It happens at every growing facility: someone needs to move people around the plant, sees industrial vehicle prices, and buys a used golf cart instead. Six months later the cart lives in the maintenance shop and the walking is back. The failure is predictable, because a golf cart is engineered for a different planet.
The engineering mismatch
- Duty cycle: golf carts are designed for intermittent recreational use—18 holes, then rest. Facility transport is stop-start operation across 8–24 hour days. Motors, controllers, and brakes sized for turf duty cook under industrial cycles.
- Surface: grass forgives; concrete doesn't. Every dock plate, expansion joint, and threshold hammers a suspension built for fairways, working fasteners loose and cracking mounts.
- Payload: two golfers and bags is the design load—not a technician, toolboxes, and a motor on the back deck.
- Tires: turf tires mark floors, puncture on debris, and grip poorly on smooth sealed concrete, especially where floors get dusty or damp.
- Serviceability: golf carts assume a dealer channel and hobbyist repair; industrial uptime demands modular, field-replaceable components and fast parts availability.
What the cheap cart actually costs
Add the repair invoices, the downtime, the walking that resumes every time it's in the shop, and the replacement cart in year two—the “bargain” usually costs more than the industrial vehicle would have, while delivering a fraction of the availability.
What to buy instead
Match the vehicle to the duty: industrial personnel carriers for moving people, stock chasers and warehouse scooters for individual roles, burden carriers for loads—all engineered for concrete, continuous duty, and real payloads. TexTrack's modular platform covers those roles with field-swappable components built for exactly this environment. Request a quote before you buy another golf cart.
