- 2016 Outlander Sport adds bold, sleek exterior design elements with Mitsubishi’s “Dynamic Shield” front design concept
- Interior enhancements add stylish accents to further Outlander Sport’s value
Mitsubishi Motors North America, Inc. (MMNA) today unveiled the updated 2016 Mitsubishi Outlander Sport featuring a newly redesigned, bold exterior front fascia/grille. The brand’s best-selling CUV is now equipped with Mitsubishi’s “Dynamic Shield” front design concept adding a sleek, audacious element to a vehicle that already makes a statement of its own.
“The Outlander Sport is a brand leader for Mitsubishi Motors, and we are excited to unveil this eye-catching 2016 model-year,” said MMNA executive vice president, Don Swearingen. “The Outlander Sport has always been a fun vehicle that delivers on its promise of reliability and value, and the 2016 model year continues to do so with a great new family look that unifies the Mitsubishi CUV lineup.”
In addition to the new exterior design, the 2016 Outlander Sport is equipped with new power folding side mirrors with LED turn indicators, wheel lip moldings, auto-dimming rearview mirror with Homelink® and a new 18-inch alloy wheel design. Also new to the vehicle this year are three new exterior colors: Cool Silver, Diamond White Pearl and Quartz Brown.
The Outlander Sport further develops its interior with a redesigned steering wheel, new 6.1″ Display Audio, high quality seat fabrics and a new light gray interior option. Staying true to its value-driven roots, the 2016 model-year has a starting MSRP of $19,595 and is supported by Mitsubishi’s phenomenal warranties: fully transferable 5-year/60,000 mile new vehicle limited warranty; 10-year/100,000 mile powertrain limited warranty; 7-year/100,000 mile anti-corrosion perforation limited warranty and a 5-year/unlimited mile roadside assistance.
The Outlander Sport has a multitude of safety features including an advanced seven air bag SRS system and Mitsubishi Motors’ patented Reinforced Impact Safety Evolution (RISE) safety cell body construction.