Drifting Car Accessories

Drifting is a former name for a driving technique, based on loss of vehicle's traction in the rear wheels when passing the turns and preserving control over the car at a high exit speed. A car is considered to be drifting when the rear slip angle is bigger than the front slip angle prior to the corner apex. Front wheels are faced to the opposite direction from the turn and the driver should control all these tractions not to bump the hence with car's air dams. Today drifting has become a motor sport discipline and professional competitions are held across the world. Drifting has evolved into a competitive sport where drivers compete in rear wheel drive cars, and occasionally all wheel drive cars, to earn points from judges based on various factors.

Average drift vehicles are customized light rear-wheel-drive coupes and sedans starting from 200 Hps under the hood. There different methods related with building a drift car but here are some common trends. The first rule is to verify that the car is in a good running condition. Devote special attention and check for brakes. Since you will be using the e-brake to initiate drifts and to correct drift angle once the car is sliding sideways, you need to make sure the rear brake pads are in good condition. Another important rule is reducing car's weight by taking off all unnecessary car accessories. Also you should have a good bucket seat with a perfect side support in order to keep your body when drifting. The most essential modification for any drift car is going to be a Limited Slip Differential, or LSD. A cheap alternative to buying a LSD, popular with the drifting community, is welding the spider gears together in the factory differential and using the stock axels.

Here are the most famous car models used for drifting:

Nissan Silvia is the name given to the continuous line of sport coupes which were built on the Nissan S platform. Recent models by that manufacturer were also equipped with this Nissan Accessories. Among them is European Nissan 200SX and North American Nissan 240SX in the S13 and S14 generations. Drifting fans are well acquainted with Nissan Silvia S15 that boasts with perfect drifting characteristics. The Spec-R differed from previous Silvia models by featuring a 6-speed manual transmission. The Spec-R also featured with extensive chassis and suspension strengthening via the use of larger anti-roll bars and strut bracing. The Spec-S has only a 5-speed manual transmission, 2-piston front brake caliper and a slightly smaller brake booster. The Spec-S also only featured the viscous limited slip differential, the same unit found in the S14.

Toyota Supra is specifically intended to be a high speed sporty performance 2 door, as opposed to a hard core race ready sports car. Supra comes with a powerful engine which generates up to 220 horsepower with a torque of 215 lbs per foot. The availability of the twin turbocharged three liter engine, which produces up to 320 horse power and 315lbs per foot of torque are just some of the Toyota Accessories available for Supra. Despite the Supra's heavy front end and uneven weight distribution, which made traction to the rear wheels difficult, some have used the Supra for top level drifting events. Such cars are usually consisted of many car accessories including JGTC racer including the tail lights, doors and foot pedals and boasts of over 700 bhp outputted from a modified 3.4 liter engine.

Mazda RX-7 is a sports car produced up to 2002, featuring with 1146 cc twin-rotor Wankel rotary engine and a sporty front-midship and rear-wheel drive layout. The RX-7 is a direct offspring of the RX-3 and subsequently a replacement to all Mazda rotary cars. The original RX-7 is known in America as a two-seat coupe, with optional "occasional" rear-seats, marketed as a dealer installed option for the North American markets. Both FC and FD are considered popular models for drifting contests. The FD has a sequential twin turbocharged system was a very complex piece of engineering, developed with the aid of Hitachi. The system was composed of two small turbochargers, one to provide torque at low RPM. The 2nd unit was on standby until the upper half of the rpm range during full throttle acceleration.