Volkswagen Mission Efficiency Unveiled: Sets Three EV Records

German carmaker Volkswagen has revealed the Mission Efficiency, a near-production electric concept that has set three world records for aerodynamic efficiency and energy consumption. Built on the ID. Polo's MEB+ platform, the coupe posted a drag coefficient of 0.158, the lowest ever recorded on a road-legal car.

The prototype achieved a real-world consumption of 6.89 kWh/100 km, excluding charging losses, during a 1,278 km drive from Wolfsburg to Vienna via Poland and the Czech Republic. A separate test at a constant 68 km/h produced 6.48 kWh/100 km, the third record set by the car.

Volkswagen Mission Efficiency: Powertrain & Battery

The Mission Efficiency uses the same 99 kW (135 PS) electric motor as the ID. Polo, mounted on the shared MEB+ front-wheel-drive platform that also underpins the ID. Cross. Its battery holds 54.9 kWh of usable capacity, higher than the ID. Polo's 52 kWh because the prototype is not bound by the same long-term durability requirements.

Volkswagen quotes efficiency of 13.5 km per kWh and a maximum range of 653 km, compared with 7.2 km per kWh and 452 km for the standard ID. Polo. Under favourable conditions, the automaker says the Mission Efficiency can exceed 805 km on a single charge.

Volkswagen Mission Efficiency: Aerodynamics and Exterior Design

A drag coefficient of 0.158 puts the Volkswagen Mission Efficiency ahead of the Mercedes EQS at 0.19, the Tesla Model 3 at 0.23 and even the original XL1's 0.19. A frontal area of just 2.08 m², a teardrop-shaped body, clad rear wheels and a fully enclosed underbody all contribute to the figure.

The wheelbase of the Volkswagen Mission Efficiency is 100mm longer than the ID. Polo's and the rear track has narrowed by 170mm to create the tapered rear end. Three active slats in the lower front bumper open asymmetrically to manage airflow, while patented rim deflectors on the inside of all four wheels stop turbulence building up inside the wheel arches.

Wheels alone are responsible for 25 to 30 percent of a car's total aerodynamic drag, prompting Volkswagen to work with Continental on a bespoke tyre based on the EcoContact 7. The result is that the Volkswagen Mission Efficiency's tyres has a rolling resistance of 4.9 kg per tonne, about 25 percent below the threshold for the EU's best label class.

Weight on the Volkswagen Mission Efficiency has been trimmed through carbon fibre-reinforced plastic front wings, doors, bonnet and bootlid, with an aluminium structure used from the A-pillar rearward. The doors also use frameless windows and door handles integrated into the outer skin to keep airflow clean.

Volkswagen Mission Efficiency: Chassis, Braking & Solar Technology

At the front, the Volkswagen Mission Efficiency keeps the ID. Polo's MacPherson strut axle and hydraulic brakes, but the rear uses an electromechanical brake for the first time, developed with tech partner AUMOVIO. Volkswagen says the setup cuts friction losses, removes the need for brake fluid at the rear axle and improves both energy recuperation and cornering stability.

A 370W solar panel built into the glass roof and boot lid feeds the onboard electrical system and can add up to 30 km of range per day depending on season and weather. The prototype has already received EU road approval and meets standard crash and safety requirements.

Volkswagen Mission Efficiency: Interior & Practicality

Inside, the Volkswagen Mission Efficiency seats four in a 2+2 layout, a departure from the strictly two-seat XL1, with a double-bubble roof adding headroom and a 481-litre boot at the rear. Additional storage sits behind the rear wheel covers, split between a 16-litre cubby and space for the charging cable.

Rear passengers are limited to a height of around 1.60m, though Volkswagen designed the cabin so a young family of four could theoretically use it. The car borrows its steering wheel from the ID. Polo and pairs a smaller instrument display with a third-party tablet instead of a fixed touchscreen. Manually adjusted seats made from recycled material and a Bluetooth speaker in place of a sound system help save further weight.