This isn't what you think. It isn't about spending four seconds in a race car. That would be rather useless. Instead, it's about finding four seconds to take out of a lap time in a race car. More specifically, Rocket Racing's 1997 BMW M3 GT3 race car (link to the previous post here for more about the car!). I wasn't driving, of course. That would imply I lose four seconds in lap time around the track (ok, sorry John, that was a cheap shot). This is about John's acquaintance with his newly acquired 97 M3 GT3 race car. Don't worry though, although John (like I was just last year) is new to wheel to wheel racing, he is a true racer at heart. If you don't believe me, just read some of the world-class excuses he got: " I had 7 months [off season] of rust to shake off. " " I hate driving with new shoes. " " it was cold and a bit damp " " my tires still had the stickers on them " Ladies and gents, that
A few weeks ago, I made a post explaining mainstream AWD system types and how they compare , pros and cons, etc. including some simple diagrams to show where the power goes and how much. As promised, this post will focus on specific cars and what AWD systems they use, especially ones that that have more or less been defined by their AWD systems, and the best place to start may be with a bombshell; the Nissan GT-R. Nissan GT-R (R35) The GT-R has built a reputation around having monster traction and very approachable performance, thanks to its AWD system - Advanced Total Traction Engineering System for All-Terrain (ATTESA) - and what it can do for you. But the GT-R doesn't actually use the most mechanically sophisticated type of AWD systems discussed in the previous article, namely a "true" AWD with a centre differential. Instead, it uses a clutch pack to transfer power. RWD-based clutch-type AWD schematic - Rams Eye The Track Guy © The R32, R33, and R34 Sky