Folding 920X610 Platform Trolley with 255mm Puncture Proof Wheels

Folding platform trolley (920 × 610mm deck) with 255mm punture proof wheels, suited for rough or uneven surfaces in industrial or commercial handling applications.

• Load capacity: Safe working load of 300kg.
• Deck size: 920mm x 610mm.
• Platform height: 340mm above ground.
• Handle height: 1035mm.
• Wheels: 250mm (10″) diameter punture proof castors (2 rigid R1089 + 2 swivel S1088) for smooth motion over uneven or rough terrain.
• Construction: High-quality plastic platform with anti-slip surface and reinforced underside to resist wear and moisture.
• Folding handle: Designed to fold for space-efficient storage.

The Richmond FPR003 folding platform trolley features a substantial deck size of 920 × 610mm with a generous safe working load of 300kg, making it well suited for material handling in warehouses, delivery operations, industrial settings or outdoor/uneven surfaces. The incorporation of large-diameter 255mm punture proof wheels (2 rigid and 2 swivel) provides a cushioned ride over rough or uneven floors, reducing operator effort and improving mobility when compared with smaller castors. The plastic deck construction offers durability in demanding environments, including wet, refrigerated or food-handling areas, with an anti-slip surface and a reinforced underside for longevity. Beyond its basic function of moving loads, this trolley offers useful ergonomics and space-saving benefits. The fold-down handle enables compact storage in vans, stockrooms or service vehicles. The large pneumatic wheels help ease movement over thresholds, ramps or loading docks. Given its design, this trolley is especially appropriate when stock needs to travel across variable surfaces such as warehouse yards, delivery driveways or uneven factory floors while still offering the hygiene-resistant benefits of a plastic deck. For operations where surface roughness, occasional outdoor use or frequent vehicle loading is a factor, the FPR003 delivers a practical solution that balances capacity, mobility and storage convenience.