8MMNavQ
HoverGamesNXPKIT-HGDRONEemCraft
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NavQ
NavQ and HoverGames
NavQ Examples with NXPHoverGames Drone
Current HW SW status
Hardware Overview
Disclaimers
Revisions and Errata
NavQ add on modules
Ordering Info
Getting Started
Quick start Guide
HoverGames-Demo Bugs/Fixes
User Guide
Nano Editor
Setting the NavQ hostname
MavLink Specific details
Miscellaneous Linux Commands
NavQ Developer Guide
Building a Linux image for NavQ
Communication Protocols
Software Support
Telerobotics with NavQ and Remo.TV
HoverGames Gitbook
HoverGames
Archive
Old Fixes
Developer Quick Start Guide
Flashing the NavQ with 18.04 rootfs (internal)
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NavQ and HoverGames
NavQ is a companion computer reference design for HoverGames and commercial development of drones and rovers.
NXP HoverGames Drone Software Competition
While the 8MMNavQ is a standalone computer, it has been designed with NXP HoverGames coding competition in mind. And specifically the NXP KIT-HGDRONEK66 using the RDDRONE-FMUK66 flight controller.
As a result of HoverGames planning, the NavQ also makes a great companion computer for many other PX4 or Ardupilot flight controllers
​HoverGames specific features include
  • NavQ can connect to HoverGames (RDDDRONE-FMUK66)
    • via serial
    • via Ethernet (using 100BaseT1 2 wire ethernet adapter)
    • via USB (requires specific configuration)
  • RGB LED onboard for status reporting
  • USB-C console for debugging
  • Power input via USB-C or JST-GH power header
  • MicroUSB port for peripherals (hub, usb cameras, sensors)
  • IX industrial Ethernet jack
  • Serial ports using JST-GH connectors
  • I2C/SPI port using JST-GH connectors
  • 3 wire LED strip connector with power supply
  • Wifi and Bluetooth
  • MIPI Camera intereface (Google Coral Camera default)
  • eMMC and removable SDCard memories
  • MIPI DSI for display (particularly for Rover applications)
​
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NavQ Examples with NXPHoverGames Drone
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