International Truck on Thursday unveiled its newly refreshed medium-duty MV Series.
When International debuted the MV Series in early 2018, it completed the company’s Project Horizon product refresh and brought driver comfort and fit and finish to Navistar‘s medium duty segment. In re-tooling the MV Series, International focused on increasing maneuverability, visibility and safety with and extra splash of exterior styling – namely a restyled bumper and black, molded-in-color grille with optional chrome surround.
When it first debuted, the Class 6/7 truck, which replaced the DuraStar, missed out on many of the aerodynamic refinements found on its Project Horizon-inspired siblings like the LT and RH series. This go-around, the MV Series gets an aerodynamic hood which, along breakaway mirrors, provide improved visibility.
Debbie Shust, vice president of medium-duty truck, noted that while the MV Series was designed to look good, it was also designed to work hard and work safely and Vice President of Marketing Diane Hames noted the refresh after four model years was "an evolution, rather than a departure, from our existing strategy."
Several optional collision mitigation enhancements are also available including Bendix Wingman Fusion System technology with adaptive cruise, enhanced collision mitigation, multilane vehicle braking, stationary object alert, lane departure warning, and front radar and cameras. The Bendix BlindSpotter Collision Warning System is equipped with side object detection alert.The Bendix Wingman Fusion System technology includes adaptive cruise, enhanced collision mitigation, multilane vehicle braking, stationary object alert, lane departure warning, and front radar and cameras. The Bendix BlindSpotter Collision Warning System is equipped with side object detection alert.
The MV Series was also designed with upfitters in mind. A high efficiency cooling module eliminates mega-brackets enabling integrated front frame extensions and an improved snowplow upfit offering. Smart chassis packaging changes allow for improved body integration and improved operating costs for a wide variety of applications.