Mountain | KSTQ1.5-00A | 1.5 Ton Aluminum Racing Jack

Specifications

• Manufacturer: Mountain
• Model Number: KSTQ1.5-00A
• Capacity: 1.5 Ton
• Construction Material: Aluminum
• Product Weight: 31 lbs

Key Features

• Lightweight Aluminum Design: Crafted from high-strength aluminum, this racing jack is exceptionally light, enhancing portability and ease of handling.
• Rapid Lift Mechanism: Engineered for speed, the quick-lift system allows for efficient raising of vehicles, crucial in time-sensitive environments.
• Low-Profile Stance: Designed to fit under a wide range of vehicles, including those with minimal ground clearance, ensuring broad applicability.
• Durable Construction: Built to withstand rigorous use, its robust design ensures long-term reliability in demanding conditions.

Applications

The 1.5 Ton Aluminum Racing Jack is ideal for various automotive tasks requiring swift and reliable vehicle lifting. It serves well in professional garages, home workshops, and particularly at race tracks for rapid tire changes and pre-race inspections. This jack is suitable for sports cars, sedans, and other vehicles up to its 1.5-ton capacity, especially those with low chassis.

Benefits

• Effortless Portability: The lightweight aluminum construction significantly reduces the effort required for transport and positioning, making it convenient for mobile mechanics and trackside use.
• Time-Saving Operation: Its rapid lift functionality minimizes downtime during maintenance or competitive events, allowing for quicker service and adjustments.
• Enhanced Maneuverability: Weighing only 31 lbs, this jack is easy to position precisely under a vehicle, improving efficiency and user comfort.
• Broad Vehicle Compatibility: The low-profile design and 1.5-ton capacity enable effective lifting of a diverse range of vehicles, including those typically challenging to access with standard jacks.
• Corrosion Resistance: The aluminum material naturally resists rust and corrosion, contributing to the jack's longevity and performance in various environments.