illuminated, Ultra-low Read Noise CMOS CameraThe QHY5-III series cameras are USB3 super-speed cameras and guiders. They can be used i...
View full detailsZWO ASI432MM Mono
1.1" Sony IMX432 Monochrome Sensor Large 9µm Pixels Massive 97ke- Full Well Capacity 120 FPS at Full 1.7 MP Resolution Electronic Global Shutter ...
View full detailsPlayer One Mars-C II IMX662 Color Planetary Camera
Sensor: Sony IMX662 1/2.8" Color CMOS Resolution: 2.1 Megapixels (1936x1100) Max Frame Rate: 108 FPS at full resolution Full Well Capacity: 54,000...
View full detailsPlayer One Mars-C IMX462 Color Planetary Camera
5.0 / 5.0
1 Review
Features a 2.1 Megapixel Sony IMX462 color sensor Achieves a maximum frame rate of 136 FPS at full 1944x1096 resolution 2.9μm pixels and 12k e- fu...
View full detailsZWO ASI662MM Mono
2.1 Megapixel Sony IMX662 Monochrome Sensor 2.9µm Pixel Size 91% Peak Quantum Efficiency 107.6 FPS at Full 1920x1080 Resolution Zero Amplifier Glo...
View full detailsQHYCCD QHY5III678M Mono
8.4 Megapixel Sony IMX678 BSI Monochrome Sensor 2.0µm Pixel Size 43 FPS at 8-bit Full Resolution 512MB DDR3 Image Buffer 0.57e- to 3.3e- Read Nois...
View full detailsZWO ASI676MC Color
12.6 Megapixel 3552 x 3552 Square Sensor 2.0µm Pixel Size 83% Peak Quantum Efficiency Zero Amplifier Glow Circuitry 256MB DDR3 Internal Buffer ...
View full detailsPlayer One Active Cooling System (ACS) for Uncooled Cameras
5.0 / 5.0
1 Review
External air-cooling system for select Player One cameras Dramatically reduces sensor temperature during operation Ideal for solar, planetary, and...
View full detailsZWO ASI294MM Mono
11.7 Megapixel 4/3" Monochrome Sony IMX492 Sensor 4.63µm Pixels with 66ke- Full Well Capacity Peak Quantum Efficiency of ~90% Extremely Low Read N...
View full detailsZWO ASI294MC Color
11.7 Megapixel 4/3" Sony IMX294 Color CMOS Sensor 4.63µm Pixels and 63,700e Full Well Capacity 19 FPS at Full 4144 x 2822 Resolution Ultra-Low 1.2...
View full detailsZWO ASI183MC Color
20.2 Megapixel 1" Sony IMX183 BSI CMOS Sensor 2.4µm pixels for high-resolution planetary and solar system imaging 19 FPS at full 5496 x 3672 resol...
View full detailsSVBONY SV705C Planetary Camera IMX585 USB3.0
8.3 Megapixel Sony IMX585 Color CMOS Sensor 3856 x 2180 Maximum Resolution 2.9µm Pixel Size 45 FPS at Full Resolution Peak Quantum Efficiency (QE)...
View full detailsPlayer One Apollo 428M MAX Mono Solar Camera
Features a Sony IMX428 1.1-inch monochrome CMOS sensor Delivers 7.1 Megapixel resolution (3216×2208) for detailed solar imaging 4.5μm pixels provi...
View full detailsWhat Makes a Good Planetary Camera
- High frame rate: More frames per second means more chances to catch moments of good seeing. USB 3.0 and a region of interest help.
- Small pixels: 2 to 3 µm pixels let you reach the right image scale with less Barlow magnification.
- Low read noise: Short exposures mean little signal per frame, so low read noise is essential.
- Colour or mono: Colour cameras are simplest for Jupiter, Saturn and Mars. Mono with filters gives more detail, and is the best choice for the Moon, the Sun and infrared or methane imaging.
Matching the Camera to Your Telescope
A common rule is a focal ratio of about 5 times the pixel size in microns. With 2.9 µm pixels, that is around f/15. An f/10 SCT then needs a 1.5x Barlow. A Barlow or telecentric brings any telescope into the right range.
What We Help With
- Image scale: We suggest the Barlow or Powermate that suits your telescope and pixel size.
- Filters: UV/IR cut, IR pass and methane filters each have a role. We tell you which you actually need.
- Solar safety: For solar imaging we confirm that the filter system in front of the camera is safe and complete.
Planetary Cameras: Frequently Asked Questions
Can I use a planetary camera for deep-sky?
For bright targets and short exposures, yes, especially with live stacking. For long exposures, a cooled camera gives much lower noise.
Do I need a laptop?
Yes, or a controller like ASIAIR. Planetary video needs fast USB 3.0 and an SSD for high frame rates.
Which planets are best to start with?
Jupiter and Saturn are bright and forgiving. Mars is excellent near opposition. The Moon is a great practice target any month.
Ready to capture the planets?
Tell us your telescope and whether you also want to image the Sun or guide. We will recommend the camera and Barlow.