Mitsubishi Endeavor

Vehicle Overview

Isn’t it time you get exactly what you deserve?

The new Mitsubishi Endeavor is a crossover SUV that doesn’t go halfway. It brings together in one well-executed vehicle with an amazing number of attributes: bold styling, enduring comfort, great versatility and genuine performance. Built, not on a truck chassis, but on a car platform, Endeavor’s road demeanor is always civilized. Yet, it’s remarkable flexibility rivals that of many strictly utilitarian vehicles. And that’s only the beginning. Inside, Endeavor’s many high-tech features will keep you informed and entertained — if not astonished. It’s the SUV that bridges the gap between your needs and your desires.

Safety

When it comes to transporting your loved ones, Endeavor’s sturdy cabin offers great peace of mind. Its rigid unibody construction includes reinforcements in the side sills, the dash and in the floor. When it comes to accident avoidance, Endeavor is equipped with an Anti-lock Braking System (ABS) with Electronic Brakeforce Distribution (EBD) and Mitsubishi Active Stability and Traction Control (M-ASTC). In short, Endeavor is as protective of your passengers as you are.

Safety is part of Endeavor’s DNA. The unibody cabin is designed to be rigid to help protect passengers in an accident, while Endeavor’s crumple zones are meant to deform to absorb crash energy. The National Highway Traffic Safety Administration (NHTSA) tested Endeavor to show just how well this works – it received the agency’s highest rating, five stars, in side impacts for front and rear passengers and frontal impact for the driver.†

Endeavor includes standard roof-mounted side curtain airbags that inflate in the event of a rollover collision to help protect front and outboard rear-seat passengers. Front seats also include standard seat mounted side airbags to help protect the driver and front-seat passenger in certain side-impact collisions.

Up front, every Endeavor employs advanced front airbags with driver’s seat position sensors and front passenger’s seat weight sensors. The information gathered from these systems is used to tailor the airbag deployment energy in the event of a collision.