If you’ve been shopping for a new vehicle with serious grip for your drives around Goodyear, Arizona, you’ve probably been leaning toward all-wheel drive vehicles. Mitsubishi offers something else—All-Wheel Control and Super All-Wheel Control. But what makes it better, and what does it mean for you as a driver? We’ll explain the features of both so you can make the right choice. What is All-Wheel Drive? Before comparing Mitsubishi All-Wheel Control to all-wheel drive, it helps to know what AWD actually does. So what is AWD? In short, it's a system that sends power to all 4 wheels simultaneously or on demand, helping your vehicle maintain traction when road conditions get slippery. Most automakers offer some version of AWD, and while it’s a genuine improvement over front-wheel drive, not all systems work the same way. Standard AWD setups are often reactive—meaning they respond after wheel slip is detected. This can result in a slight delay before traction is restored, which matters most during sharp turns or sudden acceleration on loose surfaces. What Is Mitsubishi All-Wheel Control? So, what is Mitsubishi AWC? AWC stands for All-Wheel Control, and it’s Mitsubishi's proprietary approach to managing traction and vehicle dynamics. Rather than simply distributing power to all 4 wheels, AWC actively monitors and adjusts torque distribution between wheels in real time, sending power to the wheel with the most grip—before wheel slip even occurs. This proactive approach means the system can anticipate changes in grip based on steering input, throttle position, and road conditions. The result is handling that feels more confident and composed, whether you're navigating a rain-slicked highway or a gravel-covered back road. Super AWC is available on several Mitsubishi models. This is an enhanced version of the technology that integrates several systems for maximum grip. These include Active Yaw Control for right and left torque vectoring when cornering, 4WD torque distribution between the front and rear wheels, Active Stability Control, and ABS to help maintain steering control. It’s simply a more advanced version of Mitsubishi’s AWC. How AWC Enhances the Mitsubishi Lineup Mitsubishi's AWC technology is available across several models in the current lineup, including the 2026 Outlander and the 2026 Outlander Plug-in Hybrid. These vehicles pair AWC with other advanced features to deliver a driving experience that goes beyond basic traction assistance. The 2026 Outlander Plug-in Hybrid, for example, uses twin electric motors to deliver precise torque control to the front and rear wheels independently. This setup is a natural match for AWC, allowing the system to manage power distribution with a level of accuracy that traditional mechanical AWD systems simply cannot match. It's one reason the Outlander PHEV has earned recognition, including being co-named the 2026 Family Green Car of the Year by Green Car Journal. Which System Is Right for You? If you're driving mostly on dry city streets and in mild weather, standard AWD may meet your needs. But if you want a system that actively works with your driving style, Mitsubishi AWC and Super AWC provide a real advantage. For families and commuters in Goodyear, AZ, who deal with everything from dusty desert roads to occasional monsoon-season rain, AWC offers added confidence where it counts. Visit Yates Mitsubishi to Feel the Difference The best way to understand what Mitsubishi AWC can do is to feel it in person. Explore the current lineup, ask questions, and schedule a test drive. Whether you're drawn to the versatile Outlander or the efficiency of the Outlander PHEV, the team is ready to help you find the right fit.
