Prototype of Aston Martin’s first SUV begins testing

Aston Martin DBX prototype has begun testing, with DBX tackling a Welsh Rally stage.

Aston Martin has made a significant and symbolic stride towards the brand’s first SUV – now officially confirmed as being named DBX – with the first development prototype being put through its paces along a demanding Welsh Rally stage in the hands of the company’s chief engineer, Matt Becker.

This first test for DBX signifies the start of an extensive testing programme. One that has begun in Wales, as a nod to Aston Martin’s new St Athan production facility in the Vale of Glamorgan.

Though simulation is an essential part of DBX’s early development phase, this first prototype drive in Wales signifies the start of ‘real world’ testing, in which the SUV will be subjected to a punishing regime that will ultimately see development prototypes of the all-new machine tackle some of the world’s harshest environments—from frozen Arctic and scorching deserts of the Middle East to high Alpine passes and the high-speed demands of the German Autobahn and Nürburgring Nordschleife.

“We have already developed and tuned DBX in the driving simulator, which has enabled us to make excellent progress in advance of the first physical prototype cars being available,” said Becker. “Still, it’s always a big day when you get to put the first actual miles on an early prototype and I’m delighted with the near perfect correlation between the simulator and this prototype. As an engineer, it’s genuinely exciting to get a feel for the car you’re working to create. DBX is a very different kind of Aston Martin, but we will be testing it in all conditions and across all terrains to ensure it delivers a driving experience worthy of the wings badge.”

DBX is scheduled to be unveiled in the last quarter of 2019 and will be built at Aston Martin Lagonda’s St Athan facility; a state-of-the-art luxury manufacturing plant that will ultimately become the ‘Home of Electrification’ when the marque’s fully EV models enter production.