Volkswagen did not build the ID.4 to win comparison tests. They built it to sell in the millions — to the buyer who currently drives a Tiguan, who has a home charger installed, who needs to carry four adults and their luggage to the airport twice a year, and who wants a conventional car buying experience without the ideological investment that early EV adoption has historically required. That buyer is the majority, and the ID.4 is designed to be the car that converts them without asking them to change their expectations.
The Platform: Why MEB Changes Everything at Volkswagen's Scale
The MEB architecture — Modular Electric Drive Matrix — is Volkswagen Group's dedicated EV platform, developed at a cost of approximately €7 billion and shared across Volkswagen, Audi, SEAT/Cupra, and Skoda products. Its fundamental advantage over adapted combustion platforms is spatial: the flat battery floor allows a longer wheelbase relative to overall length, producing rear-seat legroom that is closer to a conventional SUV one size larger.
The ID.4's 2,771 mm wheelbase — 70 mm longer than the Tiguan — delivers rear knee room that adults of average height find genuinely comfortable. The boot offers 543 litres with the seats up, which is competitive with the segment. The frunk adds nothing; there is no storage ahead of the firewall, which positions the ID.4 slightly behind the Tesla Model Y on practical points for owners who travel long distances with maximum luggage.
Pro Performance: The AWD Variant That Makes the Case Complete
The ID.4 Pro Performance AWD uses two motors — 150 kW front, 150 kW rear — for a combined 299 hp and 460 Nm. The 0-100 km/h figure of 5.4 seconds is not headline material but is genuinely quick in the context of what the car is: a family SUV that charges at 135 kW DC and weighs 2,200 kg. The 77 kWh battery delivers approximately 520 km of WLTP range in rear-wheel drive single-motor specification; the AWD variant returns approximately 480 km.
Charging behaviour is one of the ID.4's competitive strengths. The 135 kW DC peak charging rate means a 10-80% charge in approximately 35 minutes at a compatible HPC station — not as fast as a Tesla on its Supercharger network, but fast enough that the charging stop aligns with a natural rest break on a long motorway journey.
Driving: Competent Without Being Exciting
The ID.4 is not a driver's car. The steering is light and moderately communicative; the suspension calibration prioritises comfort over body control at the limit; the brake pedal feel — a persistent criticism across the MEB range — is better in the 2024 update but still less linear than most combustion competitors in the first third of travel. None of these are disqualifying qualities for a car whose buyers are not approaching a test drive from the perspective of a driving enthusiast.
What the ID.4 does well is the kind of driving that its buyer actually does: motorway covering, urban manoeuvring in tight car parks, smooth acceleration from traffic lights that impresses passengers who have not driven an EV before. In these scenarios, it is easy to live with, easy to understand, and easy to own.
The Strategic Weight of the ID.4
Volkswagen's electric transition depends on the ID.4 succeeding in volumes that the ID.3 and ID.7 cannot reach on their own. The competitive pressure from Tesla, Hyundai, and the Chinese entrants means the ID.4 is being developed and updated at a pace that VW's combustion products have rarely experienced. The 2024 updates — revised software, better range, improved charging curve, and an interior that addresses the most persistent criticisms of the launch car — demonstrate that Volkswagen has accepted the pace of iteration that EV competition demands. The ID.4 is not the finished product; it is the product that gets VW to the next version. For the brand, that is exactly what it needed to be.
