NXPhlite V3RC15 Enclosure

thingiverse

NXPhlite V3RC15 HoverGames ============================== UPDATED 8/20/2018 - Revised files with reset button - NXPPHILITE3top v2 - NXPPHILITE3_bottom v14 - Reset Button Note - Photos of orange version are the older version *Includes STEP file source format to allow editing* This is an enclosure for an experimental flight controller (FMU) from NXP Semiconductor that meets Linux Foundation Dronecode.org PX4.io software compliance. It follows Dronecode.org connectorization standards. NXPhlite includes two wire automotive ethernet interfaces and CAN bus in addition to the traditional UARTS, SPI and I2C that are typical of PX4 (Pixhawk) type controllers. Drone software is NuttX and PX4.io FMU. The board is based on a Kinetis K66 MCU with 2M memory, and has accelerometer, Gyro, magnetometer, and barometric sensors onboard. There are lots of other interfaces (UART, GPS, IRDA, Ultrasonic, PWM, etc) and could easily be used with bare metal code, the Kinetis SDK, and other RTOSs like FreeRTOS. Suitable for Drones of all configurations, Rovers and other robotic systems. ***Credit goes to Herminio Menchaca from the NXP Guadalajara team for the design*** ***Great job Herminio! *** This design is a work in progress ----- Website: https://www.HoverGames.com Video : https://www.youtube.com/watch?v=xLfMEuMjAZE Documentation : https://nxp.gitbook.com/hovergames Website: https://www.nxp.com/HoverGamesDrones Website: https://www.nxp.com/HoverGames