Since the introduction of the Audi e-tron around four years ago and sales of 150,000 units, Audi has been following a systematic electric roadmap. Its electric portfolio now comprises eight models. By 2026, it will have more than 20. At that point, Audi will only be releasing fully electric models on the global market.
New face, new name, new corporate identity
By calling this model the Q8, Audi is making a clear statement that the Audi Q8 e-tron is the top model among its electric SUVs and crossovers. The Audi Q8 e-tron and Q8 Sportback e-tron are immediately identifiable as fully electric models at first glance. This is thanks to the new front and rear designs with the characteristic Singleframe mask, the inverted grille, and blade above the redesigned rear diffuser, which systematically carry Audi's electric design language forward. An exclusive highlight on the edition S line package is the Singleframe grille, which is finished in body color.
As a prestigious electric SUV model from Audi, the Q8 e-tron ushers in the new corporate identity with a two-dimensional design of the four rings on the exterior. In order to elevate the family logo as a central element, Audi highlights the vehicle's face with the projection light Singleframe. Additionally, the Q8 e-tron is the first model to feature the new model badge with Audi lettering on the B-pillar.
Revised rear-axle motor and electric torque vectoring for better dynamics
For the new Audi Q8 e-tron, the asynchronous motor concept on the rear axle was modified. Instead of 12 coils generating the electromagnetic field, there are now 14. The motor consequently generates a stronger magnetic field with similar electricity input, which in turn allows for more torque. If this isn't needed, the electric motor requires less energy to generate torque. This lowers consumption and increases range. With the e-tron range's S model, Audi used a three-motor concept for the first time in large-scale production.
This was refined for the new SQ8 e-tron. A 124-kW electric motor is at work on the front axle. On the rear axle, there are two electric motors each with 98 kW of output that each separately power a rear wheel. This allows for a boost performance of up to 370 kW. The drive torque can be distributed across both rear electric motors between both wheels within a split second.
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