More Info
One of the most challenging aspects of planetary imaging is getting enough stable atmospheric seeing in order to capture crisp images of Mars, Jupiter, Saturn or other Solar System object. Orion is proud to furnish a solution that not only meets this challenge, but also provides a versatile "two-in-one" imaging solution. Introducing the StarShoot Planetary Imager & AutoGuider, the first dual-purpose camera of its kind from Orion!
Powered by a 1/3" format Aptina MT9V032 Color CMOS chip, with a 752x480 pixel layout, the "SSPIAG" boasts an incredibly fast frame rate (up to 50 frames per second), allowing you to catch those split-second windows of atmospheric clarity during your planetary imaging sessions. Due to its amazing speed, the SSPIAG is ideal for imaging time-sensitive celestial events such as Moon occultations, solar and lunar eclipses, Space Station flybys and more.
The SSPIAG comes with intuitive PHD Planetary software, to give you full control over image capture, stacking, basic processing, and file export. In addition, the camera's internal processing features allow you to boost dynamic range and gain, apply noise reduction and more.
That's only half the story! As the name implies, the StarShoot Planetary Imager & Autoguider is also a fully functioning autoguider. It features an ST-4 compatible autoguide output jack right on the camera itself, eliminating the need for extra adapters and cables. The camera also comes with award-winning PHD Guiding software for optimum autoguiding control.
So, whether you're a "newbie" to astrophotography, and advanced planetary imager who requires a high-performance camera, or an astro-imager who needs a reliable autoguider, the StarShoot Planetary Imager & Autoguider is the right solution for you!
Includes software CD, 6' USB cable, and 7' autoguiding cable.
Warranty
Limited Warranty against defects in materials or workmanship for one year from date of purchase. This warranty is for the benefit of the original retail purchaser only. For complete warranty details contact us at 800-676-1343.
Warning
Please note this product was not designed or intended by the manufacturer for use by a child 12 years of age or younger.
Product Support
Visit our product support section for instruction manuals and more
Specs
Best for imaging
Lunar & planetary
Imaging sensor
Aptina MT9V032 Color CMOS
Imaging sensor size
4.51mm x 2.88mm
Pixel array
752 x 480 (360,960 total)
Imaging chip
Short for "charge-coupled device," a CCD chip is a light-sensitive electronic detector used in making astronomical images. Sensitive over a wide range of wavelengths, and much more efficient than film in gathering light, CCDs are often used to image extremely faint objects.
Single Shot Color
Video frame rate
Up to 50 frames per second
Autoguider capability
Yes
Exposure range
0.001 seconds to 5 seconds
A/D conversion
The Analog to Digital Converter (A/D Converter) transfers the raw analog signal captured by the camera to a digital value. The digital value is sent to the computer in ADUs (Analog to Digital Units). The A/D Converter also determines the bit resolution of the analog to digital conversion. The more bit resolution the A/D Converter has, the greater the range of ADUs, which yields a better range of image contrast from the camera. (If "X" equals the bit resolution of the A/D Converter, then 2expX = total range of ADUs.) For example, many commercial digital cameras use a 12-bit A/D Converter which has 4,096 ADUs, and high-end astronomical CCD cameras typically use a 16-bit A/D Converter which has 65,536 ADUs.
8 bit
Thermoelectric cooling
A thermoelectric cooler draws heat away from the chip, which lowers the overall electronic "noise" in the resulting image. For every 6º drop in temperature, the dark noise in the image is reduced by half.
No
IR filter
CCD cameras are very sensitive to a wide range of wavelengths, including farther out into the infra-red spectrum than we can see by eye. Normally this is never a problem when looking through the telescope, but a sensitive CCD camera will see this slightly out of focus region of the spectrum, resulting in fatter stars than normal. An IR filter will cut out this region of the spectrum leaving tightly focused stars and a better overall image.
Yes
Mounting
1.25" nozzle or t-thread
USB connection
High-speed 2.0
Software compatibility
Windows XP/Vista/7
Backfocus distance (from T-threads)
15.00mm
In the Box
Orion StarShoot Planetary Imager & Camera AutoGuider
Software CD-Rom
6' USB cable
7' autoguiding cable
Shipping Info
Orders received by noon Pacific Time for in-stock items ship the same business day. Orders received after noon will ship the next business day. When an item is not in-stock we will ship it as soon as it becomes available. Typically in-stock items will ship first and backordered items will follow as soon as they are available. You have the option in check out to request that your order ship complete, if you'd prefer.
What is Periodic Error Correction or PEC?
Periodic Error Correction, or PEC for short, is a system that improves the track accuracy for the drive by reducing the number of the user corrections. PEC is designed to improve photographic quality by reducing the amplitude of the worm errors. Using the PEC function is a two-step process. First you guide for at least 5 ½ minutes (the time it takes the worm to make one revolution) during which the system records the corrections you make. This “teaches” the PEC chip the characteristics of the worm. The second step is to play back the corrections you made during one recording phase. Keep in mind, this feature is for the advanced astrophotographer and requires careful guiding.
How do I clean any of the optical lenses?
Any quality optical lens cleaning tissue and optical lens cleaning fluid specifically designed for multi-coated optics can be used to clean the exposed lenses of your eyepieces or finder scope. Never use regular glass cleaner or cleaning fluid designed for eyeglasses. Before cleaning with fluid and tissue, blow any loose particles off the lens with a blower bulb or compressed air. Then apply some cleaning fluid to a tissue, never directly on the optics. Wipe the lens gently in a circular motion, then remove any excess fluid with a fresh lens tissue. Oily finger-prints and smudges may be removed using this method. Use caution; rubbing too hard may scratch the lens. On larger lenses, clean only a small area at a time, using a fresh lens tissue on each area. Never reuse tissues.
When I use my motor drive, the moon drifts from the field of view.
The moon moves at a slightly slower rate from East to West than sidereal rate, so the motor speed needs to be reduced. If it North or South, the polar alignment should be checked.
Can I do astrophotography with my Orion SkyQuest XT?
SkyQuest XT Dobsonians are designed for visual, not photographic use. The Dobsonian mount is not an equatorial type mount, so it cannot be motor driven for long exposure astrophotography. You can take great shots of the moon with film or digital camera, but that is the extent of astrophotography with a Dobsonian telescope.
How do I clean any of the optical lenses?
Any quality optical lens cleaning tissue and optical lens cleaning fluid specifically designed for multi-coated optics can be used to clean the exposed lenses of your eyepieces or finder scope. Never use regular glass cleaner or cleaning fluid designed for eyeglasses. Before cleaning with fluid and tissue, blow any loose particles off the lens with a blower bulb or compressed air. Then apply some cleaning fluid to a tissue, never directly on the optics. Wipe the lens gently in a circular motion, then remove any excess fluid with a fresh lens tissue. Oily finger-prints and smudges may be removed using this method. Use caution; rubbing too hard may scratch the lens. On larger lenses, clean only a small area at a time, using a fresh lens tissue on each area. Never reuse tissues.
How do I troubleshoot 64 bit Windows driver installation?
If 32 bit drivers have been installed on a 64 bit computer running Windows 7 or Vista:
1. If there has been a previous installation, the camera should be plugged into the computer.
2. Click on start.
3. Click on Control Panel.
4. Click on Hardware and Sound.
5. Click on Device Manager.
6. Expand Universal Serial Bus controllers.
7. Right click on Orion StarShoot camera.
8. Click OK when the warning message appears.
9. Click on uninstall and check the box to uninstall all associated software, click OK.
10. Go to Control Panel and uninstall any StarShoot software such as PHD
11. In windows explorer, find the c:\windows\system32\drivers folder and delete the file named ssagload.sys.
12. Restart the computer
13. Install the 64 Bit driver as per the instructions on the web.
14. The camera should get recognized at this point.
Forcing the 64 bit driver installation when needed on Windows 7:
1. There have been some instances when the device driver wizard will not launch when you plug in the camera but the computer chimes. Open the device manager.
2. Look for Other Devices on the list of devices.
3. There may be an "Unknown Device" listed under Other devices. This is most likely the camera.
4. Double Click on the unknown device (or right click and select properties).
5. Click on the Driver tab.
6. Click on Update Driver.
7. Select Browse my computer for driver software.
8. Click on Browse and then locate the folder where the needed driver is and then click next.
9. Windows should install the driver.
10. If successful, the StarShoot camera will appear under the USB serial controllers list and the camera is now installed.
Reviews
Orion StarShoot Planetary Imaging Camera and AutoGuider
Mechanical Quality??
4.6
/
5
Software Installation & Use??
3.8
/
5
3 out of 5 (60% ) customers recommend this product.
8
8
Perfect for any astrophotographer, the Orion StarShoot Planetary Imaging Camera and AutoGuider allows you to either guide your telescope or take beautiful astrophotos. And with a very fast frame rate, you won't miss those moments of clear seeing.
Mechanical Quality??
4.6
/
5
Software Installation & Use??
3.8
/
5
3 out of 5 (60% ) customers recommend this product.