Pitman & Idler Arms for Sale
- Bmw genuine steering linkage tie rods idler arm rubber mount bushing d=24mm e23(US $32.06)
- Moog k6365t idler arm(US $72.72)
- Moog k9436 idler arm(US $49.16)
- Parts master k14 idler arm(US $27.73)
- Parts master k6654 pitman arm(US $25.72)
- Parts master k9424 idler arm(US $31.10)
Lamborghini Urus SUV confirmed to arrive in 2017
Tue, 14 May 2013The Urus will be VW Group’s lightest and quickest SUV – expected to best even the Porsche Cayenne Turbo – and will be built on VW’s new large SUV platform – the same platform that will underpin the Bentley Falcon SUV, Audi Q7 (and Audi Q9) and Porsche Cayenne – and will use a forged carbon composite structure from the central tunnel to the rear suspension to save weight. Power for the Urus is expected to come from the twin-turbo V8 we’ve already seen in the Bentley Continental GT and Audis, producing something in the region of 600bhp and perhaps even more if Lamborghini add a hybrid option to throw some electric assistance at the V8′s 600 horses. It seems likely the Urus concept will remain largely unchanged for production, although we could see some toning down of its more extreme elements, as Lamborghini look to add 3,000 sales a year to their annual total when the Urus hits showrooms.
Rolls Royce Wraith Drophead Coupe confirmed for production.
Sun, 03 Nov 2013The Rolls Royce Wraith (pictured) will get a Drophead sibling in 2016 It was always likely that Rolls Royce would take their ‘affordable’ model – the RR Ghost – and make a coupe version. What wasn’t really on the cards is that they would give it a more dramatic style – and a more driver-focused experience – and tag a name from the past on it to create a new Rolls Royce Wraith for the 21st century. But that’s exactly what they’ve done, and the Wraith does seem to be an effective tool for Rolls Royce to extend the appeal of their cars to a new, perhaps younger, demographic.
July 17: A mystery and a helping hand
Sat, 17 Jul 2010Driving very conservatively, at about 55 mph, I made it the 76.3 kms (47.3 miles) using only 9 kWh. That's 5.25 miles per kWh. That's also 8.5 kms per kWh.