7 stories tagged aerodynamics on EV Digest.
A recently published patent filing by Tesla indicates the upcoming Roadster could feature an innovative active rear wing design. This advanced aerodynamic system aims to optimize performance and efficiency for the high-anticipated electric supercar. Such technology highlights Tesla's continuous efforts to push boundaries in EV design and engineering.
A recently published Tesla patent application details an innovative active rear wing design for what appears to be the next-generation Roadster. This system can deploy to generate up to 700 kilograms of downforce, significantly enhancing the high-performance BEV's handling and stability. The patent filing suggests advanced aerodynamic features will be a key aspect of the upcoming model.
Volkswagen has revealed an ultra-efficient electric vehicle prototype, dubbed the "Most Efficiency," designed to push the boundaries of EV range and aerodynamic performance. While showcasing impressive technological advancements, the project raises questions about VW's strategy for bringing such innovations to mass production, particularly given its focus on existing vehicle platforms.
Volkswagen has unveiled a new electric vehicle concept, dubbed "Mission Efficiency," which draws inspiration from its ultra-efficient XL1. This near-production EV aims to redefine aerodynamic and powertrain efficiency, potentially surpassing benchmarks set by competitors.
Volkswagen is pushing the boundaries of electric vehicle efficiency with its 'Mission Efficiency' prototype, a near-production 2+2 electric coupe designed for minimal drag. This sleek concept, built on the MEB+ platform, boasts an exceptionally low drag coefficient, establishing new benchmarks for aerodynamic performance in EVs.
Volkswagen has introduced its "Mission Efficiency" concept, an all-electric vehicle engineered for extreme aerodynamic efficiency. This innovative design has already set three records for low drag, demonstrating VW's focus on maximizing range and performance through advanced aero development.
Unlike gasoline vehicles, most electric cars sport a smooth front fascia without a traditional grille. This design choice is not merely aesthetic; it significantly contributes to aerodynamic efficiency and impacts the vehicle's overall range and performance. While EVs still require cooling, their needs are fundamentally different from internal combustion engine cars.
