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Glossary of Terms

Active Center Differential (ACD)
An integral part of the All Wheel Control (AWC) system, ACD intelligently varies engine power to either the front or rear axle as needed. So under hard acceleration, more power can be directed to the rear tires for better traction. The ACD also incorporates three driver-selectable modes – Tarmac, Gravel and Snow – to optimize its behavior for a particular road surface.
Active Stability and Traction Control (ASC)
A standard safety feature in most Mitsubishi vehicles, Active Stability and Traction Control helps drivers maintain control in adverse driving conditions and during emergency maneuvers. Employing a series of sensors, ASC constantly monitors available traction and alerts the control unit, which works with the vehicle's anti-lock braking system to counteract slipping or loss of control by applying the brakes on specific wheels to help keep the vehicle moving in the driver's intended direction.
Active Yaw Control (AYC)
AYC is a crucial component of the Super All-Wheel Control (S-AWC) system. AYC varies engine torque between the left and right wheels on the rear axle. It utilizes various vehicle sensors to detect cornering speed, lateral acceleration and steering angle, among other things, and makes decisions about which wheel requires greater torque at any given moment. This gives Lancer Evolution unparalleled cornering and acceleration performance and safety.
INVECS-II and III Adaptive Shift Control
Mitsubishi's innovative INVECS Adaptive Shift Control software adapts transmission behavior to most driving conditions. Through advanced electronic programming, INVECS learns your driving habits and responds accordingly by altering shift points. The result is a car that knows how you like to drive and optimizes your experience behind the wheel.
Anti-lock Braking Systems (ABS)
ABS helps to eliminate wheel lock-up during panic or emergency braking. Wheel lock-up can make braking, steering and acceleration almost impossible. The ABS system constantly monitors wheel speed. A brief reduction in braking pressure occurs when the system senses impending wheel lock-up. By "pulsing" the brakes, wheel rotation is modulated, helping to eliminate lock-up and maintain maximum driver control.
All-wheel Control (AWC)
All Wheel Control is Mitsubishi's all wheel drive philosophy combining the electronically controlled 4WD system with Mitsubishi's Active Stability and Traction Control system (ASC). AWC transfers power to all four wheels giving the vehicle superior driving performance and enhanced traction under various road conditions. The 4WD system regulates drive torque from front-to-rear by controlling a network of dynamic handling technologies depending on the class of vehicle
For example, the Outlander uses an on-demand advanced 4WD system allowing the driver to choose from one of three modes (2WD/4WD/LOCK) depending on performance preferences and surface conditions. The anti-lock brakes with electronic brake force distribution (EBD), sport-tuned suspension, and aluminum roof (which lowers the center of gravity) all work hand-in-hand to give the driver optimal driving performance and safety.
Auto-Dimming Rear View Mirror
With the Auto-Dimming Rear View Mirror, the reflection on the rear-view mirror dims automatically at night to reduce the glare of other vehicles' headlamps.
Automatic Climate Control
Automatic climate control adjusts fan speed, air source and temperature to keep the cabin at maximum comfort level while drivers concentrate on the road.
Auto Off Headlamps
Auto off headlamps turn off automatically moments after the driver switches off the ignition and opens the door. This can greatly reduce the drain on batteries from inadvertently leaving the lights on.
Auxiliary Audio Input Jacks
Featured in most Mitsubishi models, auxiliary audio input jacks allow drivers to plug their iPod®* or other portable audio players directly into the vehicle audio system, providing complete freedom to choose personalized playlists when on the road. *iPod is a registered trademark of Apple, Inc.
Bluetooth* hands-free phone interface
With a Bluetooth-enabled cell phone, the Bluetooth hands-free phone interface allows drivers to make hands-free phone calls through the audio system in their vehicle. In Mitsubishi vehicles, Bluetooth connectivity is fully integrated in to the vehicle audio system and controlled through easily accessible buttons. For added convenience, Mitsubishi's award-winning navigation system features easy touch-screen access to the Bluetooth hands-free phone interface. *The Bluetooth® word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by Mitsubishi is under license. Other trademarks and trade names are those of their respective owners
Sportronic® Shift Mode
Car buyers who have trouble choosing between automatic transmission or manual transmission can have the best of both with a Sportronic®; 4-speed transmission with adaptive shift control. Its clutchless "manual" shift mode offers easy, manual shifting without having to operate a third pedal. By eliminating the usual "H" pattern shifting method, Sportronic's® sequential shift pattern facilitates lightning-quick shifts. When in Sportronic's® clutchless manual shift mode, getting from gear to gear is as simple as pushing the shift lever forward to up-shift or pulling back to downshift.
Continuously Variable Transmission (CVT)
A Continuously Variable Transmission (CVT) operates on a pulley system that allows an infinite variability between the highest and lowest available ratios with no discrete steps. A CVT smoothly adapts to changing vehicle speeds and allows the engine to remain at its level of peak efficiency, which improves both fuel economy and exhaust emissions. Since a CVT does not "shift" gears, the customer also benefits from smoother performance and acceleration. Both the Mitsubishi Outlander and Lancer's four-cylinder MIVEC engines utilize CVT technology, to provide one of the smoothest, most efficient drivetrains available.
Crossover Utility Vehicle (CUV)
Crossover Utility Vehicles, such as the Mitsubishi Outlander or Endeavor, combine many of the design features of an SUV including large cargo capacity, a variety of passenger and payload configurations, high ground clearance, and all-wheel-drive capabilities with the performance, ride and economy of a sedan. Outlander and Endeavor utilize unibody construction resulting in superior ride and handling instead of the body-on-frame construction used on most SUV's and pick-up trucks.
Daytime Running Lights
Daytime running lights are a safety feature that helps increase the visibility of Mitsubishi vehicles during daylight hours. To do this, headlamps automatically illuminate while the car is in drive to increase the vehicle's visibility to other drivers.
Diamond Lane Guidance
As part of Mitsubishi's award-winning, available navigation system, the industry first Diamond Lane Guidance allows drivers to find the fastest route to their destination via HOV (High Occupancy Vehicle)/carpool lanes when travelling with two or more people.
Digital Signal Processor
Standard on Lancer and Outlander, and available with the Rockford Fosgate Premium Audio system, Mitsubishi's Digital Signal Processing (DSP) brings sound reproduction to a new level in Mitsubishi vehicles. Through a series of user-selectable sound environment presets (Stage, Live, Hall, and Normal), DSP creates a unique and dynamic in-car audio experience.
Driver's Knee Airbag*
The Driver's Knee Airbag deploys just below the steering column to help prevent injury by stabilizing the legs and lower body of the driver in certain frontal collisions. Mitsubishi was the first manufacturer to offer a Driver's Knee Airbag in a compact sedan. *Airbags are part of a Supplemental Restraint System (SRS). To decrease the risk of injury from a deploying airbag, always wear your seat belt, sit upright in the middle of the seat, and do not lean against the door. Always place children 12 and under in the rear seat and use appropriate child restraints. Never place a rear-facing infant restraint in the front seat. See your owner's manual and instructions provided with your child restraint for additional information.
Driver's Side Power Window with Auto Up and Anti-trapping
In addition to regular power windows, the driver's side auto-up window closes completely with one quick touch of the button. This eliminates the need to hold the button up and allows drivers to keep both hands on the steering wheel. For added safety, a special sensor will automatically retract the window in the event an obstruction is detected while it is closing.
Dual Advanced Front Airbags* with Seat Position and Occupant Sensors
Dual advanced front airbags with seat position and occupant sensors help protect the driver and front passenger by sensing the severity of the impact, the position of the driver's seat and the weight of the front passenger's seat to provide the appropriate level of front airbag deployment. In the event of a crash in which the passenger seat is unoccupied, the passenger airbag will not deploy. *Airbags are part of a Supplemental Restraint System (SRS). To decrease the risk of injury from a deploying airbag, always wear your seat belt, sit upright in the middle of the seat, and do not lean against the door. Always place children 12 and under in the rear seat and use appropriate child restraints. Never place a rear-facing infant restraint in the front seat. See your owner's manual and instructions provided with your child restraint for additional information.
Dual Voice Coil (DVC) Subwoofer
While typical subwoofers have a single voice coil, dual voice coil subwoofers use two separate voice coils to allow for a decreased load on the amplifier, resulting in a capacity to handle more input and operate more efficiently. In the Rockford Fosgate stereo system available in Mitsubishi vehicles, DVC subwoofers help to fill the cabin with a greater range of dynamic sound not found in conventional factory audio systems.
Electronic Brakeforce Distribution (EBD)
Included as part of the available Anti-lock Braking System (ABS), Electronic Brakeforce Distribution (EBD) uses electronic controls to optimize the applied braking force between front and rear wheels for different surface and vehicle load conditions. This feature ensures progressive, as well as more consistent braking pressure.
FAST-Key
FAST-Key is a revolutionary, proprietary Mitsubishi technology that uses a remote system to unlock the car without the need for a key in-hand. Vehicles equipped with FAST-Key (Free-Hand Advanced Security Transmitter) allow drivers to unlock doors simply by gripping the handle. With FAST-Key in their pocket or purse, drivers can also turn on the ignition (and immobilize the anti-theft device) without the use of a traditional key.
Front Pedestrian Impact Crumple Zones
Front Pedestrian Impact Crumple Zones are areas on the front of the vehicle optimized to decrease the effects of impact in a pedestrian collision. These include a shock-absorbing hood, cowl and fender structures as well as shock-absorbing hood hinges.
i-MiEV
The i-MiEV is Mitsubishi's next-generation, revolutionary electric vehicle. i-MiEV — short for Mitsubishi Innovative Electric Vehicle — is the first mass-produced electric vehicle from a major manufacturer. It uses lithium-ion batteries because of their superior specific energy characteristics over other battery types, providing a clean propulsion solution designed to greatly lessen the environmental impact of driving by reducing tailpipe emissions to zero.
Leather Wrapped Steering Wheel
A luxury that adds style and comfort to your drive, the leather wrapped steering wheel is covered in a supple, smooth leather which adds a superior tactile element to your drive and matches your interior for a great overall look.
Lower Anchors and Tethers for Child Seat Installation (LATCH)
Lower anchors and tethers for child seats are safety enhancements that help simplify child seat installation. This system uses two lower anchors and one upper anchor, as opposed to a seat belt, to secure the child seat. A more convenient approach to helping you keep your child safe, lower anchors and tethers for child seat installation are fully compatible with newer child seats and are backwards compatible with many older child seats.* *Refer to your owner's manual and child seat installation instructions.
Mechanical Limited Slip Differential
A Mechanical Limited Slip Differential couples individual wheels on the front or rear of a vehicle mechanically. When one tire loses traction, the differential transfers the available torque to the tire that still has traction. Under normal cornering conditions it allows the wheels to turn at different speeds. The combination of modes results in superior handing and traction.
Micron Air Filtration
A Micron Air Filter removes microscopic particles including dust, pollen and mold from the incoming airflow to purify and improve cabin air quality in Mitsubishi vehicles.
Mitsubishi Innovative Valve timing Electronic Control (MIVEC)
A MIVEC engine offers better torque, emissions and fuel economy in city driving conditions without sacrificing high-speed performance. The MIVEC system achieves these two different goals by controlling the engine's breathing. At low speeds, valve opening is optimized for low emissions and fuel economy, while at high speeds, the valves are opened more to provide additional air and fuel to the engine, resulting in extra power.
Mitsubishi Multi-Communication System
Mitsubishi Motors' MMCS is an integrated communication system that allows drivers to view an array of information from the vehicle, including fuel economy, average driving speed, outboard environmental information, maintenance instructions, air conditioner and audio settings.
Multi-Information LCD Display
Standard on Lancer, Outlander and Evolution, the Multi-Information Liquid Crystal Display (LCD) provides useful information such as fuel level, gas consumption, outside temperature and much more in an easy-to-read, bright display.
NAVIGATION AND MUSIC SERVER
Our award-winning 40 GB hard-disc navigation system can be updated with current and detailed maps. It also functions as a 2,000 song digital music server, storing your playlists and CDs.
Reinforced Impact Safety Evolution (RISE) Unibody Construction
Reinforced Impact Safety Evolution (RISE) is an engineering philosophy that has led to the design of unit-body chassis that are extra-fortified to withstand longitudinal impact. Unit-body chassis also include integrated energy absorbing crumple zones – reinforcements strategically applied at key body points and steel side-impact door beams. This range of passive safety features help protect occupants in extreme circumstances, all adding up to a vehicle that provides both peace of mind and a solid drive.
Security Logic
Available on all models, security logic is a security feature that works with power door locks. If you turn your key or click the unlock button once, only the driver's door unlocks. Turn or click twice, and all doors unlock. Also, if you fail to enter your car within the allotted amount of time, it relocks. Security logic is a simple, smart way to protect your vehicle and yourself.
Sport Tuned Suspension
Most vehicles are tuned for comfort or handling, but not both. By matching the springs and dampers, Mitsubishi vehicles with sport tuned suspensions-like Eclipse and Lancer-offer the quick reaction of sports car handling while preserving ride comfort. At higher speeds, the sport tuned suspension helps provide exceptional cornering and responsive handling.
Stabilizer Bar
The stabilizer bar connects the components on the left and right sides of the suspension to make them function as one. This results in a vehicle that corners with more stability and helps keep all four tires in contact with the road through the turn.
Super All-Wheel Control (S-AWC)
S-AWC takes All Wheel Control (AWC) to the next level. Introduced with the 2008 Lancer Evolution, S-AWC adds Active Yaw Control for intelligent control of power distribution from the right and left sides of the vehicle to the already-sophisticated traction, power and braking controls combined in AWC. This results in elevated cornering performance and vehicle stability under a wide variety of driving conditions, since the system can accurately anticipate driver demands and vary vehicle behavior to meet them.
TC-SST (Twin Clutch Sportronic Shift Transmission)
Mitsubishi's TC-SST is an automated manual transmission featuring computer-controlled dual clutches to match the driving efficiency of a traditional manual transmission while allowing for near instantaneous shifting. The absence of a clutch pedal lets drivers maintain the accelerator pedal position during shifting without an interruption in power delivery. By allowing drivers to shift up and down through the gears faster than a traditional manual transmission, the TC-SST delivers outstanding acceleration. The transmission features multiple operating modes tailored for different situations or moods:
  • Normal: For use around town and other normal driving situations, normal mode uses relatively low speed shift points to deliver smooth shifting for maximum comfort and fuel economy.
  • Sport: For use during spirited driving, mountainous driving or when engine braking is required, Sport mode uses higher shift points, quicker shifting, and rev-matching on downshifts to deliver instant throttle response that enables a tighter "feel" on the road
  • S-Sport (Not available on Lancer Ralliart): The ultimate in speed and performance, S-Sport mode maintains high engine revolutions and provides near instantaneous shifts for driving on closed circuit tracks.
In addition, the TC-SST features full manual operation in each mode, putting the driver in complete control of gear changes through the magnesium paddle shifters or the center console shift lever.
Tire Pressure Monitoring System (TPMS)
Tire performance is a major factor in many important situations, including running, stopping, turning, fuel-efficiency and ride comfort. The Tire Pressure Monitoring System is designed to ensure that your Mitsubishi vehicle always operates to its full potential. To do this, TPMS' network of sensors alert drivers to any significant decrease in tire pressure via a warning light.
Ventilated Brake Disc
A ventilated brake disc is made by incorporating cooling "vanes" between the inner and outer surfaces of the disk during the casting process. This design results in better heat dissipation performance than solid, cast iron discs.
Xenon HID headlights
Producing a distinctive glow, HID (High Intensity Discharge) headlights use Xenon gas to emit more light than halogen headlights while consuming less power. Xenon gas also enables lights to turn on to their full brightness quickly with very little warm up time. So not only do HID headlights provide extra illumination, they also offer the energy conservation properties of Xenon.
Not all equipment shown is available on every model.
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