When shopping for an all-weather SUV, you will see "AWD" plastered across nearly every window sticker on the lot. But not all all-wheel drive systems are built the same. While traditional systems are designed primarily to get you un-stuck from deep snow, Mitsubishi’s All-Wheel Control (AWC) and Super All-Wheel Control (S-AWC) were engineered with a completely different goal in mind: dynamic vehicle control in every driving condition.
Whether you're dealing with slick hills in Parkville, winter highway commuting from Liberty, or stop-and-go rain traffic in Gladstone, Mitsubishi's AWC system actively redistributes power before your wheels ever start to slip. If you are looking for a reliable vehicle at a premier Mitsubishi dealer, understanding how this technology works will help you choose the right model for your daily drive across the Mitsubishi Kansas city metro area.
Standard AWD vs. Mitsubishi AWC: The Core Difference
Most standard AWD systems on the market are reactive. Under normal driving conditions, they send 100% of the engine's power to the front wheels to save fuel. Only after sensors detect that a front tire is slipping do they send power back to the rear wheels. That brief delay—even if it's just a fraction of a second—can mean a moment of lost traction on wet pavement or icy highway ramps.
By contrast, Mitsubishi AWC is a predictive and proactive system. It continuously monitors steering angle, yaw rate, wheel speed, and throttle position to manage power distribution between the front and rear axles continuously.
Standard AWD (Reactive) : Slip Occurs ---> System Responds ---> Power Shifted
Mitsubishi AWC (Predictive): Sensors Read ---> System Anticipates ---> Power Shifted Before Slip
How Mitsubishi S-AWC Takes It a Step Further
In newer Mitsubishi models like the Outlander and Outlander PHEV, Mitsubishi upgrades to Super All-Wheel Control (S-AWC). Originally developed through Mitsubishi's championship rally racing heritage, S-AWC adds two critical technologies that standard AWD systems lack:
-
Active Yaw Control (AYC): Controls driving and braking forces between the left and right wheels. By applying slight brake pressure to an inside wheel during a corner, it helps tuck the vehicle into the turn, preventing understeer on wet or loose surfaces.
-
Integrated Drive Modes: Driver-selectable settings—such as Tarmac, Gravel, Snow, Mud, and Eco—adjust throttle response, transmission tuning, and torque distribution to match exact road conditions.
| Feature | Standard AWD | Mitsubishi AWC / S-AWC |
| System Reaction | Reactive (responds after wheel slip) | Predictive (adjusts torque in real time) |
| Power Distribution | Front-to-Rear only | Front-to-Rear + Left-to-Right (AYC) |
| Cornering Stability | Relies solely on basic stability control | Active Yaw Control prevents understeer |
| Terrain Drive Modes | Rare or limited to basic traction control | Multi-surface selectable modes |
Experience AWC at Your Trusted Mitsubishi Kansas City Dealer
If you're shopping for a versatile vehicle built to conquer local weather, experiencing S-AWC in person is the best way to feel the difference. From the family-friendly 3-row Outlander and the versatile Outlander PHEV to the compact Eclipse Cross, modern Mitsubishi models deliver safety, capability, and peace of mind.
Visit Northtowne Mitsubishi - your dedicated Mitsubishi dealer in Kansas City - to take a test drive today and discover how All-Wheel Control keeps you safe on every road.