Hydraulic Winches

A hydraulic winch works by converting hydraulic pressure into mechanical force. A pump sends fluid to the winch motor, which drives a gear train. This gear train rotates a drum, winding a cable. The gear reduction multiplies the motor's torque, allowing the winch to pull extremely heavy loads with precise control, even under continuous operation without overheating.

We offer two heavy-duty models to meet different operational needs. Our hydraulic recovery units are available in a 9,000 lb capacity model and a more powerful 12,000 lb capacity model. Both are engineered with high-torque motors to provide reliable pulling power for demanding vehicle and equipment recovery tasks in any environment.

Our hydraulic recovery units are specifically designed for compatibility with skid steers. This allows for versatile and mobile recovery capabilities on construction sites, farms, and other industrial settings. The attachment system ensures a secure and straightforward connection to your existing equipment, turning your skid steer into a powerful recovery vehicle.

Our hydraulic recovery units are equipped with long cables to provide extended reach during recovery operations. The 12,000 lb model comes with a 100 ft cable, while the 9,000 lb model is fitted with a 125 ft cable. This ensures you have the flexibility and range needed to handle difficult recovery situations safely and efficiently.

Absolutely. Our hydraulic winches are built for the demanding environment of construction sites. They are ideal for heavy-duty towing, pulling, and recovering vehicles or equipment. The robust construction and high-torque motors ensure reliable performance for daily use in rugged conditions, making them a valuable tool for any construction fleet.

For heavy-duty recovery, hydraulic winches offer superior performance due to their ability to run continuously without draining a battery or overheating like electric winches can. They draw power from the vehicle's hydraulic system, providing consistent, high-torque pulling power for the most demanding jobs, ensuring reliability when it matters most.