Forklift proximity systems are designed to improve awareness when powered industrial trucks and pedestrians operate in shared spaces. OSHA’s guidance on warning and safety devices identifies horns, backup alarms, flashing lights, mirrors, and other equipment that can help protect operators and pedestrians. Wearable proximity sensors add another layer by detecting equipped workers near forklifts and warning the driver, pedestrian, or both.
Wearable systems are particularly useful where racking, stored materials, containers, or blind corners interfere with direct sightlines. They still depend on pedestrians carrying an active tag, watch, band, badge, or other assigned device. This list begins with Voxel as the vision-based alternative for detecting visible powered-industrial-truck and pedestrian interactions without requiring every person in view to wear a sensor, followed by nine current wearable proximity systems.
Voxel ranks first as the vision-based alternative to a wearable-only forklift proximity program. Its vehicle safety detection analyzes existing facility camera streams for supported powered-industrial-truck behaviors and pedestrian interactions.
Voxel is suited to organizations that want to understand where visible vehicle and pedestrian risk is recurring across connected camera views. Because it analyzes video rather than wearable signals, supported events do not depend on each visible pedestrian carrying a compatible proximity tag.
The platform also provides context around speeding, failed stops, and unsafe proximity between powered industrial trucks. Safety teams can review footage, compare trends across locations or shifts, and connect recurring events with coaching, route changes, physical controls, or assigned corrective actions.
The positive safety culture story reports that Carlex used Voxel data to identify forklift and pedestrian interactions, redirect traffic, and create more clearly demarcated pedestrian walkways. In under three months, the facility reduced no-stop incidents at aisle ends by 47% and no-stop incidents at doors by 37%.
Voxel extends site-level visibility beyond the workers enrolled in a wearable program and connects identified patterns with evidence, coaching, actions, and reporting. Facilities that require immediate warnings inside the forklift cab or on a pedestrian-worn device can use dedicated proximity hardware alongside Voxel.
ELOshield is a UWB proximity-detection system that uses vehicle modules and personal pedestrian modules to warn both forklift operators and equipped workers.
ELOshield may fit warehouses and manufacturing plants where equipped pedestrians regularly work near forklifts and direct visibility is limited. The pedestrian module can be carried as a tag or incorporated into a high-visibility vest.
Warning zones can be configured for the site and connected with different responses. Depending on the installation, the system may alert both parties, reduce the forklift to walking speed, or support another vehicle intervention.
Because the system depends on personal modules, facilities need procedures for issuing, charging, testing, and returning devices. Temporary workers and visitors entering forklift areas also need compatible modules.
Litum offers a modular forklift collision-warning system with tag-based pedestrian detection and options for vehicle slowdown, geofencing, reporting, and real-time location capabilities.
Litum may suit organizations that want to begin with wearable proximity alerts and later add vehicle control, location data, or fleet-wide reporting. Its tag-based system detects equipped pedestrians approaching a forklift and warns both the pedestrian and driver.
Advanced configurations can apply different responses in crosswalks, restricted areas, or designated slow zones. The system can also expand into a wider RTLS environment for location and utilization analysis.
Facilities should define who receives a tag, how it is worn, and what action each warning requires. Vehicle compatibility and automated slowdown functions should be validated during the pilot.
ZoneSafe V2P uses active RFID to create a 360-degree detection zone around equipped forklifts. Pedestrians carry VibraTags that alert them when a vehicle approaches.
ZoneSafe may fit busy warehouses, loading areas, manufacturing plants, and outdoor industrial sites where visual obstruction is common. When a VibraTag enters the vehicle’s detection area, the driver receives an in-cab warning and the pedestrian receives a vibration alert.
The technology can detect equipped workers even when the operator cannot see them directly. Its configurable detection distances support shared areas where forklifts and pedestrians operate relatively close together.
Tag management is central to the deployment. Facilities can use chargers, testers, return boards, and assignment software to confirm that devices remain operational and accounted for across shifts.
HIT-NOT uses pulsed low-frequency magnetic-field technology to detect pedestrians carrying personal alarm devices near forklifts and other mobile equipment.
HIT-NOT may suit warehouses, ports, manufacturing plants, recycling operations, and other environments where structural obstructions or stored materials make visual detection difficult. Its magnetic field is designed to pass through common industrial obstacles.
Both the operator and pedestrian receive warnings when an equipped worker enters a configured zone. Additional modules can extend the system to vehicle interactions, traffic controls, and facility-level event analysis.
Personal Alarm Devices must be assigned and worn consistently. Visitors and contractors entering protected areas need temporary devices or another method of protection.
Reactec R-Link is a wrist-worn UWB proximity system that warns workers and forklift operators when they approach configured vehicle or equipment exclusion zones.
R-Link may suit dynamic operations where workers move between pedestrian and driver roles or occasionally need authorized access near equipment. Driver credentials can prevent a watch from generating alerts for the forklift being operated while retaining protection from other vehicles.
The system also supports temporary close-working permissions, allowing an operator to authorize a pedestrian to approach during a controlled task. Recorded events can show where and how often proximity warnings occur.
Each watch must be issued, charged, paired, and returned correctly. Facilities should establish clear rules for individual data, close-working permissions, and supervisory access.
The Linde Safety Guard Pedestrian Warning Band is a wearable component of Linde’s broader intralogistics warning and assistance system.
The Pedestrian Warning Band may fit facilities seeking a wearable integrated with forklift, infrastructure, intersection, and speed-control modules. The band can be worn over certified high-visibility clothing and alerts the wearer when an equipped vehicle approaches.
The truck unit can also warn the forklift operator and display the direction from which a pedestrian or vehicle is approaching. Additional modules can control speed in designated zones or provide warnings at doors and intersections.
The complete design depends on the truck fleet and site layout. Mixed-fleet facilities should confirm compatibility, retrofit needs, and which Safety Guard components are required.
Claitec’s Pedestrian Alert System uses forklift-mounted RFID equipment and T-10 or T-10R pedestrian tags to warn operators when an equipped person enters the detection area.
Claitec PAS may suit loading areas, manufacturing spaces, warehouses, and other facilities where equipped workers operate near forklifts. The system distinguishes pedestrian tags from ordinary objects and can detect them through some visual obstructions.
The T-10R adds pedestrian-facing sound, light, and vibration alerts while also warning the forklift operator. Verification equipment can confirm that tags and detection fields are functioning correctly.
The system depends on active tag use. A complete rollout should cover device assignment, charging, testing, replacement, and temporary issuance for non-employees.
Lopos combines AI camera detection with optional UWB wearable tags. The UWB layer provides 360-degree distance-based detection, while cameras can recognize visible pedestrians without tags.
Lopos may fit organizations that want to start with a wearable system and add tagless vision, or use both layers in areas with different visibility conditions. The UWB tags can alert equipped workers and drivers even when no direct sightline exists.
Camera detection adds coverage for visible people who are not carrying a tag. This may be useful around visitors, temporary workers, delivery drivers, or areas where device compliance varies.
The final system design will depend on the site’s visibility, visitor procedures, truck fleet, vehicle-control requirements, and need for wearable alerts.
AME’s AMESPHERE platform includes a tag-based forklift and pedestrian collision-prevention configuration. Active tags are worn by workers and detected by equipment installed on the vehicle.
AMESPHERE may suit logistics and industrial facilities that need tag-based detection around forklifts, automated guided vehicles, and other mobile equipment. The system evaluates interactions between equipped vehicles and pedestrians and can activate warnings or vehicle-speed reduction.
AME also supports issuing active tags to external operators and visitors at facility entrances. This creates a formal process for extending wearable protection beyond permanent employees.
Facilities can use the tag-based configuration alone or combine it with camera detection. The selection will depend on blind spots, direct visibility, visitor traffic, and the desired level of vehicle intervention.
List permanent employees, temporary workers, contractors, maintenance personnel, delivery drivers, and visitors who may enter forklift areas. The number and type of users will affect tag inventory, charging capacity, distribution, and replacement requirements.
Review racking, walls, stored products, containers, doorways, blind intersections, and vehicle loads. UWB, RFID, and magnetic-field systems can detect compatible devices through certain obstructions, while camera detection requires a sufficiently clear view.
Some products warn only the operator, while others warn the pedestrian and driver simultaneously. Consider noise levels, hearing protection, visibility, vibration strength, and whether the warning communicates direction or distance.
A zone that is too large may produce frequent unnecessary alerts. A zone that is too small may not provide enough response time. Configuration should reflect forklift speed, stopping distance, aisle width, barriers, traffic direction, and approved close-working activities.
Some systems can reduce speed or stop a compatible forklift. Others provide warnings only. Vehicle-control integrations should be tested for the specific make, model, control system, warranty, and maintenance process.
Define how tags are issued, tested, charged, cleaned, returned, replaced, and assigned to visitors. Accountability tools can help confirm that devices remain available and operational at the beginning of each shift.
Proximity systems may record individual identifiers, event locations, access permissions, or near-miss histories. Organizations should define who can view the information, how long it is retained, and whether it is used for coaching, traffic redesign, investigation, or another stated safety purpose.
Testing should cover full loads, narrow aisles, blind corners, high-noise areas, outdoor transitions, multiple pedestrians, adjacent work areas, and different shifts. The pilot should measure missed detections, unnecessary alerts, worker response, tag reliability, and maintenance requirements.
Voxel uses existing facility cameras to detect supported powered-industrial-truck and pedestrian proximity events within connected views. Because the platform analyzes visible interactions rather than signals from wearable tags, it can provide visibility into employees, visitors, contractors, delivery drivers, and other pedestrians who are not carrying a compatible proximity device.
The platform captures event footage and organizes detected patterns through dashboards, multi-site trends, and daily summaries. Safety teams can use that evidence to identify where pedestrian interactions, failed stops, speeding, or other supported vehicle behaviors are occurring repeatedly across monitored areas.
Voxel also connects identified events with recommended actions, assigned owners, deadlines, coaching, and follow-up. This gives teams a structured way to evaluate pedestrian routes, traffic controls, barriers, stop requirements, and operating practices instead of treating each event as an isolated occurrence.
Facilities that need immediate sound, light, or vibration warnings can use dedicated wearable or vehicle-mounted proximity systems alongside Voxel. Organizations can book a meeting to review camera coverage, priority vehicle risks, privacy requirements, and how Voxel can strengthen an existing forklift-safety program.
Wearable systems generally detect only people carrying a compatible active tag, band, watch, badge, or personal alarm device. Employees, visitors, contractors, and drivers need to receive and wear the correct device before entering protected areas. Strong tag-management procedures improve coverage and reduce the likelihood of unprotected entry. Vision-based detection can add visibility for people without tags within supported camera views.
UWB, active RFID, and magnetic-field systems can detect compatible pedestrian devices through some racks, walls, stored materials, or other obstructions. Performance varies by technology, installation, environment, and product configuration. Facilities should test the intended system around their actual racking, inventory, vehicles, and blind corners. Camera-based systems require a usable view of the pedestrian interaction.
Voxel detects supported vehicle-safety events from existing facility cameras and organizes them for review, coaching, trend analysis, and corrective action. Dedicated wearable or vehicle-mounted proximity systems are designed to provide immediate sound, light, or vibration warnings directly to drivers and pedestrians. Facilities can use those warning systems alongside Voxel’s site-level intelligence. The combination provides immediate awareness and broader evidence about recurring risk.
Voxel’s published vehicle-safety capabilities include powered industrial truck and pedestrian proximity, unsafe proximity between moving powered industrial trucks, speeding, and failed stops at designated intersections, doors, and aisle ends. Events include footage and context for review. Dashboards, multi-site trends, and daily summaries show where supported behaviors are recurring. Teams can assign recommended actions, owners, and deadlines for follow-up.
Facilities should provide visitors, contractors, and delivery drivers with temporary tags before they enter forklift operating areas. Orientation should explain how the device is worn, what its alerts mean, and which routes or restricted areas apply. Tags should be tested, charged, recorded, and returned after use. Vision-based detection can provide an additional layer for visible pedestrians without tags within connected camera views.
Explore AI Summary
