The Geely Azkarra is sized to be easy to live with in the city, but its SUV stance still leaves a noticeable step up into the cabin. An electric running board bridges that gap on demand â extending the moment a door opens and folding away the second it closes â so the Azkarra keeps its tidy footprint everywhere except the instant you need a step. Here's the kit designed for it.
Sitting a notch higher than a typical hatchback-based crossover, the Geely Azkarra rewards you with a commanding view of the road â and asks a little more of your knees every time you climb in. An electric running board built for the Azkarra closes that gap automatically: the step slides into place the instant a door opens and tucks itself away as soon as it shuts, so the SUV's compact, clean profile is never compromised while parked.
Whether it's a child getting into a booster seat or a passenger stepping out with an armful of shopping, the step deploys to the same reliable height every time, cutting down on the awkward reach and reducing the chance of a slip.
Finish options are chosen to blend with the Azkarra's exterior trim, so the running board reads as a natural extension of the vehicle rather than an obvious aftermarket part.
The mechanism and housing are sealed against rain, road spray, and grit, so the board keeps operating smoothly through wet commutes and gritty winter roads alike.
Installation uses the Azkarra's existing mounting points, so the process is quick and doesn't call for major changes to the vehicle. Once it's on, there's very little to maintain.
See the full range of options on the Geely electric running boards and power steps page.
Is the Azkarra running board a direct bolt-on fit? Yes, it's built to use the Azkarra's factory mounting points, so no cutting or permanent alteration of the body is needed.
Will it interfere with the Azkarra's factory sensors or trim? No, the kit is designed to clear existing sensors and side trim, so it operates independently of the vehicle's other systems.
How long does the step take to extend when a door opens? The step deploys in a fraction of a second, fast enough to be in place before you've fully swung the door open.
