Enjoy the opportunity to obtain flight computer for your system with advanced all-in-one solution.
About
We made all-in-one solution. Our computer has the ability to manage the initiation of your rocket, its landing, and even the conditions during its flight. Our innovation offers support through backup power cycles and robustness against heavy loads.
Flight Computer MK1 powerful features
Great architecture & open source firmware
To achieve these requirements, the flight computer employed an STM32 processor with a built-in LoRa radio for communication. The board also included a 70F supercapacitor as an alternative power source and a power selector that switches between the battery and the supercapacitor.
Unfailing system
important aspect of weight is its distribution – during high-G ascend (it is reasonable to expect up to 10 Gs), every bit of mass dissymmetry affects the craft much more. Lastly, the FC components must survive the acceleration and deceleration during the launch and the subsequent landing, respectively.
Tested
Tested in the stratosphere on a stratospheric balloon and in a small launch rocket.
Blocks
RangePi compatibility
Flight Computer MK1 characteristics
Compact dimensions
width 35mm
Fast data processing
modular connection
From EU
Czech Republic
Weight
120 g
Battery
optimized power consuption
Operating t˚
-15°C – 100°C
Navigation
Built-in GPS
Max Operational Ascent
10km
Images credits: wikimedia commons | wikimedia
All photo and video materials belong to their owners and are used for demonstration purposes only. Please do not use them in commercial projects.
