Mitsubishi develops vehicle platform with support of LMS Mitsubishi Motors Corporation is working with LMS in a strategic partnership to frontload vehicle engineering and optimize designs for critical attributes earlier in the process. LMS recently supported Mitsubishi in reaching these objectives on a new small-car platform with multiple upper body designs. Mitsubishi also teamed with LMS to deploy these advanced simulation processes based on LMS Virtual.Lab for the development of innovative future vehicles.Timoney Technology uses LMS Virtual.Lab Motion to design independent suspensions Using LMS Virtual.Lab Motion multibody simulation, Tier One supplier Timoney Technology designs independent suspensions that boost the productivity of off-highway construction trucks by as much as 50%. Their innovative suspension concept enables the vehicles to travel at greater speeds on rough terrain without exceeding government standards for driver vibration. Liebherr counts on LMS Multibody and Durability TechnologyLiebherr relies heavily on engineering analysis to design their diesel-electric mining trucks to operate efficiently under heavy-duty conditions. In particular, LMS multibody dynamics technology was used for full-vehicle simulations to study the truck’s behavior on various terrains with a variety of load examples, including acceleration, braking, turns, bumps, holes, washboarding, up and down steep grades and bumping into rigid barriers.