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http://tamilnadu.schools9.com/anna083.htm

http://results.squarebrothers.com/anna-university-results/nov2008/

Good Luck!

Yamaha FZ16 is all set to hit the road. Contrary to speculation, it is not FZ-15, FZ150 or Fazer-15. Yamaha FZ16 has a muscular look. The bike gets its looks from the global FZ series known for awesome looks and tremendous power. The bike has some awesome features and the bike is finished to ultimate degree of perfection. This is because finest components have been used in the manufacturing.

When it comes to FZ16, the word big describe it all.Big wide tyres, huge tank, big center mass, mid-ship stubby silencer and big everything.

FZ16 features and specifications:

Displacement: 153 cc

Engine: Air cooled, 4 stroke

Maximum power: 14 bhp@7500rpm

Maximum torque: 13.6Nm@6000rpm

Gears: 5 manual

Clutch: Constant wet multi plate

Suspension (Front): Telescopic

suspension (Rear): Monocross

Brakes: 267mm hydraulic disc

brakes (Rear): Drumm

stand alarm: Yes

Fuel guage: Digital

Self start: yes

Speedometer: Digital

Low battery indicator: yes

Tubeless: Yes

The mini-Fazer features state of the art – YTPS (Yamaha Throttle Position Sensor), for better throttle response and fuel efficiency and will be loaded with a fully digital console with digital readout for RPM, Speed and Trip. Priced at Rs. 65,000 (Mumbau, may vary) is a good deal.

For more information visit autos.maxabout.com

Have a look at some of the pictures.

Will this high quality masterpiece can become a rage for the next generation? Let’s wait and watch

waiting to smash all the records

Get ready to feel the experience of the most awaited  machine of the year 2008. Yes, one can expect the exceptional motorcycling experience on Yamaha’s YZF R15.

Packed full of state-of-the-art technologies, R15 boasts performance worthy of a supersport model and a body design that evokes the image of the YZF-R series and gives visual expression to the quality of its ride. I will try to give readers some valuable information, key features, prices and some exciting pictures.

Engine specification:

Displacement: 149.8cc (4 stroke)

Cooling: Liquid cooled

Maximum power: 17bhp@8500rpm

Maximum Torque: 15Nm@7500rpm

Gears: 6

Clutch: wet plate

Fuel Injected engine.

Other specification:

An all-aluminum “DiASil Cylinder” produced by an exclusive Yamaha casting technology.

Fuel Gauge: Digital

Cranking: Self start

Speedometer: Digital

Tachometer: Analog

Suspension(Front): Telescopic

Suspension(Rear): Linked type monocross

Brakes: 240mm disc (rear and front)

Headlamp: “2-eye” multi-reflector headlight

Tubeless tyres

Above all, Yamaha’s 150cc R15 will zoom past 60km/hr in just 3.2 second and 100km/hr in 9 seconds. Top speed of R15 will be around 145km/hr and it will consume a liter of petrol to go for 35-40km.

R15 has India’s first 150cc 4 valve engine with forged pistons, Deltabox frame & 6speed gear box. It’s overall length is 1995mm, overall width is 670mm and its wheels base is 1290mm.  YZF R15 features F 80/90 -17 inches tyres in the front and 100/80-17 inches tyres in the rear. Price about Rs. 97,425(Mumbai, May vary).

The race begins

 

 

 

 

The best way to reduce the oil consumption and thereby increasing the efficiency is to use light weight material. Carbon fiber is a material, having good strength and is light in weight when compared to material which is presently used in automobile industry (two times stronger and two third less in weight than steel).

Carbon fibers are thin strands of carbon which can be bound together and then molded to any shape. Replacing this with the current steel can reduce the weight of the automobile by nearly 60%, this in turn  reduces the fuel consumption by 30%. This is quite a good in fuel saving. The other benefit of using this carbon fiber is that it reduces the emissions by 10% to 20%.

This is what wikipedia has to say about carbon fibers:

Carbon fiber (alternately called graphite fiber or graphite fiber) is a material consisting of extremely thin fibers about 0.0002–0.0004 inches (0.005–0.010 mm) in diameter and composed mostly of carbon atoms. The carbon atoms are bonded together in microscopic crystals that are more or less aligned parallel to the long axis of the fiber. The crystal alignment makes the fiber incredibly strong for its size.