Attached videos shows how toys works in architecture:
Gamepad (USB or Bluetooth) -> Browser <-> P2P (any device) <-> internet <-> LTE <P2P> <-> Computer companion with good computation performace for ML & computer vision <-> [Camera, Arduino nano or any another board <-> [esc, servo, lighting, etc]]
Delay:
Approximately 0.05 sec of h264 buffer for stream compression
network delay - 0.05...0.2 sec. Usually about 0.1 sec via LTE in city network. Collegues helped to measured from another country, the control distance was about 4000 km, delay was about 0.05..0.1 sec.
FPV Hardware:
Chuwi larbox pro
speedy bee f405
control via interned (wifi / lte)
supports any gamepads
6000mah (about 15..2- minutes)
RC Car hardware:
How we build a connected RC platform using:
Arduino Nano for hardware control
Traxxas TRX-4 chassis
Mini PC + LTE modem
USB camera for live video
AR glasses and gamepads
Real-time control via browser from PC and smartphone
3s4p 12 Ah ~ 8km
Untitled video - Made with Clipchamp.mp4
Shorts - Launch RC Car - Made with Clipchamp.mp4
dron3.mp4
