VW Mission Efficiency Drives 794 Miles, Hits 0.158 Cd — SkimNews
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- Volkswagen's Mission Efficiency concept set three world records for near-production four-seater EVs — a 0.158 drag coefficient (world record for road-approved cars), 6.48 kWh/100 km ideal consumption, and 6.89 kWh/100 km real-world efficiency, equivalent to about 9 miles per kWh or 300+ MPGe.
- Volkswagen drove the car 1,278 km (794 miles) from Wolfsburg to Vienna on a single 54.9 kWh (net) charge, arriving with 164 km still remaining — officially verified by Record Institute Germany (RID).
- The Mission Efficiency uses a single 99 kW (135 hp) front motor, a teardrop body with clad rear wheels and a fully enclosed underbody, Continental concept tires at 4.9 kg/tonne rolling resistance (~25% below the EU's best "A" label), an electromechanical rear brake that drops hydraulic lines entirely, and a 370 W solar glass roof/boot that VW says can add up to 30 km of range per day.
- Volkswagen explicitly positioned the concept as the mass-market descendant of its 2013 XL1 diesel plug-in hybrid (0.189 Cd, 0.9 L/100 km, 795 kg, only 250 units built at ~€111,000) — but constructed on the ID. Polo's MEB+ platform with the same motor and battery tech going into affordable EVs.
- The Mission Efficiency is a 2+2 with 481 liters of cargo space, lightweight panels, a "bring your own device" phone-based infotainment system, and a portable Bluetooth speaker instead of fixed audio — built on a self-supporting aluminum structure reinforced with carbon fiber and aramid.
- Volkswagen brand CEO Thomas Schäfer called the concept "technology for the masses — not just for the few," while design boss Andreas Mindt said its front end "slots into our new family of electric vehicles," which includes the ID. Polo and ID. Cross.
- The car is not for sale — VW is framing it as a demonstration, not a product; the article argues the real test is whether VW trickles its aero, tire, and brake innovations into a production ID. Polo or ID. Cross variant, something the limited-run XL1 never managed.
Why it matters: Volkswagen's Mission Efficiency demonstrates that its mass-market MEB+ platform can deliver 9 miles per kWh using components shared with the affordable ID. Polo — no exotic hardware required. If VW puts even half these efficiency tricks (aero addenda, low-rolling-resistance tires, electromechanical brakes) into production ID. Polo or ID. Cross variants, it could undercut the industry's battery-size arms race with cheaper, lighter EVs that need far smaller packs to match today's range.
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