The practice of moving a motor vehicle equipped with a drivetrain sending power to all four wheels presents unique considerations. Unlike vehicles with only two driven wheels, those with all-wheel drive (AWD) systems require careful attention to prevent damage during transport. Failure to adhere to proper procedures can result in significant mechanical issues within the AWD components, potentially leading to costly repairs. As an example, improperly towing an AWD vehicle with its wheels on the ground could force the drivetrain to operate outside its intended parameters.
Proper execution offers the significant benefit of safely relocating the vehicle. This becomes particularly relevant when the AWD vehicle is disabled due to mechanical failure or involved in an accident. Historically, understanding the specific requirements for these systems has evolved alongside advancements in automotive technology. Early AWD systems presented simpler challenges, while modern, electronically controlled systems demand increasingly precise handling protocols to ensure their integrity during the relocation process.
