Heavy-Duty Floor Plate Lift for Cars, Trucks & SUVs

The KATOOL KT-H115Z is a professional-grade 2-post car lift built for automotive shops and serious garages that require reliable lifting power and long-term durability. With an 11,000 lb capacity, dual hydraulic cylinders, and a reinforced steel structure, this lift delivers smooth, stable operation for a wide range of vehicles.

Designed with a floor plate configuration, it provides added structural stability while accommodating various shop layouts.

Key Features

11,000 lb Lifting Capacity — Handles passenger vehicles, light trucks, and SUVs with confidence.

Dual Hydraulic Chain-Drive System — Provides smooth, balanced lifting with consistent performance under load.

Heavy-Duty Steel Construction — Reinforced structure designed for daily commercial use and long-term durability.

Symmetric Arm Design — Ensures even weight distribution and stable lifting across different vehicle types.

Low-Profile Swing Arms — Improves access for lower vehicles while maintaining versatility.

Manual Dual-Side Safety Release — Convenient and secure operation from either side of the lift.

Base Plate Design — Adds structural rigidity and simplifies installation in various shop environments.

Adjustable Adapters Included — Screw-on pads and extension adapters (+100mm) allow flexible lifting points.

CE Certified Safety Standards — Tested to 115% dynamic load and 150% static load capacity for added reliability.

Specifications

Understanding Two-Post Lift Weight Capacities

Two-post lifts are essential in automotive shops, but selecting the appropriate lift with the correct weight capacity is crucial for safety and equipment longevity.

Typical Weight Capacities

Two-post lifts generally have weight capacities ranging from 7,000 to 20,000 pounds, accommodating various vehicles from light-duty cars to heavy-duty trucks. It's important to note that each lift arm also has its own weight limit. For instance, a lift with a 10,000-pound total capacity may have each arm rated for 2,500 pounds. Therefore, if a vehicle's weight distribution exceeds this per-arm limit, the lift may not be suitable.

Calculating Required Lift Capacity

To determine the appropriate lift capacity:

1. Calculate Rear Axle Weight: Multiply the vehicle's total weight by the distance from the center of gravity to the front axle, then divide by the wheelbase.
2. Calculate Front Axle Weight: Subtract the rear axle weight from the total vehicle weight.
3. Determine Arm Capacity: Divide each axle's weight by two to find the load per arm.

For example, if a vehicle weighs 9,000 pounds with a 6,000-pound front axle and a 3,000-pound rear axle, each arm would need to support 3,000 pounds. In this case, a 10,000-pound lift with 2,500-pound arms would be insufficient. Opting for a 12,000-pound lift would be safer.

Importance of Choosing a Lift with Adequate Capacity

Selecting a lift with a capacity that exceeds the vehicle's weight requirements is advisable. This accounts for variables like vehicle modifications, additional equipment, or unexpected weight distributions. Many manufacturers recommend not exceeding 75% of a lift's rated capacity to maintain safety margins.

Safe Operating Practices

• Adhere to Weight Limits: Never exceed the lift's total or per-arm weight capacities.
• Proper Vehicle Positioning: Ensure the vehicle is centered and balanced on the lift to distribute weight evenly.
• Regular Maintenance: Follow the manufacturer's maintenance schedule and conduct routine inspections to identify potential issues.

By understanding and respecting the weight capacities and operational guidelines of two-post lifts, automotive shops can ensure safer working conditions and prolong the lifespan of their equipment.