SKF has 
						been supplying Scuderia Ferrari with high performance 
						bearings and seals that aim to reduce friction and 
						weight to help improve the overall efficiency of 
						Maranello's grand prix single-seaters, for 64 years. SKF 
						will be part of the picture when, tomorrow, the two 
						Ferrari 
						150° 
						Italias take to the Buddh International circuit in 
						Greater Noida as part in the first ever Formula 1 race 
						to be held in India.
						The modern Formula One 
						cars are considered as the fastest circuit-racing cars 
						and often set industry benchmark through constant 
						innovation and experimentation in machinery and 
						technology. In addition, each F1 track has unique layout 
						and provides different set of challenges for the cars to 
						handle high speed cornering and straights.
						SKF’s Racing Unit 
						supplies Ferrari with around 150 critical components 
						made up of bearings and seals for the engine, gearbox, 
						wheels and suspension that all aim to increase 
						efficiency, reduce friction, weight and manage power 
						density which optimises the bearing performance through 
						maximising fatigue performance.
						Shishir Joshipura, 
						Managing Director & Country Manager, SKF India said this 
						week: “We take immense pride in being a technical 
						partner to Scuderia Ferrari Formula One Team for the 
						past 64 years.  Formula 1 racing is an opportunity for 
						us to challenge ourselves to come up with the best in 
						class technology and showcase our wide array of 
						offerings. With our decades of experience in providing 
						high specification engineering solution, we are well 
						poised to address extreme challenges faced by today’s 
						modern F1 car like high rotations, frictions, high 
						accelerations, loads and extreme temperatures, critical 
						for superior performance.”
						SKF’s dedicated Racing 
						Unit will help Ferrari endure technically demanding 
						challenges of the Buddh international circuit involving 
						combination of slow speed turns and high speed straights 
						by providing solutions including ceramic balls and 
						rollers that reduce the car’s weight, increase stiffness 
						and sustain the temperature as high as 200 degree 
						Celsius, 'NoWear' coatings that enable the car in 
						sliding friction by 80 percent as compared to 
						conventional un-coated steel, needle roller bearings 
						with special coatings which can sustain high temperature 
						with a reduced flow of oil, and 'Bearing Beacon', a 
						computer based bearing simulation tool the checks the 
						risk of development of new components.