UWB Tag Based Forklift Anti-Collision System
360° detection for full-area forklift safety coverage.
Instant obstacle alerts reduce accident risk.
Plug-and-play system for quick, easy setup.
What is UWB Tag Based Forklift Anti-Collision System?
UWB (Ultra-Wideband) Tag Based Forklift Anti-Collision System uses high-precision UWB technology to detect the real-time location of pedestrians, forklifts, and other moving equipment. It provides early warnings to prevent collisions in complex warehouse, factory, and logistics environments.
Features of UWB Tag Based Forklift Anti-Collision System
This system works by equipping pedestrians with UWB tags and forklifts with UWB anchors. When a pedestrian wearing a tag comes within a predefined safety distance, the system triggers alerts (light, sound, or vibration). With centimeter-level accuracy, UWB technology ensures reliable detection even in GPS-denied indoor spaces. The system supports multi-directional warning, adjustable alarm distance, and automatic data logging for safety analysis.
Advantages of UWB Tag Based Forklift Anti-Collision System
- High Accuracy: Provides real-time detection with ±10 cm precision.
- Reliable in Harsh Environments: Works well in metal-dense and signal-blocked zones.
- Low False Alarm Rate: Better performance compared to RFID or infrared solutions.
- Multi-Worker Protection: Supports simultaneous detection of multiple tags.
- Behavior Data Logging: Helps safety managers review incidents and optimize layout.
Limitations of UWB Tag Based Forklift Anti-Collision System
- Requires Tag Wear: Effectiveness depends on all personnel wearing UWB tags.
- Higher Cost: Initial setup cost is higher than basic systems.
- Battery Dependency: Tags require regular charging or battery replacement.
- Signal Interference Possible: Extremely dense environments may affect range.
Where to Use UWB Tag Based Forklift Anti-Collision System
- Indoor Warehouses: Especially where forklift-pedestrian interaction is high.
- Factories with Blind Corners: Complex layouts where visibility is limited.
- Cold Storage Facilities: Where camera or ultrasonic sensors may underperform.
- Busy Loading Docks: For managing high vehicle and foot traffic.
- Automotive, Chemical, and Electronics Plants: Where safety precision is critical.