Forklift Accidents Are Preventable: How Proximity Technology Is Changing the Math

Forklifts are essential to warehouses, manufacturing plants, and distribution centers. They move product, support production, and keep supply chains on schedule. However, they are also among the most dangerous types of workplace equipment. The data supporting this is hard to ignore.

According to the National Safety Council, forklifts were the source of 84 work-related deaths in 2024, and OSHA estimates that between 35,000 and 62,000 forklift-related injuries occur every year, with serious injuries accounting for nearly 35,000 of those cases annually. Thirty-six percent of all forklift fatalities involve pedestrians, which means the greatest risk in a forklift environment is often not the operator at the wheel, but the worker on foot who never saw the vehicle coming.

These figures stem not just from carelessness but from a basic mismatch between heavy equipment operation in shared spaces and outdated risk management tools.

Why Traditional Approaches Have a Ceiling

The standard forklift safety playbook includes operator training, physical separation, and administrative controls. Floor markings define pedestrian walkways. Mirrors at blind corners. Signage warns of moving equipment. Speed limits are posted. These steps have real value. OSHA’s Powered Industrial Truck Standard (29 CFR 1910.178) sets clear expectations for training, maintenance, and pedestrian protection. Every facility must meet these standards.

The problem is that all these measures rely on human awareness and behavior staying consistent across shifts and spaces. Fatigue erodes awareness. Distractions are constant in high-output environments. New workers and visitors lack the spatial familiarity of seasoned staff. The physics of a loaded forklift, even at modest speeds, leaves almost no margin for error if someone steps into its path.

What Proximity Technology Actually Does

Proximity sensing technology adds an independent layer of protection. It does not rely on workers to see, hear, or remember procedures. The system triggers an instant alert when a forklift and an employee are dangerously close, giving both extra seconds to respond before a collision.

TruSense, powered by Microshare, is built on this principle. The system uses wearable sensors for workers and sensors on forklifts. When a forklift comes within six feet of a person, both the pedestrian and driver units emit immediate vibration and light alerts. The technology does not depend on eye contact, visibility, or workers checking mirrors. It responds automatically, in real time, every time.

TruSense features make it well-suited to active facilities:

It requires no equipment modification. Sensors attach to forklifts with Velcro and can be set up in minutes, without altering the vehicle structure, voiding warranties, or taking equipment out of service.

It protects operators and pedestrians. Once operators leave their forklifts, they become pedestrians. TruSense gives drivers wearable units, ensuring protection wherever they are.

It distinguishes between pedestrians and forklifts. Sensors measure speed differences and send the right alerts, so users don’t get irrelevant warnings and ignore the system.

It is brand-agnostic and scalable. TruSense works with any forklift make or model, which is crucial for mixed fleets. Sensors can be shared across machines and shifts, allowing organizations to expand coverage without a sensor on every vehicle.

The Operational Case for Acting Now

For operations and safety leaders, proximity technology is about more than preventing incidents, it’s about the cost when prevention fails.

The average workers’ compensation claim for a forklift injury is $41,003, covering only direct compensation. This excludes OSHA investigation, fines up to $16,550 per serious violation, legal exposure, equipment repair, lost productivity during investigation and recovery, and the impact on morale and confidence of employees who witnessed the incident.

Forklift compliance continues to create significant regulatory exposure. Injury and compliance costs present a clear financial case for proactive safety investment, one that is easily communicated to operations leadership and finance teams.

Preventing a single serious incident usually covers the cost of a proximity sensing program for an entire facility. The return on investment grows on every shift and in every near miss that never becomes a claim. Every worker who goes home safely adds to that return.

Building a Facility Where People and Equipment Can Safely Coexist

Proximity technology does not replace the foundational elements of a strong forklift safety program. Operator training, daily equipment inspections, proper lane markings, and a workplace safety culture where workers feel confident reporting hazards all remain essential. What technology like TruSense does is close the gap that those measures cannot fully cover  the gap created by distraction, blind spots, shared spaces, and the simple unpredictability of human movement in a fast-moving environment.

The goal is a facility where the protection does not depend entirely on every person making the right decision at the right moment. Where the system itself provides a reliable second layer of awareness that catches what human attention misses. Where the 84 workers who died in forklift-related incidents in 2024 represent a number the industry is actively working to bring down, rather than a cost it has accepted as unavoidable.

If your facility is ready to move in that direction, Arbill’s team can help you build a stronger protection program and get a TruSense pilot running in the areas of your floor where pedestrian and vehicle traffic intersect most.

What to Do Now

Evaluate forklift pedestrian exposure and determine if proximity technology aligns with your operation:

• Chart your highest-risk zones. Spot where forklifts and pedestrians intersect: docks, cross-aisles, blind corners, and where temporary storage has disrupted patterns since your last review.
• Review your near-miss report data. A sparse log does not signify a safe environment. Extract the last 90 days and detect patterns missed by formal incident reports.
• Inspect your current separation controls. Walk the floor with someone who works daily in the affected areas. Verify that markings, bollards, and travel lanes accurately reflect the real movement of people and equipment.
• Review training records. Ensure each operator uses the specific truck at your site, and keep refresher documentation up to date after any near-miss or equipment update.
• Initiate a proximity sensing pilot. If your program depends solely on human vigilance, deploy a TruSense pilot in your two highest-risk zones to reveal what you may be missing.

Frequently Asked Questions

How does TruSense proximity work? 

TruSense uses pedestrian-worn sensors and forklift-mounted sensors. When a forklift comes within six feet of a sensor-wearer, both trigger vibration and light alerts. The system works automatically in real time, regardless of visibility or awareness.

Does proximity tech replace operator training? 

Proximity technology supports safety programs but does not replace key elements. Operator training, daily equipment checks, and separation controls remain essential. TruSense addresses lapses in human attention.

What does a forklift-related injury cost on average? 

The average workers’ compensation claim for a forklift-related injury runs $41,003 in direct compensation costs alone. That figure does not include OSHA fines of up to $16,550 per serious violation, legal exposure, lost productivity, equipment repair, or the impact on workforce morale.

Which industries benefit most from forklift proximity sensing? 

Any industry that operates forklifts in shared pedestrian spaces benefits from proximity-sensing technology. Manufacturing, warehousing, distribution, logistics, and utilities all carry significant pedestrian-forklift exposure, particularly in dock areas, cross-aisles, and high-traffic production floors.

How quickly can TruSense be deployed in a facility? 

TruSense sensors attach to forklifts using Velcro adhesive and can be operational in a matter of days without equipment modification, warranty concerns, or operational downtime. A pilot in the two highest-risk zones of a facility is typically recommended as the starting point.