The electric SUV boom has been powered by clever engineering, and Volkswagen Group’s MEB platform is one of the clearest examples. Designed from scratch for electric cars, MEB places batteries under the floor and frees the interior from drivetrain intrusions. In the hands of VW, Audi and Skoda, it has produced the ID.4, Q4 and Enyaq - three vehicles that look, feel and serve buyers very differently while sharing the same technical skeleton.
This comparison explains where those differences really appear: in design, powertrain choices, cabin philosophy, aerodynamic efficiency, practicality and brand-specific lighting details.
What the three EVs share
The MEB platform is the foundation beneath all three SUVs, and that common architecture sets many engineering parameters. Body rigidity is shared, so passive safety structures operate from the same baseline. All three also use the same rear suspension concept - a five-link arrangement with independent components - and the front axle follows a McPherson-style layout with lower wishbones. Another practical consequence is the use of drum brakes at the rear, chosen for packaging, cost and durability in EV driving.
The electric drive concepts are also related. Rear-wheel-drive versions use a permanent-magnet synchronous motor at the rear, while all-wheel-drive models add a front asynchronous motor for the second axle. Inside, VW Group’s fourth-generation infotainment system is present across the range, supported by the matching online services. Buyers can also select an optional augmented-reality head-up display, a feature offered on all three families.
Even with the same underpinning, each brand has tuned the product to its own identity. The first area where differences appear is aerodynamics, because exterior styling still matters for electric range. The Skoda Enyaq Coupe leads the group with a Cd of 0.23, an impressive number for an SUV. Audi Q4 Sportback and VW ID.5 follow with 0.26, while the conventional-roof versions trade a little slipperiness for space or design.
Powertrain availability is another point of separation. Skoda and VW use the 109 kW base motor, but Audi does not. The middle output is also split: Skoda enlists 132 kW for a specific Enyaq grade, while VW ID.4 and Audi Q4 are given 125 kW in that position. For four-wheel drive, Enyaq and ID.4 offer both 195 kW and 220 kW setups, whereas Q4 relies on the 220 kW option. Battery choices diverge as well: the 52 kWh pack is common to all three, but the intermediate 58 kWh pack appears on VW and Skoda only.
The strongest differences are inside the cabins. VW and Skoda keep the layout close: a large floating central screen paired with a compact 5.3-inch digital gauge cluster behind the wheel, and climate functions operated through the touchscreen. Audi takes a different route with a larger 10.25-inch digital display that can handle map content, a more integrated central screen, and separate climate controls. The result is a more premium-feeling cockpit, but one that departs from the simpler architecture used by VW and Skoda.
Practicality also reflects brand priorities. Skoda focuses on everyday usefulness, giving the Enyaq the largest boot at 585 liters. The ID.4 follows with 543 liters, while Audi places lifestyle and premium packaging above maximum cargo volume, resulting in 520 liters. Externally, Skoda adds a distinctive illuminated front grille, while Audi uses its Matrix LED technology to create a unique digital light signature. VW remains the more understated middle ground between the two.
Conclusion
These three electric SUVs are close relatives, not clones. The shared platform controls cost, engineering complexity and development speed, while each brand personalizes the product for its customers. Audi Q4 buyers lean toward premium cabin design and digital identity, Skoda Enyaq buyers prioritize practical space and clever usability, and VW ID.4 sits in the middle as the group’s mass-market electric SUV. Choosing the right one may be harder than expected, but having three distinct interpretations of one platform is hardly a bad problem to solve.
