Gravity Tilt Trailer

FHC Gravity Tilt Trailer is configured around the way the equipment will actually be used, accessed, and maintained on site. One of the main design priorities is gravity-tilt deck geometry can simplify loading of suitable wheeled equipment by lowering the loading angle without a conventional fixed ramp. The final arrangement is then coordinated with the available space, project interfaces, and approved operating requirements rather than forcing every project into the same standard layout.

Contact FHC Manufacturing to discuss project requirements or request additional technical information.

KEY FEATURES

Purpose-built mobile platform configured around payload, equipment access, operator safety, and site maneuverability
Heavy-duty body, compartment, storage, tie-down, lighting, power, and access arrangements for demanding field use
Chassis or trailer selection coordinated with load rating, terrain, towing, road use, and operational requirements
Suitable for industrial plants, utilities, civil defense, airports, oil and gas sites, and maintenance operations
Payload distribution, equipment restraint, and access can be coordinated around the actual field task
Gravity-tilt deck geometry can simplify loading of suitable wheeled equipment by lowering the loading angle without a conventional fixed ramp

CUSTOMIZATION OPTIONS

Chassis or trailer type, body layout, compartment system, crew access, payload, lighting, power, communications, markings, and warning systems can be planned around the operating role
Pumps, tanks, reels, compressors, generators, rescue tools, medical systems, or maintenance equipment can be integrated where required by the approved scope
Finish, corrosion protection, testing, training support, and handover documentation can be prepared for the client and authority requirements
Chassis or trailer selection can be aligned with load, terrain, maneuverability, and site-access requirements
Storage, work lighting, power, tie-downs, and operator access can be incorporated where required by the operating role
Deck length, load rating, axle position, tie-downs, surface, and tilt arrangement can be coordinated with the intended equipment