Autopilot&OSD 4.0 complete set
Autopilot&OSD together with third party video system (PAL or NTSC camera and video transmitter or HD video system e.g. Avatar HD) foms simplest but powerfull FPV set allowing on-screen presentation of navigation data necessary for manual and autonomous flight.
FPV Ground Station controller
Ground Station Controller is a powerfull devidce with LCD touch screen. It has got two channel diversity A/V switch based on video signal quality, telemetry decoder, SD card log and tracking antenna controller. It works with Autopilot 4.0, OSD or complete FPV System 2.x. Do not require any additional devices (e.g modems) except standard A/V conncetion from one or two receivers. Has external telemetry input in Mavlink and S.Port protocol. With external bluetooth module works with Android FPV_tracker application, showing airplane location on Google maps.
FPV Tracking antenna
FPV tracking antenna is a must-have device for long range flights. Controlled by GroundStation nad with directional AV antenna installed (like patch, biquad, crosshair, Helical or Yagi) can track position of airplane during flight, always giving maximum signal possible. With typical A/V set (e.g. Fox800, Lawmate etc) video receiving range easily excess 20 kilometers.
Additional accesories
Temperature sensor is dedicated for those who want to fly at high altitude. It is always wise to know outside temperature to avoid moisture condensation or even icing when flying at high altitude.
This temperature sensor is immune to strong RF signal (from AV transmitter) and perfect for FPV System
For other accesories, cables, replacement parts etc visit Pitlab.shop
Autopilot and OSD 2.x
Older v2.0 Autopilot and OSD were superseed by new v4.0 Autopilot, but are still supported.
FPV System Kit (OSD, keyboard, Autopilot, GPS, current sensor) together with third party PAL or NTSC camera and audio/video transmission devices makes advanced system for FPV flight, not only presenting navigation information on video screen, but also offering stabilization during manual flight as well as all phases of autonomous flight: takeoff, routes or waypoints and autonomous landing.
