Key benefits - Provides pulling power exceeding the weight of your vehicle to enable self-recovery in challenging off-road conditions. - Effective for extracting a vehicle from sands, holes, snow, or muddy roads. - Pulling capacity in the 3 to 10 ton range, suitable for a wide range of passenger cars and light vehicles. - Designed for reliable performance with straightforward operation in field conditions. What it does - Delivers controlled pulling force to help free a stuck vehicle from difficult terrain. - Enables faster, safer recovery by applying a higher power than the vehicle’s own weight when needed. - Performance is based on a pulling range of 3 to 10 tons, allowing you to recover typical stuck situations with confidence. Use scenarios - Scenario 1: A 1.5 ton car is trapped in a muddy hole. You can require approximately 3 to 10 tons of pulling power to extract it. - Scenario 2: A vehicle is stuck in loose sand. The device provides sufficient force to break through the sand and move the vehicle toward solid ground. - Scenario 3: A vehicle is immobilized by snow or slush. The pulling power helps overcome resistance and regain traction. Key attributes and specifications - Function: off-road recovery and self-rescue by applying high-tension pulling force. - Pulling capacity: 3 to 10 tons, depending on model and setup. - Size: varies by model; check the product dimensions in the specification sheet for exact measurements. - Material: built with rugged components designed for field use; refer to the product datasheet for material details. - Performance: engineered to provide consistent pulling power appropriate for typical light to mid-weight vehicles and recovery scenarios. - Compatibility: designed for use with standard recovery points and common recovery setups; verify compatibility with your vehicle and recovery equipment per the product manual. Usage notes - For best results, ensure proper attachment to approved recovery points and follow all safety guidelines and manufacturer instructions. - Check load limits and plan the recovery path to avoid additional damage or injury.