Pedestrian collisions Blind spots leading to accidents
Equipment collisions Increased equipment maintenance costs
Speeding accident Risk of emergency braking failure
Forklift overloading Forklift losing balance and causing accidents
In industrial environments such as warehouses, factories, and logistics yards, forklift collisions remain a leading cause of accidents, injuries, and equipment damage. Limited visibility, tight corners, blind spots, and the presence of pedestrians make forklifts particularly vulnerable. While many safety measures exist—mirrors, warning signs, driver training—they are often reactive rather than preventive. A smart collision avoidance system can significantly reduce risk by proactively detecting hazards and enabling both visual/audible alerts and automatic interventions.
WTSAFE forklift collision avoidance system integrates AI intelligent recognition, UWB precise positioning, and radar detection technology to provide triple protection and zero-blind-spot protection for operational safety.
20+ industry applications
100+ patents and software copyrights
400+ project cases
Covering the entire range of forklift safety areas, helping enterprises improve their safety management levels
Utilizes AI technology to monitor personnel movement. Through vehicle-mounted cameras, it conducts real-time monitoring, identification, and tracking of individuals around the vehicle. When the forklift approaches personnel within a critical distance, it triggers audible-visual alarms or speed control intervention.
Fixed anchors (base stations) installed on forklifts monitor the relative distance to tags worn by personnel within a 100-meter diameter range in real-time. The system assesses risk levels based on proximity, triggers tiered audible-visual alarms, and enforces speed restriction or forced stop at critical distances. This effectively prevents and eliminates high-risk accidents such as vehicle collisions and worker run-overs.
Uses millimeter wave radar to accurately detect the real-time distance to obstacles. The closer the distance, the more urgent the warning sound, effectively preventing forklifts from colliding with people or objects.
By deploying a zone-based anti-collision system, forklifts are monitored at access points. The system activates audible-visual alarms and enforces vehicle speed control while alerting pedestrians to yield for approaching vehicles.
Through an information system based on cloud platforms and IoT technology, fleet managers can gain real-time insight into fleet operations and driver performance.
Trusted by numerous brands, we’ve provided smarter safety solutions to over 5,000 enterprises.
Delivering end-to-end customized safety solutions for comprehensive scenario coverage.
Reduce collision accident rates
Enhance Forklift and Pedestrian Safety
Reduce cargo damage costs
Reduce insurance claims costs
Increase blind spot monitoring coverage
Reduce personnel injury and fatality risks to zero
Fill out the form and we'll contact you!
Yes. Many systems offer APIs or modules to integrate with existing dashboards, RTLS systems, or IoT platforms. This allows alerts, logs and analytics to feed into your central system.
The forklift collision avoidance system uses sensing devices installed on forklifts and personnel to achieve real-time distance detection and warnings, alerting drivers in advance to avoid collisions.
It can be installed on most electric forklifts, diesel forklifts, and warehouse vehicles, offering excellent versatility.
Installation usually takes only a few hours and has minimal impact on normal production.
It primarily detects personnel wearing tags, other forklifts equipped with the system, as well as predefined fixed obstacle areas.
The system supports sound alarms and light signals, with some models also offering vibration or voice prompts.
The price varies depending on the number of forklifts, functional requirements, and the site environment. You can contact us for a customized quotation.
Some models support data upload and integration functions, allowing connection with the company’s safety management platform or monitoring system.
It depends on the sensors used. Many modern systems use wireless UWB / Bluetooth tags or Wi-Fi-enabled sensors, which simplify installation. Hard-wired or wired power installations may be needed in harsher environments.