AI-Based Collision Avoidance Systems utilize artificial intelligence to continuously monitor the area around forklifts for pedestrians. The system issues audible and visual warnings to the operator when a person is detected within predefined zones (e.g., 5m, 10m, 15m). If the hazard progresses to a critical distance, the system will automatically initiate braking to stop the forklift. By dynamically calculating safe stopping distances based on real-time speed, it effectively prevents collisions.Learn more about how a forklift collision avoidance system works, including the detection, decision-making, and intervention process behind real-time accident prevention.

The system follows a continuous safety workflow:

AI cameras capture the surroundings.

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Deep learning algorithms identify pedestrians and vehicles.

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The AI engine calculates collision risks.

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The system issues voice and visual warnings.

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If necessary, automatic speed limiting or braking is activated.

The forklift-pedestrian safety system is specifically designed to detect pedestrians in the vicinity of forklifts, significantly enhancing safety measures.

When people enter preset distances (e.g., 5m/10m/15m), Providing audible and visual signals that serve as effective alerts for forklift operators. 

When the pedestrian-forklift distance reaches a hazardous threshold, the anti-collision system will restrict the forklift's speed and then initiate a controlled stop.

The system includes multiple cameras (up to 4) that show the situation around the driver in real time on the display and, if necessary , issue a voice warning. With this system, drivers can easily monitor their surroundings and react to potential hazards, minimizing the risk of accidents.

BSD HD infrared camera, even at night or dim working environment, the image is still clearly visible, the camera automatically switches to infrared camera mode at night, accurate identification, to ensure that the driver's work efficient operation, while reducing the level of potential workplace accidents.

Waytronic offers optional features to enhance driver awareness based on customer requirements. This includes equipping the driver with a separate camera that alerts and records if the driver becomes fatigued, smokes or plays with a cell phone during operation. By keeping the driver alert and focused, workplace safety is ensured to a great extent.For projects focusing on eliminating vehicle blind spots, the AI Blind Spot Detection Camera System provides continuous 360° monitoring and real-time pedestrian detection.

Easily set up through the app, or connect to the cloud to fully manage and monitor the safety and efficiency of your entire fleet. And it generates reports, including: forklift efficiency reports, operator access control, forklift telematics, GPS location/track tracking, Speeding violation event alarm.

Compared with conventional radar or ultrasonic systems, AI-based collision avoidance systems provide:

• Human-form recognition instead of simple object detection

• Lower false alarm rates

• Detection of standing, walking, running, or crouching pedestrians

• Intelligent warning decisions

• Automatic speed limiting and braking

• Video recording for incident analysis

Suitable for:Forklifts、Reach Trucks、Loaders、Excavators、Mining Trucks、AGVs、Agricultural Machinery、Construction Vehicles

What is an AI-Based Collision Avoidance System?

An AI-Based Collision Avoidance System uses AI vision, cameras, and deep learning algorithms to detect pedestrians, vehicles, and obstacles around forklifts or industrial vehicles in real time.

Unlike traditional warning lights or radar-only systems, AI technology can recognize human shapes, analyze movement, and automatically trigger visual warnings, audible alarms, speed limiting, or emergency braking to help prevent collisions before they occur.

How does an AI-Based Collision Avoidance System work?

The system continuously captures images through multiple HD AI cameras installed around the vehicle.

Its AI processor analyzes pedestrian positions, vehicle speed, object movement, and collision risks in real time. When someone enters a predefined warning zone, the system issues audible and visual alerts. If the person enters a dangerous zone, it can automatically reduce vehicle speed or activate braking based on the configured safety logic.

To better understand the complete detection, decision-making, and intervention process, see our How Does a Forklift Collision Avoidance System Work? guide.

What is the difference between an AI-Based Collision Avoidance System and a Forklift Proximity Detection System?

An AI-Based Collision Avoidance System uses computer vision and AI image recognition to identify pedestrians and vehicles in real time. For forklift-specific applications, a Forklift Pedestrian Detection System applies the same AI vision technology to continuously monitor pedestrians around the vehicle and automatically trigger visual warnings, audible alarms, speed limiting, or braking when collision risks are detected.

Can the system automatically stop the forklift?

Yes.

When integrated with the forklift's control system, the AI-Based Collision Avoidance System can automatically trigger speed limiting, vehicle deceleration, or emergency braking after detecting a high-risk collision scenario.

The intervention strategy can be configured according to different operational requirements and vehicle types.

What are the benefits of AI-Based Collision Avoidance Systems?

AI-Based Collision Avoidance Systems help companies:

• Reduce forklift and pedestrian collision risks
• Improve operator awareness in blind spot areas
• Lower false alarm rates through AI recognition
• Support automatic speed limiting and emergency braking
• Record alarm videos and incident evidence
• Improve fleet safety management and operational efficiency
• Enhance workplace safety compliance