Shop Clyde Machines Model 15F3254 28" and 47.5" working heights - 15F3254

The Clyde Machines Model 15F3254 Maintenance Stand (15F3254) is a mobile access stand designed to give technicians safe, stable working height for aircraft maintenance, inspection, and routine service tasks around the ramp or in the hangar. Built for daily ground support equipment use at airlines, airports, MRO facilities, and FBOs, it helps crews position a dedicated platform at the work area instead of relying on improvised access methods. While it is purpose-built for aviation servicing workflows, the same rugged rolling stand format also fits other industries that need secure elevated access for equipment maintenance, fleet service, or facility work.

Engineered for repeated use in demanding environments, the 15F3254 emphasizes stability, traction, and long service life. A top step height of 48 inches supports common working heights around aircraft service points, and protective bumpers help reduce the chance of incidental contact when operating close to aircraft skins and components. Foam-filled tires support dependable movement and reduced downtime compared with air-filled tires in debris-prone areas.

Key Features

• Top step height of 48 inches to support maintenance access at common aircraft service points.
• Foam-filled tires for dependable rolling performance and reduced flat-related downtime.
• Replaceable foot pads to support long service life in high-cycle operations.
• Bumpers to help protect aircraft surfaces during positioning and use.
• Durable powder coat finish for corrosion resistance in outdoor environments.
• Complies with Arizona and California OSHA requirements.

Specifications

• Weight: 150 lbs
• Length: 50 inches
• Width: 34.75 inches
• Height: 86.5 inches
• Top step height: 48 inches

If you need help selecting the right maintenance stands for your servicing workflow, PJi® aviation specialists can help you match platform height, maneuverability, and safety requirements to your operation so your teams can work efficiently across aviation and other service environments.