Glossary · Brand-specific technology

S-AWC

S-AWC (Super All Wheel Control) is Mitsubishi's integrated vehicle-dynamics system that combines AWD, Active Yaw Control, Active Stability Control, and ABS to manage longitudinal and lateral vehicle dynamics simultaneously.

TL;DR

S-AWC, originally developed for the Lancer Evolution X (2007), is Mitsubishi's integrated handling system. On the current Canadian-market Outlander and Outlander PHEV, S-AWC uses front-wheel brake-based torque vectoring and an electronically controlled centre coupling, with the PHEV variant adding twin electric motors (one per axle) for true mechanical decoupling and rapid torque allocation.

What is S-AWC?

S-AWC stands for Super All Wheel Control. It is Mitsubishi’s integrated vehicle-dynamics system, originally developed for the 2007 Lancer Evolution X performance sedan and now adapted for crossover duty on the Canadian-market Outlander and Outlander PHEV. The “integrated” aspect of S-AWC is what distinguishes it from conventional AWD systems: it combines AWD torque distribution, Active Yaw Control (rear-axle torque vectoring), Active Stability Control (vehicle stability management), and ABS into a unified electronic control architecture rather than treating them as separate systems.

On the gasoline Outlander, S-AWC uses front-wheel brake-based torque vectoring and an electronically controlled centre coupling. The system manages torque distribution between front and rear axles, applies selective braking to inside front wheels during cornering to simulate torque vectoring, and integrates with the stability control to manage yaw moments during evasive manoeuvres.

On the Outlander PHEV variant, the architecture is fundamentally different and substantially more capable. Twin electric motors — one per axle — drive the front and rear wheels independently, with a 2.4L Atkinson-cycle gasoline engine acting primarily as a generator. The twin-motor configuration allows torque allocation to occur in milliseconds without any mechanical clutch lag, because there is no mechanical clutch involved — torque is delivered electronically.

Why it matters in Canada

Mitsubishi Canada’s 10-year / 160,000 km powertrain warranty is the longest among Japanese mainstream brands sold in Canada, and the warranty covers S-AWC drivetrain components. That warranty length is structurally meaningful for used buyers because the warranty is transferable: a 2021 Outlander PHEV purchased used in 2026 with 80,000 km still has approximately five years and 80,000 km remaining on the powertrain warranty, including the S-AWC drivetrain.

For Canadian winter conditions specifically, the Outlander PHEV’s twin-motor S-AWC architecture is particularly effective on icy surfaces. Conventional AWD systems must wait for sensors to detect slip, then engage a mechanical clutch — measured in milliseconds, but enough lag to be felt on certain ice-on-asphalt transitions. The PHEV’s twin-motor system has no mechanical engagement step. Torque allocation between axles is electronic and instantaneous, which produces measurably better grip recovery on Canadian winter pavement.

Common questions

What does S-AWC stand for?

S-AWC stands for Super All Wheel Control. It is Mitsubishi’s name for the integrated vehicle-dynamics system that combines AWD torque distribution, Active Yaw Control (rear-axle torque vectoring on certain implementations), Active Stability Control, and ABS into a unified electronic architecture. The system was originally developed for the 2007 Lancer Evolution X high-performance sedan and is now adapted for crossover duty on the Canadian-market Outlander and Outlander PHEV.

Is S-AWC the same on the Outlander PHEV and the regular Outlander?

No, the architectures are different. On the gasoline Outlander, S-AWC uses front-wheel brake-based torque vectoring and an electronically controlled centre coupling — a sophisticated reactive system but mechanically conventional. On the Outlander PHEV, S-AWC uses twin electric motors (one per axle) for true mechanical decoupling between the front and rear drivelines. The PHEV variant can deliver torque allocation in milliseconds without any clutch engagement step because there is no mechanical clutch involved — the front and rear axles are driven by separate electric motors. The PHEV S-AWC is genuinely more capable on icy surfaces than the gasoline Outlander S-AWC.

Does Mitsubishi’s 10-year warranty cover S-AWC?

Yes. The Mitsubishi Canada 10-year / 160,000 km powertrain warranty covers the engine, transmission, and S-AWC drivetrain components. The warranty is transferable to subsequent owners, which is the practical implication for used buyers: a 2021 Outlander PHEV purchased used in 2026 with 80,000 km would have approximately five years and 80,000 km remaining on the powertrain warranty including S-AWC. Verify warranty status directly with Mitsubishi Canada or a Mitsubishi dealer at the time of purchase.

Common questions

What does S-AWC stand for?

See the section above or browse related terms below for full context. Detailed answer coming Phase 4.2.

Is S-AWC the same on the Outlander PHEV and the regular Outlander?

See the section above or browse related terms below for full context. Detailed answer coming Phase 4.2.

Does Mitsubishi's 10-year warranty cover S-AWC?

See the section above or browse related terms below for full context. Detailed answer coming Phase 4.2.

Related terms

AWD All-Wheel Drive (AWD) is a drivetrain configuration that delivers engine torque to all four wheels of a… Symmetrical AWD Symmetrical All-Wheel Drive is Subaru's longitudinal-engine, full-time AWD system in which the powertrain… SH-AWD SH-AWD (Super Handling All-Wheel Drive) is Acura's torque-vectoring all-wheel drive system that distributes… PHEV A Plug-in Hybrid Electric Vehicle (PHEV) is a hybrid vehicle with a larger traction battery that can be…

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