Army Bullet-Proof Supply Robot

I need a rugged, AI-driven robot that can shoulder the job of carrying mixed emergency supplies through both outdoor terrain and interior corridors in active military zones. The machine must be bullet-resistant, self-navigating, and smart enough to sense obstacles and re-route on the fly without human tele-operation.

Scope of work
• Mechanical design: compact form factor that fits narrow passages yet stays stable on uneven ground; armour capable of stopping small-arms fire.
• Mobility & perception: ROS-based navigation stack, SLAM, LiDAR / depth cameras, and dynamic terrain adaptation for gravel, mud, stairs, and concrete floors.
• AI & control: autonomous path-planning, obstacle avoidance, real-time health monitoring, and secure remote override.
• Payload interface: modular bays for medical kits, water, batteries, and other emergency gear, with at-a-glance weight and temperature readouts.
• Prototype and field test: demonstration video showing the robot carrying supplies across a mixed indoor/outdoor course while under simulated fire.

Acceptance criteria
1. Survives direct hits from 9 mm rounds at 10 m with no critical function loss.
2. Completes a 500 m mixed-terrain loop fully autonomously while hauling at least 25 kg.
3. Sends status and location data over encrypted link in real time.
4. Modular design files, source code, and build instructions delivered on hand-over.

If you have proven experience in robotic chassis design, ROS navigation, and battlefield-grade ruggedization, I’m ready to collaborate right away.