A Configuration Guide for Quick Lift E, H, and HL Series
1. Product Overview
Quick Lift is a portable, low-profile hydraulic lifting system engineered for workshops and facilities where a fixed in-ground or two-post lift is impractical. The system consists of two independent lifting frames operated in synchronization by a single hydraulic power unit.
Three design characteristics define its application value:
Open-center architecture
- ● — with no cross-beam, columns, or arms obstructing the working envelope, the entire underbody remains accessible for inspection, exhaust work, transmission service, and detailing.
Low collapsed height
- ● — the frames slide under vehicles with limited ground clearance without ramps or preliminary jacking.
Zero-installation deployment
- ● — no anchor bolts, no floor cutting, and no dedicated bay. The system relocates between work areas and stores vertically against a wall.
Primary applications: home and enthusiast garages, mobile detailing operations, motorsport and trackside service, tire and quick-service bays, and secondary lifting capacity in space-constrained workshops.
2. Series Architecture
Quick Lift is offered in three series. The correct series is determined by vehicle mass, chassis construction, and lifting-point geometry — not by vehicle price segment or body style alone.
| Series | Design Intent | Typical Application |
| E Series | Entry-level configuration for lighter passenger vehicles | Sedans, coupes, hatchbacks, compact unibody vehicles |
| H Series | Reinforced frame and higher rated capacity | SUVs, light trucks, body-on-frame vehicles |
| HL Series | Reinforced frame with extended platform length | Large pickups, long-wheelbase and heavy-duty vehicles |
3. Selection Methodology
Five parameters determine the correct configuration. Evaluate all five before selecting a model — a single mismatched parameter compromises the entire setup.
3.1 Gross Vehicle Weight vs. Rated Capacity
Compare the vehicle’s gross vehicle weight rating (GVWR), not curb weight, against the lift’s rated capacity. Curb weight excludes fuel, cargo, tooling, and aftermarket equipment.
3.2 Lifting Point Span
The distance between the manufacturer-designated lifting points must fall within the adjustable range of the lift frames. This is the single most common cause of a failed configuration.
Verification step: measure the actual pinch-weld or frame-rail lifting points on the target vehicle and compare against the frame’s adjustment range. Do not rely on vehicle class as a proxy.
3.3 Ground Clearance
Vehicles with reduced ground clearance — lowered suspension, aerodynamic body kits, sports cars — may not accept the frames in their collapsed state. The LQ103017 clearance accessory resolves this by providing a controlled approach.
Post time: Oct-20-2026