Low-Angle Recovery Ramps / Air Suspension Beds

Description

Low-Angle Recovery Ramps / Air Suspension Beds
Product Description:

Low-Angle Recovery Ramps and Air Suspension Beds are specialized vehicle transportation systems engineered specifically to handle the structural vulnerabilities of electric vehicles (EVs). Most EVs feature heavy, underbody lithium-ion battery packs, low ground clearance, and long wheelbases, making them susceptible to severe chassis or battery enclosure damage when loaded onto standard recovery trucks.

By utilizing extra-long hydraulic tilt ramps or full-drop air suspension beds, these systems reduce the loading approach angle down to as low as 3°–5°. This ultra-low entry angle ensures smooth, scrape-free loading, allowing recovery operators to transport low-clearance EVs safely without risking battery frame scraping, structural damage, or expensive underbody repairs.

Key Technical Specifications:

Ultra-Low Approach Angle: Reduced ramp loading angle (typically 3° to 6°) designed for sports EVs, supercars, and low-clearance battery enclosures.

Hydraulic / Pneumatic Air Drop Suspension: Full-bed air lowering system that drops the rear edge of the flatbed directly to ground level.

High Payload Capacity: Heavy-duty steel or reinforced aluminum construction rated for 3.5 tonnes to 6.0 tonnes to support heavy EV battery curb weights.

Extendable / Sliding Ramp Extensions: Lightweight, integrated aluminum slide-out ramps providing extra length for seamless ground-to-bed transitions.

Non-Slip High-Traction Deck Surface: Serrated or punched deck grating offering high-grip traction in wet, icy, or oily roadside conditions.

Primary Applications in EV Handling:

Low-Clearance EV Transport: Safely loads electric cars with low ground clearance and underbody battery trays without bottoming out.

Inoperable / Locked Wheel Loading: Allows smooth winching of EVs equipped with wheel skates, dollies, or GoJak rollers onto the flatbed deck.

Accident & Structural Damage Recovery: Prevents additional frame stress or battery enclosure twisting during loading of collision-damaged vehicles.

Long-Distance Secure Transport: Provides a completely flat, stable surface for securing EVs with soft-strap wheel tie-downs for transit.