Outlander PHEV Safety

We’re committed to creating cars that you love, and keep your loved ones safe. From intelligent sensors throughout, to a protective body cell, the Outlander PHEV delivers all round high levels of safety.

ADAPTIVE CRUISE CONTROL SYSTEM (ACC)

Helping you keep a safe distance

This system uses radar to keep a safe distance between you and the vehicle in front. If the vehicle in front is too close, slowing down or stopping, the ACC will automatically slow or stop your own vehicle. It offers greater safety and peace of mind especially during traffic jams on highways.

FORWARD COLLISION MITIGATION SYSTEM (FCM)

Safer in the event of a collision

With a combination of camera and laser radar, the FCM System will judge your distance and speed in comparison to the vehicle ahead. If the system detects a danger of collision, a warning will sound and the brakes will be automatically activated.

Lane departure warning system on the Mitsubishi Outlander PHEV

Lane Departure Warning (LDW)

If you drift, the car will tell you

This smart feature will create a beep and display a warning on the meter cluster to let you know if your vehicle has drifted from its lane and you're not using your indicators.

Headlamps on the Mitsubishi Outlander PHEV

Automatic High Beam (AHB)

It switches the beam for you

To make driving at night easier, the high beam automatically switches to low beam whenever vehicles ahead are detected. Once the oncoming vehicle has passed, it switches back. You'll never need to take your hands off the steering wheel to switch them manually again.

Blind Spot Warning (BSW)

No more blind spots

This feature uses radar sensors to detect whether there are vehicles in your blind spots. If you're about to change lanes and the system detects that something is there, a light will blink in the door mirror on the side and a buzzer will sound.

Rear Cross Traffic Alert (RCTA)

Reversing with confidence

If radar sensors in the rear bumper detect an approaching vehicle once you've put the car into reverse, a warning message appears in the multi-information display, a buzzer sounds and an indicator blinks in both door mirrors.

360 camera technology on the Outlander PHEV

Multi Around Monitor

See the car from every angle

Those tricky manoeuvres just got easier. Cameras mounted on the front, rear and sides of the vehicle (including a bird's eye view) will show you what's in your blind spots and help you park more easily. It will also help you detect whether a vehicle or pedestrian is crossing behind the car.

Mitsubishi Ultrasonic Misacceleration Mitigration System

Ultrasonic Misacceleration Mitigation System (UMS)

Safer parking

To help prevent collisions while parking, a buzzer sounds and a warning displays if the front or rear sensors detect a nearby obstacle. Acceleration is also controlled if you suddenly put your foot down by accident.

Protective shell design for the Outlander PHEV

Reinforced Impact Safety Evolution (RISE) Body

A cabin with a protective shell

The Outlander PHEV is built using our advanced Reinforced Impact Safety Evolution body. It strategically places reinforcements at critical points to help route and absorb energy in the event of a high impact collision. So you and your passengers are kept safe when you need it most.

Switch to an Outlander PHEV

Get £2,000 Additional Trade-In Allowance

Trade in your current car for a new, technologically advanced, practical and clean Outlander PHEV plug-in hybrid and get an additional £2,000 part-exchange allowance on your old car. Available on retail registrations (excluding Exceed variants) up to the 26th September, 2019. See your local participating Mitsubishi dealer for details.

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Outlander PHEV

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Please Note:

Equipment may vary by market. Please consult your local Mitsubishi Motors dealer/distributor for details.

- FCM: The detection and control capabilities of Forward Collision Mitigation [FCM] are supplemental only and do not prevent collisions in every situation. Please drive safely and do not rely solely on this system while driving. FCM operates when a vehicle is in front of your vehicle. FCM is also designed to detect pedestrians, but may not detect them or be activated in some situations. Auto braking is activated for a car ahead when your vehicle is travelling at a speed of approx. 5km/h to 80km/h and for a pedestrian ahead at approx. 5km/h to 65km/h. Since FCM has no function to maintain braking, the brake is released approximately 2 seconds after stopping. To prevent the vehicle from rolling thereafter, the driver may have to hold the brake pedal down. In some cases, FCM may not function if the driver takes actions for accident avoidance through steering or acceleration operation. If you have any questions, please consult your local Mitsubishi Motors dealer/distributor for details.

- ACC: The detection and control capabilities of ACC are supplemental only. Please drive safely and do not rely solely on this system while driving. ACC may not be activated in some situations. This system may not correctly detect the actual situation depending on the type of vehicle in front and its conditions, the weather conditions, and the road conditions. Additionally, the system may be unable to decelerate sufficiently if the vehicle in front applies the brakes suddenly or another vehicle cuts into your path, so your vehicle approaches the front vehicle. If you have any questions, please consult your local Mitsubishi Motors dealer/distributor for details.

- LDW: Lane Departure Warning is not designed to lessen risks associated with not looking ahead carefully (attention drawn to something on the side, absentmindedness, etc.) or poor visibility caused by bad weather, etc. It is designed to detect the lane at a speed of approx. 65km/h or more. Keep steering your vehicle correctly and drive safely. The system may not be able to detect the lane correctly in some conditions. Please see the owner’s manual for additional information.

- AHB: This system activates at a speed of approx. 40km/h or more and deactivates at lower speeds. Please see the owner’s manual for additional information.

- BSW: The detection and control capabilities of Blind Spot Warning [BSW] are supplemental only and do not warn you of vehicles in blind spots in every situation. Please do not rely solely on this system while driving. Blind Spot Warning may not operate normally in some cases, depending on traffic, weather, road surface conditions and the presence of obstructions. Drivers are fully responsible for their own safe driving. The radar wave graphics are used for illustrative purposes only and do not represent the actual sensor application. Please see the owner’s manual for additional information.

- RCTA: Do not rely solely on this system, which may not detect all moving vehicles in certain conditions. Drivers are fully responsible for their own safe driving.

- The radar wave graphics are for illustrative purposes only and do not represent the actual sensor application. Please see the owner’s manual for additional information.

- UMS: The detection and control capabilities of Ultrasonic misacceleration Mitigation System [UMS] are supplemental only and do not prevent misacceleration in every situation. Please drive safely and do not rely solely on this system while driving. To prevent the motor output control provided by UMS from causing an impediment during normal driving in rough-road driving conditions, the system automatically de-activates and indicates UMS OFF in the meter cluster when the FCM function is OFF or the ASC function is OFF. No function completely stops the vehicle via the automatic braking. The vehicle may creep forward or backward even when motor output is regulated. The sensing system may not work for netlike and sharp-edged obstructions that do not sufficiently reflect ultrasonic sound. UMS does not include a function which keeps the vehicle stationary. The driver is responsible for stopping the vehicle by pressing the brake pedal as required by the driving conditions. The ultrasonic sensor wave graphics are for illustrative purposes only and do not represent the actual sensor application. Please see the owner’s manual for additional information. 