Volkswagen's Mission Efficiency prototype has achieved a drag coefficient of 0.158, making it the world's most aerodynamic road-approved vehicle. The near-production electric coupe is built on VW's MEB+ platform.
The Mission Efficiency is a 2+2 seat electric coupe designed specifically to break efficiency records. Its exceptional aerodynamics stem from meticulous design choices aimed at minimizing drag and maximizing range.
The prototype incorporates front-wheel drive components from Volkswagen's upcoming ID. Polo and ID. Cross models, grounding the concept in near-production technology. Built on the MEB+ platform, it demonstrates how platform engineering can push efficiency boundaries.
The 0.158 drag coefficient represents a significant achievement in vehicle aerodynamics. For context, most production electric vehicles achieve coefficients between 0.20 and 0.25, making Mission Efficiency's figure exceptionally competitive.
While the prototype remains a development vehicle, it signals Volkswagen's commitment to advancing EV efficiency through aerodynamic innovation. The project underscores ongoing competition in the EV sector to improve range and reduce energy consumption through design optimization rather than battery capacity alone.
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