REO Runabout price, specifications and 500,000-mile durability target
© REO Industries
The designer who worked on the McLaren P1, Ferrari F430 and the first BMW X5 is now shaping vehicles built around a very different philosophy. REO has brought in Frank Stephenson to create three Runabout models at once — the T4X and T4C pickups and the S4C SUV. The base vehicle is promised from $21,500.
The project has an unusual set of priorities. All three models will use a common body-on-frame platform, mechanical four-wheel drive and a gasoline four-cylinder engine without a hybrid system. REO is also emphasizing conventional physical controls and the owner's right to repair the vehicle independently.
The manufacturer says panels and trim pieces will be removable with ordinary tools in under five minutes, while a public parts catalog will be supported for 20 years. The stated powertrain durability target is 500,000 miles, or about 805,000 km. For now, that is an engineering goal rather than a service life proven by testing of production vehicles.
According to REO, the company has already received more than 32,500 paid reservations. That figure should not be treated as sales: a place in line costs just $25 and is fully refundable. The project itself is still at an early stage of development.
That is why the designer's name currently matters more than another teaser. Even a mainstream model such as the Ford Maverick is being made cheaper for 2027 by revising its standard equipment. REO is trying to solve the same problem more radically — by removing complexity from the vehicle at the design stage.
REO plans to reveal the production design of the Runabout in November 2026. Prototypes and validation are scheduled for 2027, the full configurator is planned for 2028, and first deliveries are expected only in late 2028 or in 2029. REO itself stresses that these are target dates and may change. So the main question is not how dramatically Stephenson will style the new REO, but whether the startup can bring such a simple and inexpensive vehicle to production without losing its promised price and repairability.
This English edition was prepared using AI translation under editorial oversight by SpeedMe. The original reporting is by Dmitry Novikov