Rams Eye The Track Guy

If you've followed this blog, you'd know I started racing last year. I was fortunate enough to be involved with one of the best race team in the region - Vantage Motorsports (link: The Ram's Eye Goes Racing! ). This year, my good friend John Drysdale, also fulfilled his dream of wheel to wheel to racing. That said, his start was much more dramatic than mine in the (excellent) IT-B '95 GTI race car. In his words: " How does one become a race car driver? Maybe more importantly, what makes someone a good race car driver? Maybe I have the odds stacked against me in this game called racing. I started on track with true tarmac and rubber when I was 32. To my benefit, I was imprinted, like a duckling, with cars from a very young age. My dads stacks of Road and Track, and Car and Driver, made an early impression. When I was seven years old I was drawing air cooled Porsche 911's (and in 2014, I got one). In the early 90's I was playing "Need for Speed&

Ever since I bought my Mustang, I have been gradually growing loyal to the brand. I’m not sure why. I like a lot of different cars and never felt like picking a camp, but I guess when you buy a car, you start to have to defend its honour (and your decision) whenever someone takes a stab at it. For someone who is so into cars, I think only one of two things can happen: you are either convinced of what “foes” claim and start to regret your decision, or you find more conviction as you defend your decision and love the car even more. Count me among the latter and, needless to say, I was properly excited when I found out about the updates Ford is bringing to the 2018 Mustang. For starters, the Mustang finally (probably.. hopefully) will get its horsepower mojo back. When Ford unleashed its 5.0 litre Coyotes to prey on the competition circa 2010, it was basically undisputed. The Camaro SS was usually slower in tests. You couldn’t say Challenger R/T in the same breath; you had to go

Motor Trend basically started the first drive review (2nd paragraph) by saying that the folks at AMG have a sense of humour for naming this car "the Beast from the Green Hell." Maybe I don't get German sense of humour, but the joke is completely lost on me. Of course, that's assuming there is a joke there to begin with.. You see, I highly doubt the response AMG hoped for is a chuckle. And if I'm right, I think they can rest easy, because beasts aren't funny, and those that come from hell are probably less so, whatever colour that hell may be. Now, fierce, brutal, menacing, loud.. those are the things you might expect a beast to be. And if that name alone doesn't conjure any of those beastly characteristics, play the video below and skip to 0:28.   What a NOISE! This will be one of those cars that, should it roll up next to you at a traffic light, you quiet everyone down and roll down the windows to hear it pull away. If you'

While testing a 2016 Focus RS for the comparison test (link: Ford Focus RS vs Subaru WRX STI vs Mitsubishi Evo X MR ), I caught up to a 2016 Mustang Shelby GT350R and had a friendly head-to-head battle. Both cars were completely stock. The video doesn't capture just how good that car sounds. We had a chat afterwords and the owner was very cool about it. His rear tires were starting to look old and he told me it felt a little less grippy than he was used to, so they could have been heat cycled out. Our track is also short and technical, so high hp cars don't get much room to stretch their legs, robbing them of some of the advantage they'd have at a power and/or longer track. The Focus had the optional Michelin Pilot Sport Cup 2 tires. Check out the video below for a couple of laps.

All these cars have one common Achilles' heel. The engines sit entirely ahead of the front axles; a great family recipe for understeer. Then tell the front tires - already taxed from trying to keep that front engine sitting outside the wheelbase from going straight - to put some power down and you can only make matters worse. There are ways to mitigate the understeer with suspension tuning, of course, but the toughest part is power-on understeer. I don't want to get much into tires, but the thing to remember is that because tires have a certain "grip budget" - how much total grip they can hold/generate before they let go - when you get on the power in a car that sends power to the front wheels (FWD or AWD), you will rob some of the precious grip you were relying on to turn the car in order to put all or some power down. You'll run out of front lateral grip sooner than you would have otherwise, as a result. Worse yet, because of the unideal en

The new 2017  +Chevrolet Camaro ZL1, expected in showrooms by the end of this year, just beat the benchmark set by the last generation ZL1. With a lap time of 7:29.60, it is 11.67 faster faster than the last generation and even beat the last generation Z/28's time of 7:37.9 - which was done on Pirelli P Zero Trofeo R tires, far grippier than the Eagle F1 Supercar used on the ZL1. The car used is unchanged from the one you'll be able to buy, aside from the installation of data acquisition equipment, a roll hoop, and Sparco racing seats with six-point harnesses. Otherwise, the car was production stock and included the following: 6.2-liter supercharged LT4 V-8 making 650 horsepower and 650 lb-ft of torque All-new 10R90 10-speed automatic transmission (set to Track mode to enable Performance Algorithm Shift calibration, providing optimal gear selection without the need to manually select gears) FE4 Suspension with Magnetic Ride Control Performance Traction Managem

I'm finishing up a comparison post (link to introduction: Intro: Focus RS vs Golf R vs WRX STI vs Evo X ) and, throughout the post, I realized that I have to go off topic a lot to talk about how each type of differential changes the way the car drives. As a result, I thought I'd write a separate post to go into more detail before I post the comparison to keep it more focused on the cars and avoid veering off topic too much. By saying "Limited Slip Differentials" in the title, I am including torque vectoring diffs because, although current conventional terminology treats them differently, a torque vectoring differential is, in essence, a very sophisticated limited slip diff (LSD) that can be manipulated to actively help the car handle better. And while none of the cars in the comparison use open (without help from the brakes) or non-gear mechanical LSD’s, I’ll briefly discuss them so that the post is more inclusive. I’ll only focus on using power to help the