วันพุธที่ 2 กันยายน พ.ศ. 2552

Harley-Davidson FatBoy

History
Harley Davidson motorcycles have been in existence since 1901 when William Harley drew his first set of plans. Throughout the years there have been many different Harley motorcycles. One of the best moves Harley made was to introduce the Fat Boy in 1990, giving Harley the best sales record for the heavier cruising bikes.

Function
The Harley Davidson Fat Boy is a custom cruiser---made for taking long trips without too much suffering on the rider's backside. The seat is large enough for a second person to comfortably ride along on the longer trips. The Fat Boy is ideal for cross-country bike trips.


Types
Different types of Fat Boys were made in different years. In 2005 Harley Davidson created a 15th anniversary Fat Boy custom cruiser with a smaller engine (88 cubic inches). This particular Fat Boy has 88 foot-pounds of torque at 3,800 rpm. While the engine is smaller than the engine in the 2007 Fat Boy, the qualities of the bike are the same---it allows for long cruises without complaints from the driver's various body parts. In 1994 the FXR frame was replaced with the Dyna frame, giving the earlier bikes a slightly different look, though in 1999 and 2000 Harley brought the FXR frame back or a few limited edition models.
Features
Harley Davidson Fat Boys have many different aftermarket options that can be easily applied to the bike. One of the best options is the add-on luggage. Saddlebags are made just for the Fat Boy---the bags can be made from leather or fiberglass. The Fat Boy also has a trunk specifically made for the bike. The trunk is attached to the rear fender and sissy bar and allows for storage of extra items for long trips. There are also many bolt-on chrome applications available for the Fat Boy---from custom air cleaners to foot pegs and highway pegs. Because of the popularity of the Harley Davidson Fat Boy, there is no shortage of aftermarket pieces to prettify the bike.

Considerations
The Harley Davidson Fat Boy is a large bike---just one of the considerations you must take into account if you are vertically challenged. If your feet do not touch the ground, you must be an experienced rider. The weight of the bike---680 pounds dry (no fuel or extras such as bags added) will throw around even a strong person who can reach the ground in an uncontrollable situation.

Suzuki Hayabusa

Hayabusa. To non motorcyclists the word probably equates to something that Teenage Mutant Ninja Turtles might utter as a war cry. Japanese ornithologists call the peregrine falcon Hayabusa.

To motorcyclists though, the word Hayabusa represents something even faster and more special.

1340cc of Suzuki performance the likes of which had never been seen before its 1998 inception - and to this day still hasn’t been equalled. Sure, a couple of bikes might give the Hayabusa a nudge on the dyno (for outright horsepower) but out on the road nothing comes close to the unadulterated joy that a Hayabusa’s right twist grip can bring.

The Suzuki Hayabusa really has to be experienced to be appreciated. Quite simply, there is nothing else like it. The fuel injection response is impeccable and the engine never seems to be working hard.

In fact I don’t really know why Suzuki bothers with fitting a gearbox. It doesn’t matter what gear you are in or what revs are showing on the tachometer, effortless acceleration on the Hayabusa is only a twitch of the wrist away.

The tight series of hairpin bends and 15km/h sign-posted switchbacks that climb to the peak of Mount Buller is a litmus test for the flexibility of any engine. I traversed the whole route in third gear while carrying a pillion and still made satisfying progress.

The Suzuki Hayabusa must have made me look like a criminal though as on the way back down I was breath tested twice and also drug tested just for good measure. I am all for getting drunks off the road but removing my helmet twice in the space of a few kilometres on a nice sunny afternoon did start to get tiring!

In all-out attack mode the Suzuki Hayabusa's engine is equally impressive but also a little deceptive.

The drive is so seamless it makes the top-end power delivery perhaps not quite as exciting as a litre class sportsbike.

It feels tame enough for your granny to ride it to the shops. That’s some achievement for a bike that makes more power than Mick Doohan could have dreamed about when he was racing Grand Prix.

And the Suzuki Hayabusa does it smooth as silk while consuming only six litres per 100km in cruise mode. Find something on four wheels that can cover a standing quarter mile (400 metres) in nine seconds with ease time after time and then take you home with small-car-like fuel economy.

In the Suzuki Hayabusa the 0-100km/h dash takes less than three seconds and 0-200km/h a leisurely seven seconds. Go directly to jail, do not pass go and do not collect $200.

Yes, the Hayabusa is a danger to your licence but then again so is everything in this day and age of draconian law enforcement. Maybe we should all get postie bikes and alfoil hats instead...

If the road turns slippery select the B or C setting on the Suzuki Drive Mode Selector and the power is reduced somewhat in order to make the bike easier to handle.

Of course, the hefty mass of the Suzuki Hayabusa also does dampen the exhilaration a little compared to a lightweight sportsbike but in the bends it hides its girth well. Sit back and rely on the grunt to do the work or get animated with the machine in the tight stuff if you wish and enjoy the satisfaction that hustling a big bike can bring.

Tokico supply the radial mount four-piston calipers and they are man enough to pull the 220kg Hayabusa up time after time without complaint. Good brakes are useless without suspension to back them up and here Suzuki have graced the twin-spar aluminium frame with high-spec KYB 43mm inverted forks.

Giving the 190/50 Bridgestone hoop at the rear half a chance of finding traction is an equally impressive KYB shock that is also fully adjustable in every plane. Tyre wear always was the bugbear of Hayabusa ownership when the model was first released 10 years ago but tyres have improved even more than the Hayabusa’s suspension and can now hang in for as much as 10,000km. In 1999 a rear could be destroyed in a spirited weekend ride.

Another thing that has also improved in the decade since the Suzuki Hayabusa was launched is the styling.

When it was first revealed small children started crying and latte sippers winced at the long and slightly bulbous Hayabusa’s affront on the visual senses. Fast forward to 2009 and the Hayabusa is one Japanese motorcycle that has certainly not dated.

If anything, the Hayabusa’s styling has now come of age. I actually love the look of the latest model, particularly in white, and the quality of finish is superb.

The Suzuki Hayabusa is a modern day motorcycling legend. It is a bike with great presence and personality the likes of which are normally only reserved for sportsbike exotica.

The Hayabusa is sometimes marketed as a sports-tourer but really the riding position is much further toward the sporting side of the equation and could do with a little more legroom to be a touring mount.

But at the end of the day the Suzuki Hayabusa always makes you feel like a million dollars as when aboard you always know you are riding something very special. And it is one of the few bikes that also makes you feel special in the process.

refer to: drive.com.au/

Yamaha YZF-R1

Yamaha YZF-R1

The Yamaha YZF-R1, introduced in 1998, is a sport bike manufactured by Yamaha Motor Company.

1998–2000

Yamaha launched the YZF-R1 after redesigning the Genesis engine to offset the crankshaft, gearbox input and output shafts and this "compacting" of the engine yielded a huge dividend in that the total engine length was now very short. This allowed the wheelbase to be shortened significantly which resulted in much quicker handling and an optimized center of gravity.

The launch model Yamaha YZF-R1 was available in white/red or blue. In Europe the blue proved to be the most popular and was in very short supply, added to by early models being subject to a worldwide recall for a clutch problem. This bike has a compression ratio of 11.8:1. with a 6-speed with a multi-plate clutch transmission. Yamaha today describe the launch R1 as the true value of "Kando".

R1 instrumentation

The 1999 R1 saw only minor changes, apart from paint and graphics. Notably improvements were a redesigned gear change linkage and the gear change shaft length which was increased for better gear shifting. Fuel tank reserve capacity was reduced from 5.5 liters to 4.0 liters, while the total fuel tank capacity was unchanged at 18 liters. A second worldwide recall to change a coolant hose clamp under the fuel tank which could under hard use come adrift affected the early 1999 models, with all 1998 models were all recalled.

2000–2001

In 2000, Yamaha introduced a series of changes to improve the bike, plus minor changes to the body work to allow for better long duration ride handling. The R1 was an excellent bike to live with on short runs, but due to its quick handling was not a favorite longer run bike. Yamaha's main design goal was to sharpen the pre-existing bike and not redesign it. Even so they instituted over 150 changes in hopes of making an already light, sleek and mean motorcycle even lighter, sleeker and meaner. For example, even with the addition of the new Air Induction System, which weighs four pounds, the overall weight of the bike is down five pounds to 414 lb (188 kg) dry. At 127.8 bhp (95.3 kW), top-end output remains the same but changes to the engine management system are supposed to result in a smoother, broader distribution of power.The bodywork is still unmistakably R1 although a few changes were made resulting in a 3% reduction in the drag coefficient. The headlight housing has a sharper profile, the side panels are more aerodynamic and slippery and the windscreen has been reshaped for better rider protection. In fact the bodywork changed so much that bodywork from previous R1s will not fit the Y2K edition. Also updated is the seating area. The fuel tank is reshaped with a more relaxed rear angle and deeper leg recesses to provide for better rider feel. The seat extends further towards the front of the tank and the new, steeper seating position puts additional weight on the front end. All of this is aimed at improving weight bias and offering sharper cornering and more stability. Again, the resounding theme here is to sharpen what was already a very sharp package. The carburetors have been rejetted in an effort to improve throttle response—especially in the low end—all the way up to the bike's 11,750 rpm redline. The redesigned camshafts are lighter and use internal oil ways to lubricate journals that, when combined with reduced tappet clearance, provide less friction and create less engine noise. Also changed within the crankcase is the gearbox featuring a taller first gear, a hollow chrome-moly shift-shaft with an additional bearing and a completely redesigned shift linkage and foot pedal. These changes are aimed at nixing last year's transmission complaints as well as helping to transfer as seamlessly as possible the R1's prodigious power to the pavement.

2002–2003

A new fuel injection system was introduced for the 2002 year, which worked like a carburetor by employing a CV carburetor slide controlled by vacuum created by the engine. With a similar power output to the 2001 bike, the engine was developed (larger bore, shorter stroke) to rev higher, faster and for longer. For 2003, the only change was the choice of colors, fitted hazard warning lights and dipped headlights, which stay on all the the time the engine is running. The previous years all had a "Red" option, but this was replaced by a black with red flames "Special Edition" which cost an extra $100. Also in 2002, Yamaha released the newly developed "Deltabox III" frame, which, with its hydro formed construction, dramatically reduced the total number of frame welds, thereby greatly improving the frame's strength and torsional rigidity. The rear end of the motorcycle was updated and streamlined with a LED taillight. This allowed for very clean rear body lines when choosing one of several common after market modifications, such as removal of the turn signal stalks and stock license plate bracket; and replacing them with assorted available replacements that "hug" the body or frame. Also, front end lighting was improved in 2002, between the higher definition headlights and also side "parking" lights within the twin-headlight panel, giving more after market possibilities to remove the front blinkers and utilize these front lights as directional or hazard markers while stopped.

2004–2005

With the competition advancing, Yamaha took to a major development. This included style updates like an underseat twin exhaust, and performance upgrades including radial brakes and for the first time on an R1 Ram-air intake. Furthermore, the wheelie-tendency known from earlier productions is drastically reduced by changing frame geometry and weight properties. The all new engine (no longer used as a stressed member of the chassis) featured a separate top crankcase and cylinder block. The 2004 R1 produces a stated 172 hp (128 kW) at the crankshaft (excluding ram air,180 hp (130 kW) with ram air) and also weighs 172 kilograms (dry). The conventional front brake calipers were replaced by radially-mounted calipers, activated by a radial master cylinder. Also newly added for this year was a factory installed steering damper. Combined with the changes to the frame, it helped to eliminate the tendency of the handlebars to shake violently during rapid acceleration or more so during deceleration on downgrade and less-than-perfect surfaces (aka "tank slapping").

2006

In 06, Yamaha is now rated with 180 hp (130 kW) at the flywheel. In addition, the swingarm was extended 20 mm longer due to acceleration instability. Also, in 2006 the 50th anniversary of Yamaha racing in America, Yamaha released the limited edition version in original Yamaha racing colors. The model (LE/SP) featured a Kenny Roberts replica paint pattern with yellow and black paint, and front and rear custom Öhlins suspension units developed by the people who work on the YZR-M1 MotoGP bike. Custom forged aluminum Marchesini wheels specifically designed for the LE shaved nearly a pound of unsprung weight. And a back torque-limiting slipper clutch, and an integrated lap timer rounded out the package making the LE more of a production racer. It had an MSRP of $17,999 and only 500 units were made for the United States.

An all-new YZF-R1 for the 2007 model year was announced on 8 October, 2006. Key features include an all-new inline four-cylinder engine; going back to a more conventional 4-valve per cylinder rather than Yamaha's trade mark 5-valve genesis layout. Other new features are the Yamaha Chip Control Intake (YCC-I) electronic variable-length intake funnel system, Yamaha Chip Control Throttle (YCC-T) fly-by-wire throttle system, slipper-type clutch, all-new aluminum Deltabox frame and swingarm, six-piston radial-mount front brake calipers with 310 mm discs, a wider radiator, and M1 styling on the new large ram-air ports in the front fairing. 2008 brought BNG and the ability to buy limited edition Fiat plastics.

2009

2009 Yamaha YZF-R1.

In late 2008 Yamaha announced they would release an all new R1 for 2009. The new R1 takes engine technology from the M1 Moto GP bike with its crossplane crankshaft, the first ever production motorcycle to do so. Crossplane technology, puts each connecting rod 90° from the next, with an uneven firing interval of 270°- 180°- 90°- 180°. The idea of this technology is to reduce internal crankshaft torque, thus giving the new R1 a more linear power delivery. Yamaha claims the bike would give the rider 'two engines in one', the low torque of a twin and the pace of an inline four. As with previous incarnations of the R1 the 2009 model keeps its YCC-T (Yamaha Chip Controlled Throttle). The R1 is now rated at 182 PS @ 12,500rpm at the crankshaft (without ram-air).

Another advancement included on the 09 model is D-Mode Throttle Control Valve Mapping which allows a rider to choose between 3 distinct maps depending on the rider’s environment. Each mode of operation controls YCC-T characteristics changing how the R1 reacts to driver input. The first mode is Standard Mode, which delivers performance for a wide variety of driving conditions. The second mode is "A" mode which will give a rider more available power in the lower to middle RPM range. The 3rd mode is "B" mode, which is a dial back of the previous mode, designed to soften throttle response in inclement weather and heavy traffic. D-Mode throttle control is controlled via the rider through a forward mode button near the throttle.

Overall handling of the R1 was improved through several changes to frame and suspension. A new sub frame was designed for the 09 R1 which is magnesium cast in a carbon fiber mold. This new sub frame offers a superior strength to weight ratio, while helping keep mass closer to the center of gravity and subsequently gives the bike greater handling performance. The rear shock on the 09 offers variable speed damping as well as an easy to tweak preload via a screw adjustment. The rear shock now connects underneath the swing arm through different linkage; a change from previous years models. Front suspension takes its cues from the M1 as the left fork handles compression damping while the right controls the rebound duties. As an added bonus to overall handling and safety, this is the first year Yamaha developers included an electronic steering damper on a production R1.

The overall look of the R1 has changed drastically. In a side by side comparison between last year’s model and the 09; to the eye, the 09 looks much more compact and could be compared to the size of the R6r. The center up exhaust on the 09 seems significantly larger compared to previous years, due in some respects to changes in emissions controls. The front has the same classic R1 shape, though the air intake location and headlamp design have been revamped on the 09 model; utilizing only projector lamps and using the new found design space within the nose cone to reroute ram air tubes next the lights. Four color schemes have been released for the 09 Model: Blue/Black; Red/black; White/Red; Yellow/Black.

refer to: wikipedia

Honda CBR1000XX BlackBird

Honda CBR1100XX

The Honda CBR1100XX Blackbird was the world's fastest production motorcycle when launched in the summer of 1996, surpassing the legendary Kawasaki ZX-11. Two years later the title had passed to the Suzuki Hayabusa. Nonetheless the Blackbird has earned a solid reputation as a powerful, fast, smooth and very reliable sport-touring motorcycle. As an example of its reliability, Dale Wilson rode over 1500 miles a day on a Blackbird for seven consecutive days in late spring of 2007, setting a motorcycle endurance record. The Blackbird name is an obvious nod to the Lockheed SR-71 aircraft.


Production of the Blackbird began in 1996 and halted in late 2007. The Blackbird was last imported to North America in 2003. Major changes to the Blackbird were introduced in 1999, when Honda switched from carburetion to PGM fuel injection. Many other modifications were also made in 1999. The 2001 Blackbird received an LCD instrument cluster. Since then, only the color schemes have changed.

The Blackbird was a founding bike in the hyper sport touring niche market, along with the Kawasaki ZX-11. This market has since expanded to include the Suzuki Hayabusa and Kawasaki ZZR1400/ZX-14. In the US the CBR1100XX never sold as well as the Suzuki Hayabusa, although it is appreciated for its elegant lines and dual counter balancer shafts which give the Blackbird its exceptional smoothness.

http://blog.click2guru.com/wp-includes/js/tinymce/plugins/wpgallery/img/t.gifhttp://blog.click2guru.com/wp-includes/js/tinymce/plugins/wordpress/img/trans.gifSome of the 1999-2000 models have had their wiring looms replaced by Honda under warranty, this was due to corrosion around an unused "block connector". This connector is only used once to test the bike's electronics after manufacture and then simply taped up. Corrosion of this connector caused short circuits and a failure to run.



Specifications

1997

Engine

Liquid-cooled 4-stroke 16 valve DOHC inline 4

Bore x Stroke

79 x 58 mm

Displacement,

1137 cc

Compression ratio

11:1

Fuel

91 octane unleaded gasoline

Carburetors

42 mm slanted flat-slide CV x 4

Max. Power

121 kW (164 HP) @ 10,000 rpm

Max. Torque

124 N·m @ 7,250 rpm

Ignition

Computer-controlled digital transistorised with electronic advance

Starter

Electric

Transmission

6-speed close ratio gearbox

Final drive

17 tooth front sprocket, 45 tooth sprocket (US) 530-110 'O'-ring sealed chain

Dimensions (LxWxH)

2,160 x 720 x 1,170 mm

Wheelbase

1,490 mm

Seat height

810 mm

Ground clearance

130 mm

Fuel tank Capacity

23 L, including 4 L reserve

Wheels

Hollow-section triple-spoke cast

Tires front

Bridgestone BT 57 - 120/70 ZR17 Radial

Rear

Bridgestone BT 57 - 180/55 ZR17 Radial

Suspension front

43 mm HMAS Cartridge-type fork, 120 mm travel

Suspension rear

Pro-link HMAS with gas-charged damper, rebound adjustable 120 mm travel

Brakes front

Linked Braking System, 310 mm dual disks with "dual combined" three-piston calipers

Brakes rear

Linked Braking System, 256 mm single disk with three-piston caliper

Dry weight

223 kg (491 lb)

1998

The water pump is changed. The other changes are minor.

1999

Major update.

  • PGM FI fuel injection system is introduced.
  • Ram-air system is introduced. It provides engine with more air at high speeds (above 200 km/h) utilizing aerodynamic pressure, thus raising power output to a claimed 164 HP at 9500RPM (at the crank).
  • Revised linked brakes with altered proportioning between front and rear.
  • Fuel tank capacity is increased from 22 to 24 litres.
  • The choke lever is removed from the left side switch assembly as it is no longer necessary.
  • To accommodate the ram air tubes, the oil cooler becomes shorter and wider.
  • The inner and outer fork bushings are wider, changing the fork lowers and sliders.
  • The sidestand warning light on the instrument cluster becomes the FI warning light.
  • The wide part of the front axle (left side) becomes 10mm longer, which makes the left-front axle space 10mm shorter.
  • The two bulbs in the taillight are vertically aligned, in previous years they were side by side.
  • Front wheel hub is enlarged, the brake rotors are changed.
  • The ignition switch is changed. The 99+ keys are longer.
  • The rotor carriers, stator cover and clutch cover are a light titanium color.
  • The number of clutch plates is reduced from nine to seven.
  • The rear inner fender changes shape to accommodate additional electronics.

Only available in black, other colours like Red available in the european market.

2000

No changes

Only available in titanium in the USA, other colors such as candy blue available in other markets.

2001

New dashboard now has a digital speedometer and other indicators, except tachometer, which is now in center of dashboard.

Only available in Red in the USA, other colors available in other markets.

2002

New EFI mapping to comply with emission standards and eliminate abrupt throttle response at low speeds.

Only available in silver

2003

Only available in black USA, other colors available in other markets.

2005

Honda factory manual states fuel tank capacity is 23 litres.

2007

Australian models receive ABS brakes and available in black.

refer to: wikipedia

Ducatio Monstor 696

Ducati Monster 696 is the 2008 generation of the Ducati Monster line of motorcycles. It was announced in November 2007 and includes some improvements in ergonomics including the lowest seat height of any Ducati. Weight has been reduced 5 kg on the previous model, the Ducati Monster 695 It was officially launched in early April 2008 in Barcelona.






The MSRP of the 696 is US$8,995.

Design changes

  • Ergonomics
    • shorter reach to bars
    • lower seat height
  • Swappable tank color panels
  • Reduced weight by 5 kg (11 lb)
  • Engine power increase (9% boost)
  • New engine cylinder heads
  • New maintenance schedule
  • Trellis frame mounts to an aluminum subframe

Specifications

Top speed

128mph

1/4-mile acceleration

secs

Power

67.5bhp

Torque

44ftlb

Weight

161kg

Seat height

770mm

Fuel capacity

15 litres

Average fuel consumption

45mpg

Tank range

150 miles

Insurance group

11

Engine size

696cc

Engine specification

8v Desmo V-twin, 6 gears

Frame

Tubular steel trellis

Front suspension adjustment

43mm USD forks, non adjustable

Rear suspension adjustment

Single shock, preload and rebound adjust

Front brakes

2 x 320mm, four poston calipers

Rear brake

245mm disc

Front tyre size

120/60 x 17

Rear tyre size

160/60 x 17


refer to:
wikipedia, motorcyclenews.com