Volkswagen uses different 4MOTION systems depending on the vehicle and how it is designed to drive. In sport utility vehicles such as the Volkswagen Tiguan, Volkswagen Atlas, and Volkswagen Atlas Cross Sport, 4MOTION operates as an on-demand all-wheel drive system. These vehicles usually drive with power sent primarily to the front wheels during normal conditions to help support efficiency, then automatically route power to the rear wheels when additional traction is detected or anticipated.

The system responds quickly to changing road surfaces and driving inputs. Vehicle sensors monitor wheel speed, throttle position, steering angle, and lateral movement to help determine when rear-wheel torque is needed. Around Springfield, IL, Volkswagen 4MOTION can be helpful during rain, snow, icy conditions, loose gravel, or quick acceleration from a stop.

• On-demand all-wheel drive system in the Volkswagen Tiguan, Volkswagen Atlas, and Volkswagen Atlas Cross Sport
• Operates primarily in front-wheel drive under normal conditions to help support fuel efficiency
• Automatically engages the rear axle when slip is detected or anticipated
• Engagement happens in milliseconds
• Continuously monitors wheel speed, throttle position, steering angle, and lateral acceleration
• No driver input required to activate

The Volkswagen Golf R uses a more advanced version of 4MOTION than Volkswagen crossover models. This performance-focused system includes rear-axle torque vectoring, which can distribute power independently between the left and right rear wheels. By directing more torque to the outside rear wheel during cornering, the Volkswagen Golf R can feel more responsive, planted, and controlled through curves.

This version of 4MOTION is designed for more than poor-weather traction. It helps improve handling balance, cornering stability, and driver confidence during spirited driving. For shoppers who want year-round grip along with sharper performance, the 2026 Volkswagen Golf R 4MOTION system delivers a more dynamic driving experience.

• Volkswagen Golf R uses torque vectoring 4MOTION for active rear axle management
• Can independently vary torque between the left and right rear wheels
• Improves cornering stability and turn-in by loading the outside rear wheel
• Designed for performance driving, not just all-weather traction
• More sophisticated than the on-demand system used in crossovers

Several Volkswagen models offer 4MOTION all-wheel drive either as an available feature or as standard equipment. The Volkswagen Tiguan offers 4MOTION on every trim, with the system becoming standard on the SEL R-Line Turbo. The Volkswagen Atlas and Volkswagen Atlas Cross Sport also offer 4MOTION across their trim lineups.

For performance shoppers, the Volkswagen Golf R includes 4MOTION as standard equipment and pairs it with a torque vectoring rear differential. The all-electric Volkswagen ID.4 also offers available all-wheel drive through a dual-motor configuration that Volkswagen identifies with the 4MOTION name. Some Volkswagen models, including the Volkswagen Jetta, Volkswagen Jetta GLI, Volkswagen Golf GTI, and Volkswagen Taos, do not offer 4MOTION.

• Volkswagen Tiguan: optional on all trims; standard on SEL R-Line Turbo
• Volkswagen Atlas: optional on all trims
• Volkswagen Atlas Cross Sport: optional on all trims
• Volkswagen Golf R: standard, with torque vectoring rear differential
• Volkswagen ID.4: available as a dual-motor all-wheel drive configuration
• Not available on: Volkswagen Jetta, Volkswagen Jetta GLI, Volkswagen Golf GTI, Volkswagen Taos

Front-wheel drive sends power only to the front wheels, which handle both steering and vehicle movement. This setup is lighter, efficient, and well suited for many everyday driving situations. Volkswagen 4MOTION all-wheel drive adds the ability to send power to the rear wheels when extra traction is needed, helping improve stability on wet, snowy, slippery, or uneven roads.

For Springfield, IL, drivers, 4MOTION can provide added peace of mind during changing Midwest weather. Rain, snow, ice, and loose surfaces can all make traction more important, and 4MOTION responds automatically without requiring the driver to take action. The tradeoff is that all-wheel drive may reduce fuel economy by about 2 to 4 miles per gallon depending on the model, so it is worth comparing traction needs with long-term ownership costs.

• Front-wheel drive: better fuel economy, lighter weight, all power sent to the front wheels
• 4MOTION: added traction in wet, loose, or slippery conditions
• 4MOTION improves launch stability during hard acceleration
• Typical fuel economy difference: 2 to 4 miles per gallon depending on model
• No manual engagement required for 4MOTION; works automatically