FOD-BOT
Autonomous FOD removal engineered for airfield operations
Runtime
6
hours
Charge Time
2
hours
Towing Capacity
1000
lbs
Area Covered
2
acres/h
Universal Towing, Ready for Your Equipment
Our universal tow hitch integrates with standard ground-support equipment, enabling on-demand towing workflows without custom adapters.
Hitch Type
Universal tow hitch
Max Tow Load
1000 lbs (454 kg)
Attachment Interface
2" ball hitch
Hardware Specifications
Physical design, performance characteristics, and sensor systems.
| Category | Parameter | Value |
|---|---|---|
| FOD Collection | Collection Size Range | 0.02–8 in |
| Dimensions & Weight | External Dimensions (L × W × H) | 3.6 × 2.0 × 2.6 ft |
| Dimensions & Weight | Wheel Diameter | 1.0 ft |
| Dimensions & Weight | Weight | 150 lb |
| Speed & Performance | Maximum Speed | 5.6 mph (2.5 m/s) |
| Speed & Performance | Maximum Incline (Without Payload) | 50% (26.5°) |
| Speed & Performance | Chassis | 4-wheel robot frame |
| Speed & Performance | Motor Type | 4 hub motors (500W each) |
| Power | Battery Type | Lithium Iron Phosphate (LFP) |
| Power | Operating Time | Up to 6 hours |
| Power | Charging Time | 2.0 hours at 220V (30–80% in 30 min) |
| Environment | Operational Temperature | -4°F to 104°F (-20°C to 40°C) |
| Environment | Weather Capability | All-weather and waterproof operation |
| Environment | Operating Conditions | Extreme temperatures; can be palletized to ship |
| Interface & Communication | External Communication | Redundant 5G router with Wi-Fi and UHF |
| Interface & Communication | I/O Ports | RJ45 Ethernet, USB-A |
| Interface & Communication | Attachment Interface | 2" ball hitch |
| Sensors | GPS | Differential GPS with RTK |
| Sensors | LiDAR | 360° 3D LiDAR |
| Sensors | Collision Avoidance | Ultrasound + LiDAR sensors |
| Accessories & Attachments | Autonomy Accessories | Wireless charger, Disposal station |
| Accessories & Attachments | Surface Cleaning | FOD-MAT, Track-Sweep |
Hardware specifications subject to change. Contact us for the latest technical data sheets.
Software & Systems
Onboard autonomy, fleet management, and safety systems.
| Category | Parameter | Value |
|---|---|---|
| Safety Features | Architecture | Multi-layer safety (FAA and airside standards) |
| Safety Features | E-Stop | Dual E-Stop with remote override |
| Safety Features | Bumper Bar | Immediate stop and drop in place |
| Safety Features | Obstacle Detection | 360° LiDAR obstacle detection |
| Safety Features | Geofencing | Virtual safety zones |
| Onboard Software (Edge) | Autonomy Stack | Essential Core |
| Onboard Software (Edge) | Sensor Fusion | LiDAR, GPS, and vision data integration |
| Onboard Software (Edge) | Navigation | GNSS/RTK and LiDAR with dynamic replanning |
| Onboard Software (Edge) | Autonomy Cycle | Deploy → sweep → return → self-charge → self-dispose |
| Onboard Software (Edge) | Operator Interface | Touchscreen control with local start/stop and health display |
| Onboard Software (Edge) | Safety Systems | Redundant safety and override systems |
| Cloud & Fleet Systems | Fleet Management | Essential Ops Supervisor (cloud-hosted) |
| Cloud & Fleet Systems | Control Hub | Essential Commander (browser-based) |
| Cloud & Fleet Systems | Mission Tracking | Live mission tracking and remote dispatch |
| Cloud & Fleet Systems | Multi-Robot Coordination | Zone scheduling and fleet coordination |
| Cloud & Fleet Systems | Analytics & Reports | Automated performance analytics and ROI evaluation |
| Cloud & Fleet Systems | Notifications | Remote alerts, overrides, and maintenance notifications |
| Cloud & Fleet Systems | Telemetry | Real-time system health monitoring |
Software and systems specifications subject to change. See operational guidance for deployment details.