What is the difference between Acura's SH-AWD and AWD systems?
Acura's SH-AWD (Super Handling All-Wheel Drive) system is a more advanced all-wheel drive system than the company's standard AWD system. SH-AWD is designed to provide improved handling and performance, while AWD is designed to provide improved traction in slippery or uneven conditions.
The main difference between SH-AWD and AWD is that SH-AWD can send different amounts of power to each of the rear wheels. This is done using a torque-vectoring rear differential. Torque vectoring allows SH-AWD to distribute power more evenly between the front and rear wheels, and between the left and right rear wheels. This can help to improve handling and stability in corners, and can also help to prevent wheelspin.
In contrast, AWD systems typically send the same amount of power to each wheel. This can be helpful in slippery or uneven conditions, as it can help to prevent wheels from slipping. However, it can also lead to understeer in corners, as the front wheels may not be able to provide enough grip to prevent the car from pushing towards the outside of the corner.
In addition to torque vectoring, SH-AWD also features a rear-wheel drive bias. This means that SH-AWD will typically send more power to the rear wheels than to the front wheels. This can help to improve handling and performance, as it can help to give the car a more rear-wheel drive feel.
Overall, SH-AWD is a more advanced all-wheel drive system than AWD. SH-AWD is designed to provide improved handling and performance, while AWD is designed to provide improved traction in slippery or uneven conditions.
Acura's SH-AWD (Super Handling All-Wheel Drive) system is a more advanced all-wheel drive system than the company's standard AWD system. SH-AWD is designed to provide improved handling and performance, while AWD is designed to provide improved traction in slippery or uneven conditions.
The main difference between SH-AWD and AWD is that SH-AWD can send different amounts of power to each of the rear wheels. This is done using a torque-vectoring rear differential. Torque vectoring allows SH-AWD to distribute power more evenly between the front and rear wheels, and between the left and right rear wheels. This can help to improve handling and stability in corners, and can also help to prevent wheelspin.
In contrast, AWD systems typically send the same amount of power to each wheel. This can be helpful in slippery or uneven conditions, as it can help to prevent wheels from slipping. However, it can also lead to understeer in corners, as the front wheels may not be able to provide enough grip to prevent the car from pushing towards the outside of the corner.
In addition to torque vectoring, SH-AWD also features a rear-wheel drive bias. This means that SH-AWD will typically send more power to the rear wheels than to the front wheels. This can help to improve handling and performance, as it can help to give the car a more rear-wheel drive feel.
Overall, SH-AWD is a more advanced all-wheel drive system than AWD. SH-AWD is designed to provide improved handling and performance, while AWD is designed to provide improved traction in slippery or uneven conditions.
