Drifting Techniques,

Theory: A tyre grips the road up to a maximum point of adhesion, when this point is exceeded the tyre will start to slide until adhesion is restored. So finding and pushing just beyond the point of adhesion is the name of the game.

Once a car begins to drift driver control comes into play – the exact amount of turn on the steering wheel towards the direction of travel to catch and control the drift. At precisely the right moment you have to catch the drift with a measure of opposite lock and use the throttle and steering to control the drift – a sustained drift on a straight is called ‘drift lock’.

Rear wheel drive cars are the only choice for drifting particularly higher-powered models but one of the key requirements is a limited slip diff. We've seen really impressive drifts from low powered cars. A quick burst of acceleration at the right moment is just enough to break the adhesion of the back of the car.

As a car decelerates the weight is thrown to the front wheels that is why the wheels lock up under heavy breaking. A front wheel drive car is harder to drift in but uses deceleration to lighten the back of the car and make it swing wide.

To perform a left tail drift in a front drive car – build up the speed. Decelerate fairly heavily but performing a simultaneous right flick on the steering wheel – a shock wave will shoot through the car (you can feel it happen there is no easy way to explain it.) As this shock wave passes the centre point of the car steer into the direction of the tail drift, if the tail does not swing out then a short flick of the handbrake will start the drift.

We then need to catch the drift and control it using gentle throttle control and smooth steering - opposite lock (so steer to the right, just enough to keep the drift going but without overcooking things causing a spin and without undercooking throwing the drift in the opposite direction.)

The following are the main drifting techniques and most are used in combination with each other.

Clutch Kick
To make the car start to slide you dip or kick the clutch suddenly causing the car to temporarily lose traction and starting a rear wheel slide whilst on or entering a bend. Effectively using engine braking - when the clutch is dipped engine speed drops when clutch is released the wheels are moving faster than the lower engine speed requires causing a pull and breaking traction. Alternative a blip of the throttle raises the engine speed so when the clutch is released the driven wheels spin faster than they should so traction is broken.

Dirt Drop Drift
This technique is banned on most tracks. You allow the rear wheels to leave the tarmac surface into a lower grip one such as dirt, gravel or grass. The cars speed will remain pretty stable through this technique as the rear tyre friction is much lower.

Jump Drift
Similar to a Dirt Drop Drift again banned on most tracks. The rear wheels hit the rumble strip at the side of the track. The vibration is enough to upset the delicate balance of grip momentum and traction and the rear of the car slides.

Handbrake Drift
The easiest technique, used by beginners and pros to initate a drift and pretty much the only guaranteed way of sliding a FWD (front wheel drive) car (Its still not a proper drift though!). The handbrake is jabbed on causing the rear wheels to lock up and slide. When a slide is attained the handbrake is released allowing more control of the car and preventing too much loss of speed.

Feint Drift
Requires a feel for the balance of a car and needs you to sense the shockwave of swing as it flows through the car. Coming up to a right hand bend you steer to the left. Then as the back of the car moves left you steer to the right, the back of the car loses traction and starts to drift, then you countersteer and catch the drift. This is a popular technique and is often combined with other techniques, like the clutch kick, to help break the rear traction. Practice this one in large open areas.

Inertia Drift
This requires a lot of speed. Approaching a bend you need to decelerate throwing the weight of the car to the front wheels. When the back wheels become light you can steer the front into the bend and let the back wheels drift. Control is maintained with careful steering control and throttle inputs. A good technique to start drifting but requires experience as the speed involved is not very forgiving.



Source : driftlock.co

WHAT ARE THE BEST DRIFTING CARS IN THE WORLD?

Top Speed, an online publication known for creating accurate review of cars, has put together a top of the top 10 most wanted drift cars in the world. According to them, the top choice of a drifter is the Nissan 200SX. It’s a little surprising that the greatest drifting automobile is not, in fact, a European car brand, but the Japanese have recently made a name out of manufacturing outrageously fast vehicles.

The Nissan 200SX comes with a horsepower of 180, produced by a 1.8-liter CA18DET motor engine. These are the features of the S14 model. If you choose the S15, you’ll get a 2.0-liter engine and a horsepower of 200. This model of Nissan has positive reviews and, according to various online users, it has a great advantage: its spare parts can be purchased all over the market.

LET’S COMPARE THE TOP 10 DRIFT CARS RANKING, SHALL WE?

Other automobiles that have been featured in the ranking developed by Top Speed are the following:

1-Ford Mustang

2-Mazda RX7

3-Toyota Supra

4-Nissan 350Z

5-BMW M3

6-Toyota Corolla AE86

7-Nissan Skyline R33 GTS-T

8-Chevy Lumina SS/Pontiac GTO

9-Mercedes C63 AMG

LIST BY AUTOMOBLOG

Automoblog has created a list of the top 10 best drifting cars money can buy. However, compared to Top Speed, this reviewer focused on explaining the factors that led to the choices they made. According to them, the most important indicators anyone should look for in a drifting vehicle are the following:

~ drivetrain

~ transmission

~ weight distribution

~ power

~ condition

The chosen automobiles weren’t organized from number 1 to number 10, because picking a certain model is a somewhat subjective decision. For their article, the publication picked the following ten vehicles:

~ Nissan Skyline

~ Mazda RX7

~ Toyota Supra

~ Nissan 240SX

~ Ford Mustang

~ Dodge Viper

~ Pontiac GTO

~ Pontiac Soulstice/Saturn Sky

~ Nissan 350Z/Infiniti G35

~ Toyota Soarer (Lexus SC300/400)

CAR THROTTLE RANKINGS

Lastly, we’ll refer to another online publication, Car Throttle. As we have stated in the beginning of the article, we’ve noticed that, in the last couple of decades, Asian cars have become more and more interesting. Fascinating models of Honda and Nissan now rule the market, and both have even focused on developing luxury brands, such as Acura and Infiniti. That’s how the editors at Car Throttle ended up presenting the most awe-inspiring Japanese drifting cars. We’ll take them one by one, and shortly address their features, which, after all, were the reasons they became the top picks of the online journal.

There are 4 models of Nissan that belong to the ranking: the 350Z, the Skyline, the Silvia and the 200SX. The skyline may have been launched more than 30 years ago, but it’s still a popular choice among drifters. The 350Z is another noteworthy alternative, thanks to its 3.5-liter, V6 powertrain.

Toyota Supra is another automobile featured by Car Throttle, which appeared in the highly popular game Need for Speed, back in 2000.

Mazda RX7 is the most expensive drifting car from the ranking, but that was bound to happen, as Mazda Automobiles is known for producing super-pricey vehicles.

Lastly, the online journal recommends drifting rookies to choose a rather boring car model, but one that’ll certainly teach them the basics: Toyota Corolla. The greatest advantage to choosing this car is its price – it’s a bit on the old side, but it will do what you ask of it.

BMW AND THE SELF-DRIFTING AUTOMOBILE

In July 2014, Top Gear published an article about a prototype which was launched by BMW in January, in Las Vegas. The German manufacturer installed an ActiveAssist tech system, which allows a 2-Series Coupe and a 6-Series Gran Coupe to practically drive themselves in more or less dangerous conditions. The prototype that BMW worked on was already tested on 9,000 miles of highway, where, unlike other cars that were produced until now, it combined steering with braking in handling unexpected weather or street conditions.

The new BMW is most certainly an interesting option, although it remains to be seen whether drivers are actually interested in purchasing a self-driving drifting model. After all, what point is there to owning a BMW if you can’t benefit from the pleasure of riding it yourself?

Source : https://www.globalcarsbrands.com

How do you make a car drift?

Well first, you almost need to have rear wheel drive car. It is significantly more easily done. Additionally, you almost need the car to be a manual. Those two combined are essential to have a controlled drift.

With a manual front wheel drive you can use the e-brake but it's much easier to loose control and less likely to work the way you want it to.

If you want to drift from a start, put your clutch in, rev the engine to a high rpm (not redlining) and let out the clutch somewhat fast. This will cause the back tires to spin thus loosing traction. If you turn the wheel after doing so your car will drift. Drifting has a lot to do with clutch control. Practice it enough and you'll get it. Make sure you're in a deserted parking lot or something out of the way.

Drifting in a straight line is the most dangerous way of drifting. It's also really fun. If you want to drift while moving, there are a lot of videos on YouTube that explain it. Sometimes on curves, popping the clutch can have some benefits. The easiest way to drift while moving is the control of the clutch to gas pedal combined with steering.

Manual+rear wheel drive+ using the clutch and gas within the friction zone correctly+ turning the wheel in desired direction= a successful drift.

Note* best cars for drifting that I have seen have been the Nissan 350z and 370z. I've seen it done in many other cars but those seem to drift with ease.


Source : https://www.quora.com

Front-Wheel-Drive Oversteer

It is generally perceived that front-wheel-drive cars - that is, cars in which the front wheels do both, put power to the road and steer - are understeering wrecks that fly off the road if you go into a corner too quickly. This is generally true, but it is possible to eliminate understeer and actually oversteer to a certain degree. Oversteering fun is not just the domain of rear-wheel-drivers.

Oversteer is best practiced in an open area, and preferably on gravel so you can lose traction without much effort. You will not be able to hold a long, continuous sideways drift around a sweeping corner with a front-wheel-drive car like you can with a rear-wheel-drive vehicle, and you cannot use engine power on a high-horsepower car to start a "powerslide" since the power acts on the front wheels. But still, contrary to popular belief, oversteer is possible with a front-driver.

One way to induce oversteer in your front-driver is to plow hard into a corner and then lift off the throttle in the middle of the corner. Lifting off the throttle will cause the weight of the car to "shift" to the front, thereby putting more weight over the front wheels and, ultimately, adding more grip to the front tires. However, if you are lucky, the rear tires will lose traction and start to slide outwards while you're turning. You are now oversteering. Some countersteer now has to be applied to keep control of the slide, that is, steer in the direction of the slide. Learning to precisely "catch" a slide will take a lot of practice, so it is better to play around in an empty gravel lot or a slippery track with large run-off areas. Start off at moderate corner entry speeds and then increase this speed as you become more confident. This technique is only possible with well-balanced front-drivers such as an Integra or an old Sentra SE-R. If your car can achieve oversteer in this way, you will generally be cornering faster. Practice with lower entry speeds, and gradually increase it as you get confident.


A brute-force way to induce a slide is to pull the handbrake (or press the e-brake) momentarily and yank the steering wheel in the direction of the corner, then countersteer. For example, to take a right-curving corner, you could plow into the corner in second gear and as soon as the corner starts, yank the steering wheel to the right and a split second later, pull the handbrake. The rear wheels will lock and suddenly lose traction. The car will quickly go it a sideways skid, at which point you quickly start countersteering. Now, before exiting the corner, release the handbrake. The front wheels of the car will just try to pull the car straight again and you'll have to steer exactly where you want to go. If you don't release the handbrake in time, you will spin. If done right, eventually you will center the wheel and straighten the car. Throughout the turn, keep the accelerator at a constant position, but you can apply a litle more throttle on the exit if you think you are spinning out. One hand should always be on the handbrake, with the button depressed, so you will have to turn with one hand. The sudden slide is a little hard to control on the first few tries and requires quick reflexes. And, as stated earlier, a continuous slide around the whole corner, like those done with rear-wheel-drive cars, is not possible with a front-driver. Pulling the handbrake to turn around a long radius corner will actually worsen your cornering time in most cases, so it is not a technique for road racing. But it can save you if speeding and understeering off a cliff is eminent.

Most cars on the road today are front-wheel-drive cars, from Acura to Volvo. The only rear-wheel-drive cars available nowadays are either impractical roadsters, exotic sports cars or overweight luxury cars. There are a number of well-balanced front-wheel-drive cars available that are actually easy to drive fast around corners. Examples include the RSX Type-S and legendary Integra Type-R from Acura, Celica GT-S from Toyota, SVT Focus from Ford, Sentra SE-R from Nissan, and the new Mini Cooper. Do note that not all front-wheel-drive cars are suitable for oversteering. Many cars, like the Infiniti G20 and Chevy Monte Carlo, are set up to understeer, sometimes aggressively so, because understeer is generally easier to control than oversteer for inexperienced motorists. The methods described here only serve as a general guide and will have to be adjusted according to the car you drive. There are other techniques too, such as left-foot braking and the pendulum drift, but these are harder and require their own space for discussion.

On a cautionary note, sliding a car not set up with substantial bracing might cause your car to fall apart! Practice on gravel, grass or in the rain, in an open area. Then adapt your car and your driving to handle the tarmac.


Source : http://www.modernracer.com

What makes a drifting car?

Most importantly it has to be RWD! (rear-wheel-drive)

It's not that 4WD, AWD or FWD vehicle cannot drift, it's just that drifting other drivetrain layouts is quite a different ballgame. It's best to stick to RWD, because you need to balance the rear with the throttle.

But that's not all when it comes to choosing your car. Besides personal taste also the price, power-to-weight ratio, upgrade possibilities, parts availability and fuel consumption are all very important details.

In essence any RWD car can drift. It is up to the drivers skills whether it can get it to drift. Some cars will drift easier than others but you as the driver are the decisive factor. However the easiest way to go by is to simply buy a popular drifting car; it's not for nothing that it's popular for drifting! Another advantage of using a popular drifting car to start with is that you can often find a second-hand car with some useful modifications already done. When getting an auto loan, even a bad credit auto loan through a popular loan provider like Roadloans.com, having those modifications already factored into the purchase price can be a big help.

Source : http://www.driftingstreet.com

Drifting Techniques

Theory: A tyre grips the road up to a maximum point of adhesion, when this point is exceeded the tyre will start to slide until adhesion is restored. So finding and pushing just beyond the point of adhesion is the name of the game.
Once a car begins to drift driver control comes into play – the exact amount of turn on the steering wheel towards the direction of travel to catch and control the drift. At precisely the right moment you have to catch the drift with a measure of opposite lock and use the throttle and steering to control the drift – a sustained drift on a straight is called ‘drift lock’.

Rear wheel drive cars are the only choice for drifting particularly higher-powered models but one of the key requirements is a limited slip diff. We've seen really impressive drifts from low powered cars. A quick burst of acceleration at the right moment is just enough to break the adhesion of the back of the car.
As a car decelerates the weight is thrown to the front wheels that is why the wheels lock up under heavy breaking. A front wheel drive car is harder to drift in but uses deceleration to lighten the back of the car and make it swing wide.

As a car decelerates the weight is thrown to the front wheels that is why the wheels lock up under heavy breaking. A front wheel drive car is harder to drift in but uses deceleration to lighten the back of the car and make it swing wide.

To perform a left tail drift in a front drive car – build up the speed. Decelerate fairly heavily but performing a simultaneous right flick on the steering wheel – a shock wave will shoot through the car (you can feel it happen there is no easy way to explain it.) As this shock wave passes the centre point of the car steer into the direction of the tail drift, if the tail does not swing out then a short flick of the handbrake will start the drift.

We then need to catch the drift and control it using gentle throttle control and smooth steering - opposite lock (so steer to the right, just enough to keep the drift going but without overcooking things causing a spin and without undercooking throwing the drift in the opposite direction.)

The following are the main drifting techniques and most are used in combination with each other.

Clutch Kick
To make the car start to slide you dip or kick the clutch suddenly causing the car to temporarily lose traction and starting a rear wheel slide whilst on or entering a bend. Effectively using engine braking - when the clutch is dipped engine speed drops when clutch is released the wheels are moving faster than the lower engine speed requires causing a pull and breaking traction. Alternative a blip of the throttle raises the engine speed so when the clutch is released the driven wheels spin faster than they should so traction is broken.

Dirt Drop Drift
This technique is banned on most tracks. You allow the rear wheels to leave the tarmac surface into a lower grip one such as dirt, gravel or grass. The cars speed will remain pretty stable through this technique as the rear tyre friction is much lower.

Jump Drift
Similar to a Dirt Drop Drift again banned on most tracks. The rear wheels hit the rumble strip at the side of the track. The vibration is enough to upset the delicate balance of grip momentum and traction and the rear of the car slides.

Handbrake Drift
The easiest technique, used by beginners and pros to initate a drift and pretty much the only guaranteed way of sliding a FWD (front wheel drive) car (Its still not a proper drift though!). The handbrake is jabbed on causing the rear wheels to lock up and slide. When a slide is attained the handbrake is released allowing more control of the car and preventing too much loss of speed.

Feint Drift
Requires a feel for the balance of a car and needs you to sense the shockwave of swing as it flows through the car. Coming up to a right hand bend you steer to the left. Then as the back of the car moves left you steer to the right, the back of the car loses traction and starts to drift, then you countersteer and catch the drift. This is a popular technique and is often combined with other techniques, like the clutch kick, to help break the rear traction. Practice this one in large open areas.

Inertia Drift
This requires a lot of speed. Approaching a bend you need to decelerate throwing the weight of the car to the front wheels. When the back wheels become light you can steer the front into the bend and let the back wheels drift. Control is maintained with careful steering control and throttle inputs. A good technique to start drifting but requires experience as the speed involved is not very forgiving.


Source : www.driftlock.co.uk

What is Drifting?

Drifting is a driving style in which the driver uses the throttle, brakes, clutch, gear shifting and steering input to keep the car in a state of oversteer while manoeuvring from turn to turn. Drifters emphasise car control by coordinating the amount of countersteer (or opposite lock) with the simultaneous modulation of the throttle and brakes to shift the weight balance of the car back and forth through the turns. Furthermore, they strive to achieve this while adhering to the standard racing lines (or designated “clipping points” if drifting in competition) and maintaining extreme slip angles.

Track taditionalists are often quick to point out that drifting is not the fastest way around a racetrack – and they’d be right, but so what? What matters most with drifting, whether it’s at a grassroots practice day or an international competition, is having fun! There is something inherently exciting about negotiating a track with the car completely sideways, quickly countersteering in the direction of the slide while delicately modulating pressure on the throttle to balance the car. Not enough throttle and the car will lose momentum and straighten up – too much throttle and the car will spin out.

Many drivers really enjoy the fact that practicing the art of drifting at grassroots events teaches them how to safely control a car at its limit, while others simply enjoy the adrenaline rush of throwing a car around a track while completely sideways with smoke billowing from the rear tyres. In its simplest sense, drifting translates to pure driving enjoyment and fun.

Drifting as a sport began on the mountain roads of Japan in the early 1990s and quickly gained momentum before the first round of D1GP was held in 2000. Petrolheads on the other side of the globe quickly picked up on this new and exciting sport as a result of videos downloaded from the internet and decided to give it a go themselves. Two of these enthusiasts were Phil Morrison and James Robinson, whose love for the sport soon led to them setting up Driftworks in 2004.

What Do I Need to Start Drifting?

This is a question we get asked a lot, and the answer is a very simple one. You will need a rear wheel drive car, preferably with a limited slip differential or a welded differential – these are the only ingredients you need to get started. A car with a manual gearbox and resilient clutch, a functioning handbrake, coilover suspension and a supportive bucket seat will make things much easier again, allowing you to attack the turns with more vigour and confidence.

You can compensate for not having a lot of power by increasing the pressure in the rear tyres. It’s a myth that drift cars need to run poor quality rear tyres in order to drift succesfully – drift cars need as much lateral grip as a regular track car (if not more) in order to attain the huge speeds and massive angles that are often achieved at competition level. However, when you’re learning the basics at a grassroots practice day, cheap and/or part-worn tyres are perfectly suitable for learning the basics.

What Sort of Cars Make Good Drift Cars?

Essentially any rear wheel drive car is capable of drifting, especially if it’s fitted with a limited slip or welded differential. However, some cars represent much better value for money than others while having readily available upgrade parts, along with easy access to spares. Starter cars to look for include:

Nissan 200SXs/Silvias (S13, S14, S15 etc.)
Nissan Skylines (GTS variants are rear wheel drive)
BMW 3 Series
Toyota Supras
Ford Sierras

Alternatively, it is possible to convert 4WD cars to rear wheel drive simply by locking the centre differential and removing the drive to the front wheels, but bear in mind this will put a lot more stress on components that would normally only be dealing with a fraction of the power.

Where Can I Practice Drifting?

Drifting has become so popular around the globe in recent years that you can pretty much guarantee that there’ll be a practice day somewhere in your country. In the UK, Europe and the United States, practice days are held at a wide array of locations including purpose-built tracks and large tarmac areas. Drifting can be done pretty much anywhere that you can drive a car, although we do not condone doing so anywhere where members of the public are unwittingly involved or endangered.

You can find information on hundreds of specifically organised drift days on the Driftworks forum. Popular places to practice drifting in the UK include Teesside Autodrome, Driftland, Lydden Hill, Birmingham Wheels and “Drift What Ya Brung” days at Santa Pod Raceway.

Drifting Competitions

As with any sport, drifting quickly reached a level where drivers felt that they wanted to test their skills against other drifters in competition format. Professional level drifting competitions are hugely exhilarating and will often feature some of the most exciting driving you’re ever likely to see.

The competitors aim to complete a pre-defined course as laid out by the nominated judges while sticking as closely to the judged criteria as possible, earning points for their proximity to the clipping points, their speed throughout the course and, most important, the amount of style with which they do so. Slow drifting with a lack of commitment will get marked down – fast, balls out drifting will rack up the points!


Source : http://www.driftworks.com