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July 4, 2006
Product DEV-11055 |
about a year ago
I just flew this on a rocket for the first time this past weekend using a uBlox for the GPS.
The results look surprisingly good - certainly correlating well with the visual behaviour of the airframe as well as the other avionic data - acceleration and baro altitude used for recovery.
Product GPS-09436 |
about 2 years ago
Yes. I fly them on rockets. Should be good to 50km.
Product GPS-11067 |
about 2 years ago
An interesting module. Specs say it (along with uBlox devices) should work well for stratospheric balloons. It also has (again like the uBlox) a high dynamic mode, making it useful for rocket projects.
News - High Altitude Balloon Pro… |
about 4 years ago
I fly high altitude rockets - and we have several common issues with HAB - measurement. Some thoughts from my experience:
1. Your baro sensor does not have the range for high altitude. Your last measurement was about at the minimum pressure for the sensor. Check out the pressure range for these flights. There are other sensors available that have the range (and are appropriately temperature compensated) for this kind of flight.
2. Most commercial GPS chipsets simply will not work about 60k' MSL. Most Trimble and uBlox chipsets can bet set in a “flight” or “air” mode that is appropriate for flight. Use what works.
3. I have used the Digi radios that you used … and have gotten much better range in the air. Something tells me you have either a configuration or antenna problem. That being said, I would use an off the shelf HAM based APRS tracker as your primary recovery system … use the Digi as a higher performance secondary system.
No public wish lists :(