Torque Management is an essential control system for the powertrain of a vehicle. It improves the performance and fuel economy of a vehicle by optimizing engine torque and speed within the design limits of the gearbox and driveline. It is an efficient method of managing the speed and power of an engine, enabling the vehicle to perform to its fullest capacity.
Powertrain Torque Management (PTM) is a system that monitors the engine’s load and operating factors to adjust the engine’s torque and speed. The technology regulates the engine’s torque based on the present load, allowing the driver to obtain maximum engine power without exceeding the gearbox and driveline’s design limitations.
Utilizing Powertrain Torque Management has a number of advantages. The system helps to improve fuel economy, reduce emissions, and reduce noise, vibration, and harshness (noise, vibration, and harshness). It also helps to reduce wear on the driveline components and enhances the vehicle’s overall performance.
Since its introduction to the automotive industry in 1987, Powertrain Torque Management has become a popular tool for enhancing the performance of engines and transmissions. It is utilized in a wide variety of vehicles, from passenger cars to commercial vehicles, and is becoming increasingly prevalent as automakers strive to improve their powertrain choices.
Powertrain Torque Management is an excellent approach to maximize a vehicle’s performance and keep it operating at top efficiency. By monitoring and adjusting the engine’s torque and speed, the system can help to minimize pollutants, improve fuel efficiency, and reduce wear on driveline components.