2026 Technology Guide · St-Jérôme Mitsubishi
2026 Eclipse Cross in Saint-Jérôme: Understanding S-AWC in Five Minutes
If you live in Saint-Jérôme, you drive on three different surfaces in the same day: the smooth asphalt of Highway 15, the gravel roads to the cottages around Val-David, and the twisty back roads heading north.
Mitsubishi's S-AWC, for Super All-Wheel Control, was designed for exactly this kind of multi-surface routine. Behind that three-letter acronym is an active all-wheel drive system engineered to help the 2026 Mitsubishi Eclipse Cross feel more stable, more predictable and more confidence-inspiring in the changing conditions of the Laurentians.
What is S-AWC, really?
Not all all-wheel drive systems are equal. Many AWD systems in the segment work mainly in reactive mode: they send torque to the front wheels in normal conditions, then engage the rear when a sensor detects a loss of traction. That is useful, but it happens after grip has already started to fade.
Mitsubishi's S-AWC takes a more anticipatory approach. The system continuously monitors each wheel's speed, steering angle, lateral acceleration and throttle position. From that data, it splits torque between the axles before slip occurs and actively shuffles torque between the left and right wheels through Active Yaw Control, also known as AYC.
The S-AWC drive-mode selector: what each mode actually does
The 2026 Eclipse Cross drive-mode selector lets you tune the system's behaviour to the terrain. In summer around Saint-Jérôme and the Laurentians, three modes are especially useful.
The default setting. The system automatically manages torque distribution based on the conditions it detects. This is the mode to use most of the time.
For gravel or dirt roads leading to a cottage. The system allows slightly more slip to help maintain momentum on loose surfaces.
For dry, twisty roads or more engaged driving. The system favours sharper response and more precise corner exits.
Try the modes on three different stretches of road. That is the best way to feel the added value of S-AWC.
AYC: braking to turn better
Active Yaw Control is one of the most important parts of S-AWC. When you take a corner, the system can lightly brake the inner wheel to help the vehicle pivot around its axis. It is a logic inspired by performance driving, automated and softened for everyday use.
The on-road sensation feels like a vehicle that anticipates your intent. You turn the wheel and the Eclipse Cross follows with more precision, without drifting outward unnecessarily. For a driver heading up Highway 117 toward Sainte-Agathe in the rain, that means an added margin of confidence.
Why S-AWC changes Laurentian summer driving
Summer in the Laurentians is not just dry highways. It also means sudden thunderstorms, forest roads leading to lakes, tight curves on Routes 329 and 364, and rougher sections near hiking trailheads.
On wet asphalt, active torque split helps the vehicle hold its line. On gravel, Gravel mode helps preserve traction. On a winding road, AYC makes driving feel more natural and less tense. Together, these elements create the multi-surface confidence associated with S-AWC.
S-AWC vs other all-wheel drive systems: what sets Mitsubishi apart
Every manufacturer promotes its all-wheel drive system, but the underlying architecture varies a lot. Some systems are mostly reactive and engage the rear when a loss of grip is detected. Others rely on a more permanent torque distribution.
Mitsubishi's S-AWC stands apart through the integration of Active Yaw Control on advanced trims, adding a left-right brake-based torque vectoring dimension. This ability to brake the inner wheel selectively in a corner helps make the vehicle feel more precise on Routes 117, 329 and 364.
Which trim gives you the full S-AWC experience?
The complete S-AWC system is standard. It is the entry point to the Eclipse Cross's technical core.
Adds more comfort and equipment without changing the all-wheel drive system.
For those who want a sharper look that matches the vehicle's dynamic capability.
Adds safety and driver-assist technologies that complement S-AWC's preventive safety logic.
S-AWC maintenance and longevity
A system this sophisticated requires little active maintenance, but a few items matter. The rear differential and transfer unit use specific fluids whose replacement interval is listed in the owner's manual, generally between 60,000 and 100,000 km depending on use conditions.
Regular gravel, forest-road or unpaved-surface driving can slightly shorten the interval. Wheel alignment and tire rotation are also more important on an active all-wheel drive vehicle. Rotating tires every 8,000 to 10,000 km helps ensure even wear and avoids unnecessary strain.
Frequently asked S-AWC questions in Saint-Jérôme
Does S-AWC use more fuel than front-wheel drive?
Slightly. All-wheel drive adds weight and rotating mechanical components, which may increase consumption by a few tenths of a litre per 100 km depending on how the vehicle is used.
Does S-AWC require special maintenance?
The rear differential and transfer unit need fluid changes according to the owner's manual schedule. St-Jérôme Mitsubishi's service department can follow that schedule with Mitsubishi-recommended fluids.
Can S-AWC be turned off to save fuel?
No. S-AWC is always active, but its algorithm constantly modulates torque distribution according to conditions to limit extra consumption during steady driving.
Is S-AWC useful if I mostly drive in the city?
Yes. Even in city driving, wet starts, on-ramp exits, tight curves and slippery parking lots can benefit from the system's added stability.
How much does a major system repair cost?
S-AWC is designed to last the vehicle's useful life. Mitsubishi's 10-year / 160,000 km limited powertrain warranty covers the system's central components under applicable conditions.
Experience S-AWC in real conditions at St-Jérôme Mitsubishi
S-AWC can be explained in five minutes, but it is even easier to understand from behind the wheel. Book your 2026 Eclipse Cross test drive at St-Jérôme Mitsubishi and feel how the system reacts on a winding, wet or uneven road.
