Personal ProjectYear: 2024
Defence Rover
An autonomous tactical surveillance rover equipped with real-time video telemetry, obstacle avoidance, and GPS mapping.
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Project Case Study
Production grade screenshot sandbox mockup
The Challenge
Building a rugged surveillance rover capable of real-time low-latency video streaming, obstacle avoidance under 50ms response time, and remote telemetry transmission over long ranges with unstable RF/WiFi networks.
Our Solution
Designed an ESP32-CAM and Arduino Mega dual-MCU architecture. Developed a custom lightweight C++ network protocol over RF transceiver modules for remote telemetry, and programmed an ultrasonic-radar avoidance system.
The Result
- Successfully mapped and navigated obstacles in real-time under 40ms.
- Transmitted live telemetry data up to 500m with a 99.8% packet delivery rate.
- Operated continuously for 3.5 hours on an optimized lithium-ion battery management circuit.
Technologies
ESP32-CAMArduino MegaC++IoT SensorsRF Link
ClientAcademic / R&D
ServicesRobotics & Hardware Systems
Timeline5 Weeks