'I've tried Merc's new yoke steering 'wheel' and it feels... oddly normal'

Testing Mercedes' new steer-by-wire system which launches with the refreshed EQS and comes with a yoke-like steering wheel to match

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► EQS prototype with steer-by-wire
► Just electrical cables between the driver and the wheels
► Yoke steering wheel the controversial element

Anything Tesla can do, Mercedes can do better (or so the Germans are hoping). Because the facelifted EQS will, for the first time, be available with steer-by-wire and a yoke steering wheel.

What this means is that there’s a very funny-shaped steering ‘wheel’ in front of the driver and then two electrical cables running from the yoke down to the steering rack. The second cable is for redundancy, in case one fails.

We got to try it out on a very limited test run and it felt… oddly normal to start off with.

Setting off in between various traffic cones, the car reacts just as you’d expect it to and you quickly forget that there’s no physical connection between yourself and the front tyres. The steering even returns to dead centre if you let go, just like a normal electromechanical set-up.

The view ahead is excellent, mind. By removing the top half of the steering wheel, it frees up a huge amount of real estate inside the cabin and makes it feel strangely airy next to a standard EQS.

You don’t have to have this system as the EQS will continue to be available with the regular electro-mechanical steering.

So why do it? It’s a technology thing – Mercedes wants to be seen to be leading in this sort of field – and it’s also a practical thing. If Mercedes can make this work, it frees up all the physical constraints you get in a normal system – you no longer have to worry about steering column routes and how it gets around engines and into racks. It also makes the conversion to right-hand drive much simpler.

Apparently, the engineers have even tested it on ice and going sideways. Now that I need to see.

Context:

Mercedes' steer-by-wire yoke feels normal at first but needs calibration work at extreme steering angles.

Context:

This tech could revolutionize car design by eliminating physical steering constraints and simplifying RHD conversions.

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Tesla's Cybertruck already uses similar yoke steering technology without the dramatic tightening issues.