The Forward Lift BP-9 is a 9,000 lb. capacity, ALI-certified two-post lift specifically designed for customers with low ceilings. With an overall height of just 111.25 inches, this lift is ideal for spaces with 10-foot ceilings. The “BP” in BP-9 stands for “base plate,” which houses a steel plate running between the columns to protect the cables. This feature allows for shorter columns and makes the BP-9 an efficient, space-saving solution.
| Key Features | Details |
|---|---|
| Brand | Forward Lift – Offered by Danbury Automotive Lifts |
| Lifting Capacity | 9,000 lbs (4,082 kg) |
| Design | Base plate design for low ceiling heights |
| Adapter Extensions | Low-profile, threaded adapters with extension options |
| Safety Features | Carriage latch system engaging every 3”, spring-actuated slack chain locking device |
| Build | Dual hydraulic cylinders, oven-baked powder coat finish |
| Power | 208/230V, 20 amps, 2 HP motor |
| Recommended Ceiling Height | Minimum 10 feet (113 inches) |
| Specifications | Details |
|---|---|
| Model Number | BP9113000 |
| Overall Height | 111.25” (2,826 mm) |
| Overall Width | 138.5” (3,518 mm) |
| Rise with Extensions | 80.5” (2,045 mm) |
| Rise without Extensions | 72” (1,829 mm) |
| Drive-Through Clearance | 97.25” (2,470 mm) |
| Width Inside Columns | 111” (2,819 mm) |
| Arm Reach (Min/Max) | 30” / 46.25” (762 mm / 1,174 mm) |
| Minimum Adapter Height | 4.5” (114 mm) |
| Drive-Over Height | 1.5” (38 mm) |
| Voltage / Amps | 208/230V, 20 Amps |
| Motor | 2 HP, Single Phase |
Performance & Safety
- Compact Design: Fits low-ceiling garages with a height of 10 feet.
- Durable Construction: Engineered for commercial-grade performance with dual hydraulic cylinders.
- Safety-Driven Features: Includes a carriage latch system with a secondary lock, engaging every 3”.
- Versatile Lifting: Adjustable, low-profile threaded adapters and extended reach.
The Forward Lift BP-9, available through Danbury Automotive Lifts, is built to withstand rigorous use, offering both efficiency and safety in limited spaces without compromising lifting power.
