Jabal Al Jais is arguably the UAE’s tallest mountain. At an elevation of 1.925 metres (6,315 feet) above the sea level, the road to the summit is one of the greatest strip of asphalt on earth. There are eight hairpins and countless corners on the upper part of a road that runs over 35km and rises 1700m, and as well as being scenically spectacular, it is a driver’s delight.
Located in the Al Hajar Mountains, the road to the summit is called Jebel Jais Mountain Road. There are sheer drops virtually along the entire route and enough hairpins to make a whirling dervish dizzy. It’s a naking ascent carved through a rocky mountain face that matches it for visual drama and adrenaline potential.
This is an exquisite winding mountain drive with sharp and blind curves and hairpin switchbacks leading the traveler over the mountains. The drive is definitely worth it. There are many excellent photo opportunities. Don’t forget your camera! There are a handful of viewing points along the way, and it’s worth pausing at these, because the vistas are breathtaking.
The road encompasses miles of stunning views through twisty hair pin corners, high elevations and steep grades. The surface of the road is asphalted but you can’t quite get to the 1,934-metre summit of Jebel Jais by road just yet, as the last 4.8km to the top is still rubble. From here on and upwards, it’s a narrow dirt track hugging the rocky edges, and unless you have a good, sound car and experience driving on roads like this, do not attempt it.
It’s a real challenging road and a true test of your vehicle and your stamina because the road abounds in twists and turns. There are two lanes up and one coming down, the road surface is excellent and there are good sight lines, so the ascent is an absolute hoot. At first the road is a broad two-lanes wide, with open expanses either side, but soon it flows into a canyon, tracing the lines of the dry, rocky river bed down below as precipitous rock faces tower overhead, shielding the sun. The mountain peak usually has a temperature gradient of 10-13ºC.