Any idea abt yamaha r15?

Question

i have been seeing ad in the tv.. but not much info availabel in net!!!

Answer 1

VEHICLE SUMMARY

Name: Yamaha YZF R-15

Model: R15

Type: Sport Bike

Top Speed: 145kph+

Fuel Consumption:45kmpl

ENGINE SPECIFICATIONS

Displacement: 149.8cc

Engine: 150cc, Liquid-cooled, 4-stroke

Maximum Power: 17bhp@8500rpm

Maximum Torque: 15 Nm@7,500rpm

Gears: 6 Manual

Clutch: 160

Bore: 57

Stroke: 58.7

No. of Cylinders: 1

Valve Per Cylinder: 4

Chassis Type: Deltabox Frame

Cooling Type: Liquid Cooling

0 to 60: 3.20 sec.

DIMENSIONS

Length: 1995.00 mm

Width: 670.00 mm

Height: 1070.00 mm

OTHER SPECIFICATIONS

Weight: 131.00 kg

Ground Clearance: 160.00 mm

Fuel Tank: 12.00 ltrs

Wheelbase: 1290.00 mm

Turn Circle: 0.00 mtrs

Headlamp: 12V35W / 35W＋35W

Wheel Type: Alloys

Wheel Size: 80/90 / 100/80 mm

Tubeless: True

Colors: Yamaha Blue and Graphite

ACTIVE AND PASSIVE SAFETY

Suspension(Front): Telescopic

Suspension(Rear): Linked type Monocross

Brakes: Hydraulic, single disc

Brakes(Rear): Hydraulic, single disc

Stand Alarm: True

COMFORT AND CONVENIENCE

Fuel Guage: Digital

Self Start: True

Tacho Meter: Analogue

Trip Meter: Digital-2

Alloys: True

Speedometer: Digital

Passenger Footrest: True

Passenger Backrest: False

Step-up Seat: True

Pass-light: True

Low Fuel Indicator: False

Low Oil Indicator: True

Low Battery Indicator: True

High Oil Temp. Indicator: False

Choked Air Filter Indicator: False

Answer 2

price= rs. 97'551 ex delhi

Yamaha will blow off every other bikes manufactured in India with the new 150cc. Yamaha will christen this bike as YZF R15 and will score first -in-class/ first-in-indian bikes credits such as full fairing, front and rear disc, monoshock suspension system at the rear and twin lights. But the real attraction of the Yamaha’s 150cc R15 will be its four stroke, oil cooled,4-valve, liquid cooled and Fuel injected (FI) engine. The R15’s 150cc engine would develop maximum power in the range of 20-22bhp (if true, will make it more powerful than Karizma and Pulsar 220cc DTS-FI). Above all, Yamaha’s 150cc R15 will zoom past 60km/hr in just 3 second and 100km/hr in 9 seconds. Top speed of R15 will be around 145km/hr and it will consume a litre of petrol to go for 35-40km.

Answer 3

Yamaha YZF R15 is the first model for the Indian market designed in the true supersport image and featuring a high-level balance of enjoyable running performance on winding roads. Packed full of state-of-the-art technologies, the new YZF-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. The YZF R15 is powered by 149.8cc Fuel Injected liquid cooled engine that will be producing an almost impossible 17bhp with maximum torque of 15 Nm at 7500rpm; which makes it like the most powerful bike under 200cc range and has a 6-speed Transmission. Yamaha is showcasing its potential for India with some real performance.

It is based on totally race technology with which MotoGP bikes runs, technology with which R1 is built. It 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. Since sporty YZF R15 is shorter too and its height is just 1070mm. YZF R15 features F 80/90 -17 inches tyres in the front and 100/80-17 inches tyres in the rear. Both the tyres are tubeless.

Design

The “R” Design: This characteristic of motorcycles designed by YAMAHA as represented by the R series reflects the philosophy running through these models — expressing performance visually.

For example, YZF-R6 shows a strong body line that springs up in a single line from the rear axle to the pivot and then to the head pipe. This is a visual expression of the straight shape of the Deltabox frame. These elements are a visual expression of “frame rigidity.” Viewed from the side, the shape created by the side panel and the upper surface of the tank creates an impression of the center of gravity shifting to the front tire. This is a visual representation of how the front tire grips the road in its sporty running performance. Needless to say, YZF-R1, with its athletic build, is also a visual expression of performance. A characteristic of the R series is that, when you view the machine, you get a sense of its concept and performance.

This philosophy has been fully transmitted to YZF-R15. An important point to note is that this motorcycle is not a scaled-down version of YZF-R1 or YZF-R6. YZF-R15’s design is based on having an excellent engine cooling method.

The shape of the cowling around the radiator area was determined so that the shapes of the air intake area and the rear outlet area where the air is scooped out are optimized to improve radiator efficiency. As for the outlet area, the mid-cowl area was designed using sculpturing 3D methods to create a three dimensional shape with a sense of volume. This resulted in an outlet area through which air is directed outwards with minimal resistance. We were able to present the new R series also in terms of design, and we have been able to maximize the performance of the liquid cooled engine, which will be a first for the Indian market.

When viewed from the front, it gives a sense of volume that seems well beyond its 150cc displacement. This does not simply mean that it is voluminous, but that it is grounded in the Art of Engineering which transforms function into art.

Engine

YZF-R15 is equipped with this all-aluminum cylinder called the DiASil Cylinder and a forged piston, the same type of piston used in YAMAHA’s supersport bikes. The fact that both the piston and cylinder of YZF-R15 are all-aluminum ensures excellent heat dissipation, eliminates heat-induced engine power loss, and helps improve fuel efficiency. The DiASil Cylinder is given a special surface treatment to prevent oil evaporation from the cylinder’s surface and improve oil consumption. The cylinder also has excellent hardness and is considerably resistant to wear compared to conventional iron sleeves.

Additionally, the piston is made in a forging process, the optimum way of achieving lightweight designs.The reciprocating mass with the forged piston is approximately 20% less ( according to Yamaha test ) than with an engine of the same displacement fitted with a conventional cast aluminum piston. Resulting in an invigorating feeling when revving up. Conventional pistons are typically made in a casting process where molten aluminum is cast in a mold. YAMAHA developed its proprietary “controlled forging technology” in 1997, which enables mass production of forged aluminum pistons. These pistons have been used in sport models such as the R series. The same manufacturing process was used to develop YZF-R15. Forged pistons retain the excellent strength of aluminum alloys because the metallurgic matrix of aluminum is not affected during the fabrication process. Therefore, the piston can be made lighter and thinner.

Chassis

YZF-R15 is equipped with a linked type monocross suspension that delivers a comfortable ride and a cushioning performance that is less prone to bottoming out. In particular, it reduces annoying “sinking” when riding tandem. The linked monocross suspension consists of a link mechanism sandwiched between the rear arm and cushion unit to create changes in the lever ratio based on the lever effect. When the shock absorber is almost fully extended, the lever ratio is high and therefore the spring is soft, and the damper works softly as well.

As the shock absorber strokes in, the lever ratio gradually decreases and the spring rate increases. Eventually, when it is nearly fully stroked in, the lever ratio becomes small and the spring becomes hard and strong. The damper also becomes hard. By making changes to the lever ratio in this way, we were able to achieve soft riding comfort as well as excellent damping under intense load conditions. The optimization of the frame and rear arm rigidity of the Deltabox Frame combined with the effects of the linked type monocross suspension achieve good riding comfort, agile handling, and turnability, hardly ever causing bottoming out.

Fuel Efficiency

In order to maximize the efficiency of the fuel injector, which injects the optimum amount of fuel for different amounts of intake air, YZF-R15 is equipped with a large 3-liter air cleaner. The duct area of the intake duct was designed optimally to optimize the flow of intake air. Additionally, the use of a 4-valve combustion chamber (a combustion chamber with 2 intake and exhaust valves each) has allowed designers to layout the spark plug at the center of the combustion chamber for better flame propagation. This also increases the total valve area relative to the 2-valve chambers for improved intake/exhaust efficiency (volumetric efficiency). YZF-R15 is fitted with a hemispherical 4-valve combustion chamber, a configuration that allows intake and exhaust valves to be laid out in the smallest size possible.

Following are some performance figures of Yamaha R15:

1) 0-60km/h : 3.0 sec

2) 0-100km/h : 9.0 sec

3) Top speed : 145km/h

4) Fuel economy : Around 35-45kmpl

Click here for comparison of Yamaha R15 with Bajaj Pulsar 220 & Hero Honda Karizma R

Main Features of Yamaha R15:

(1) A newly developed 150cc liquid-cooled, 4-stroke, SOHC, single-cylinder fuel-injected engine.

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

(3) Eco-friendly performance that clears the next-phase Bharat 4 emissions standard.

(4) The “Deltabox frame” known for excellent rigidity balance.

(5) Impressive “2-eye” multi-reflector headlight design in the YZF-R series image.

(6) Six Speed Gear Box.

(7) Dual Head lamp.

(8) Front and Rear Tubeless tyres.

(9) Full Front Fairing.

(10) Digital Speedoconsole.

(11) Front and Rear Disc Brakes.