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At a glance

TopicSummary
LatencyReal-time remote control designed for ultra-low delay operation.
ConnectivityWi-Fi mesh and 4G/5G network support.
ControlPC operator station with live first-person visual feedback.
SafetyFailsafe-first architecture and supervised operation.
TelemetryMonitoring and diagnostics-ready workflow.
ArchitectureDistributed system: PC + Raspberry Pi + STM32 real-time control.

How the system works

Operator commands and first-person video are exchanged over low-latency links. Raspberry Pi handles communication and streaming, while DUILIO F4 executes time-critical motor control.

DUILIO FPV basic architecture overview
  1. Low-latency command and video exchange over Wi-Fi or 4G/5G.
  2. PC operator station sends control input and receives live feedback.
  3. Onboard Raspberry Pi manages communication, video, and high-level logic.
  4. DUILIO F4 handles precise motor control and safety-critical functions.

Key capabilities

Basic deployment (Raspberry Pi based)

  • Ultra-low-latency audio/video streaming.
  • Full HD H.264 with on-the-fly configuration.
  • Secure connectivity via WireGuard VPN.
  • Telemetry and remote configuration via Telegram.
  • GPS support, stopwatch, temperature data, multi-camera/audio.
  • GPIO control for lights, horn, starter and shutdown.

Advanced capabilities with DUILIO F4

  • Tachometer, battery data, instant power, slope and trip data.
  • Local 4-channel RC control and integrated failsafe systems.
  • 7-43V input for Raspberry Pi and auxiliaries.
  • Precision RC outputs and PWM/DIR outputs for power drivers.
  • 4WD / 6WD operating modes and speed limiter.
  • RS-485 expansion for additional boards and I/O.

Ecosystem repositories

Onboard

Machine-side software for communication, control, sensors and hardware integration.

duilio_fpv_onboard

Offboard

PC-side software for user interface, remote control workflow and telemetry visualization.

duilio_fpv_offboard

Hardware reference

Reference motion-control hardware platform optimized for this ecosystem.

duilio_f4

Project goal and status

Duilio FPV started from a real requirement: enabling remote machine operation for a person with physical disability. The project is in active development, focused on reliability, failsafe validation, telemetry quality and real-world deployment hardening.

FAQ

Is DUILIO FPV free?

Yes. DUILIO FPV is open source under GPL-3.0 and can be used for hobby, play and development.

Can it run without DUILIO F4?

Yes. A baseline setup can run on Raspberry Pi. DUILIO F4 is for advanced safety and machine-level features.

What networks are supported?

Wi-Fi and 4G/5G are supported, typically secured through WireGuard VPN.

Keep exploring

Last updated: 20 Apr 2026