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Saturday, December 17, 2011

Bajaj Avenger DTS-I


Overview
Make Bajaj
Model Avenger
Variant DTS-i
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 40 kmpl
Fuel Capacity 14 litre
Fuel Reserve 3.4 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke DTSi
Displacement 200 cc
Compression Ratio 9.5:1
Maximum Power 16.5@8000 BHP@RPM
Maximum Torque 15.22@6000 Nm@rpm
Bore 63.5 mm
Stroke 56.4 mm
Ignition CDI
Dimensions
Length 2195 mm
Height 1070 mm
Width 750 mm
Clearance 162 mm
Saddle Height 1475 mm
Curb Weight 152 kg
Total Weight -
Weight Carrying Capacity -
Chassis -
Drive Train
Clutch 5 speed manual transmission
Gear Box 5-Speed

Bajaj Pulsar 220 DTS-Fi


Overview
Make Bajaj
Model Pulsar
Variant 220 DTS-Fi
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy -
Fuel Capacity 15 litre
Fuel Reserve -
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke SingleCylinder AirCooled
Displacement 220 cc
Compression Ratio -
Maximum Power 20.0@8500 BHP@RPM
Maximum Torque 19.12@6500 Nm@rpm
Bore -
Stroke -
Ignition -
Dimensions
Length 2035 mm
Height 1165 mm
Width 750 mm
Clearance 165 mm
Saddle Height -
Curb Weight 150 kg
Total Weight -
Weight Carrying Capacity -
Chassis -
Drive Train
Clutch Wet Multidisc
Gear Box 5-Speed

Bajaj Pulsar 200cc DTS-I


Bajaj Pulsar 200cc DTS-IOverview
Make Bajaj
Model Pulsar
Variant 200cc DTS-i
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 38.3 kmpl
Fuel Capacity 15 litre
Fuel Reserve 2 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke SingleCylinder AirCooled
Displacement 200 cc
Compression Ratio 9.5:1
Maximum Power 18.0@8000 BHP@RPM
Maximum Torque 17.17Nm Nm@rpm
Bore 67 mm
Stroke 56.4 mm
Ignition Digital CDI
Dimensions
Length 2195 mm
Height 1070 mm
Width 750 mm
Clearance 165 mm
Saddle Height -
Curb Weight 145 kg
Total Weight -
Weight Carrying Capacity -
Chassis Frame type Double cradle type.
Drive Train
Clutch Wet, multidisc type.
Gear Box 5-Speed

Bajaj XCD (Exceed) 125cc DTS-Si


Overview
Make Bajaj
Model XCD (Exceed)
Variant 125cc DTS-Si
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 109 kmpl
Fuel Capacity 8 litre
Fuel Reserve -
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke Natural Air Cooled
Displacement 154.58 cc
Compression Ratio 9.5:1
Maximum Power 7.01@7000 BHP@RPM
Maximum Torque 10.85@5000 Nm@rpm
Bore 54 mm
Stroke 54.4 mm
Ignition Digital CDI with TRICS in Carburettor
Dimensions
Length 1980 mm
Height 1200 mm
Width 760 mm
Clearance 170 mm
Saddle Height -
Curb Weight -
Total Weight 243 kg
Weight Carrying Capacity -
Chassis Single down tube with engine as stressed member.
Drive Train
Clutch Wet,Multi Disc
Gear Box 4-Speed constant mesh

Bajaj Platina


Overview
Make Bajaj
Model Platina
Variant -
Starting KickStart
Fuel Efficiency
Fuel Economy 108 kmpl
Fuel Capacity 13 litre
Fuel Reserve 2 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke SingleCylinder AirCooled
Displacement 99.27 cc
Compression Ratio -
Maximum Power 8.2@7500 BHP@RPM
Maximum Torque 8.05@4500 Nm@rpm
Bore -
Stroke -
Ignition Digital CDI and TRICS III
Dimensions
Length 1990 mm
Height 1090 mm
Width 770 mm
Clearance 162 mm
Saddle Height -
Curb Weight 113 kg
Total Weight -
Weight Carrying Capacity -
Chassis -
Drive Train
Clutch -
Gear Box 4-Speed

Thursday, December 15, 2011

Yamaha V Max


The Yamaha V-Max is the original power cruiser. When launched in 1985 there was nothing quite like it. The bike was panned by enthusiast magazines for its ill-handling, but praise for its 1197cc, liquid-cooled, DOHC, 70-degree V-Four engine outshone any negativity and earned it early honors and, later, cult status.

Key the Yamaha V-Max’s legend is its bombshell engine. Sourced from Yamaha’s touring machine, the Venture Royale, engineers went to work altering cam profiles, lightening pistons and increasing the strength of connecting rods. The most important performance feature, however, was the V-Max’s “V-Boost” system. The engine was fed via two banks of two 35 mm constant-velocity carburetors, each carburetor feeding one cylinder. Between the two banks of carburetors was a butterfly valve attached to a small motor. When the engine revved past 6,000 rpm, the butterfly valve would open and allow the fuel mixture from both banks of carburetors to flow into the one chamber feeding all four carburetors. The result, in the hands of a pro dragracer, was a power boost that accelerated the Yamaha V-Max through the quarter-mile in under 10 seconds. The combination of unique styling and straight-line performance made the Yamaha V-Max an instant classic.




In 2008 the Yamaha V-Max was noticeably missing from Yamaha’s model line-up, only to be replaced by an all new Yamaha VMAX in 2009. The Yamaha VMAX featured an aluminum frame, fully-adjustable suspension, a slipper clutch and ABS but the big news, as with the original model, was the bike’s engine.

The new Yamaha VMAX was powered by an all-new, liquid-cooled, DOHC, V-Four engine displacing 1679cc (a nearly 500cc increase). Where the old bike produced 120 horsepower the new Yamaha VMAX put out a massive 174 hp and 113 lb.-ft. of torque.

Because the new Yamaha VMAX was fuel-injected and not carbureted, Yamaha had to devise a new V-Boost system. Yamaha Chip Controlled Intake (YCC-I) and Yamaha Chip Controlled Throttle (YCC-T) were the replacements. At 6,650 rpm YCC-I shortens the length of the intake tracks from 150mm to 54mm in only 0.3 of a second. The YCC-T controls the throttle valves by computing input from a variety of sensors and calculates the best combination of EXUP setting, throttle position, ignition advance to provide controllable power.

Unlike the original Yamaha V-Max, the new version doesn’t lurch forward with a sudden surge in power, but rather utilizes modern technology to smooth and broaden the power delivery. With 174 horsepower, however, there’s no shortage of power anywhere in the VMAX’s rev range.

Yamaha R6


Like the R1, the Yamaha R6 didn’t utilize new technology to achieve its stunning performance. Yamaha put the bike through a stringent process of reducing weight in every area to give it the best power-to-weight ratio in the 600cc class. The Yamaha R6’s inline, four-cylinder, DOHC engine was the first Japanese 600 to produce more than 100 horsepower at the rear wheel.

The Yamaha R6’s first big change came in 2003 when it was given a new chassis and a new engine featuring fuel injection. The Yamaha R6’s weight dropped significantly from 399 lbs. dry to 357 lbs. dry. In 2005 the Yamaha R6 gained upside-down forks and radially mounted front brakes.




A completely new Yamaha R6 came in 2006. The new R6 featured sharp styling and bodywork, its muffler was relocated to beneath the bike with only a short, MotoGP-esque exhaust pipe showing on the bike’s right side. The new Yamaha R6 engine was now producing 127 crankshaft horsepower and came with a slipper clutch as standard equipment.

In reality, the 2006 Yamaha R6 redlined at 16,500 rpm, but an error showed the R6 redlining at 17,500 rpm, the first production sportbike with a redline in excess of 17,000 rpm. Much to do was made of the engine’s ability to rev so high while also maintaining dependability, but it was later revealed that the bike’s true redline was 1,000 revs lower.

The 2006 Yamaha R6 also utilized Yamaha’s fly-by-wire Yamaha Chip Controlled Throttle (YCC-T) which controls the throttle valves by computing input from a variety of sensors and calculates the best combination of EXUP setting, throttle position and ignition advance to provide controllable power.

In 2008 the Yamaha R6 received Yamaha Chip Controlled Intake (YCC-I) which shortens the length of the intake tracks in only 0.3 of a second to increase engine performance. The R6’s subframe was now made of magnesium, engine compression ratio bumped to 13:1 and new bodywork gave the Yamaha R6 a fresh look. In 2010, to boost mid-range power, Yamaha changed internal engine settings and lengthened the exhaust pipe.

The Yamaha R6 has won two World Supersport titles: in 2000 with Jorg Teuchert and in 2009 with Cal Crutchlow. In 2009 and 2010 the Yamaha R6 won the Daytona 200 with Ben Bostrom and Josh Herrin, respectively.

Yamaha R1


Introduced in 1998, the Yamaha R1 set in motion sportbike styling trends still visible in today’s performance bikes. The Yamaha R1’s pointed front end and minimalist tail section gave the bike a very lithe profile — befitting for a literbike with a dry weight of only 375 lbs.

Key to the Yamaha R1’s performance was its “stacked” transmission, offsetting the gearbox’s input and output shafts, thus creating a compact engine design and allowing for more centralized engine mounting and shortening of the bike’s wheelbase. Initial tests saw the 132-hp R1 accelerate from 0 to 60 mph in under three seconds, from 0 to 100 mph in under six seconds, and top out at a maximum speed of 165 mph.

Largely unchanged except for semi-annual minor performance upgrades to the engine, suspension and bodywork, the 2002 Yamaha R1 received a new fuel-injection system and the new Deltabox III frame was now manufactured with hyrdo-form technology that decreased the amount of welds and increased the frame’s rigidity.




The next generation Yamaha R1 in 2004 maintained the distinctive profile of the R1 while also modernizing it for the new millennium. Twin under-seat mufflers graced the rear of the new Yamaha R1,while ram-air intakes were added to the front fairing. Also at the front were new radially mounted brake calipers. A steering damper now came stock to quell headshake problems.

In 2006 the U.S. enjoyed a special limited edition Yamaha R1, the YZF-R1 LE/SP. The 500 special Yamaha R1s imported featured vintage Kenny Roberts “Bumble Bee” paint schemes worn during Roberts’ racing dominance in the late/early ‘70s/‘80s. The special edition Yamaha R1 also featured Öhlins suspension and a slipper clutch.

 A holdover from the original Genesis engine design was the five-valves-per-cylinder engine format, but the 2007 model did away with that technology, replacing it with the more standard four-valves-per-cylinder layout. In 2009, borrowing from Yamaha’s MotoGP effort and the highly successful M1 prototype, the new R1 featured an engine with a cross-plane crankshaft, creating an uneven firing interval for an alleged increase in a rider’s feeling of rear-tire grip. Also introduced in 2009 is the D-Mode, Throttle Control Valve Mapping which allows the rider to select differing power delivery depending on road or track conditions.

In the Hands of Noriyuki Haga the bike took second or third place in World Superbike competition for six years in a row, but it didn’t earn its first title until Ben Spies left AMA Superbike racing (following two championships on a Suzuki GSX-R1000) and won the World Superbike Championship for Yamaha in 2009 riding an R1. The Yamaha R1 has received limited success in AMA Superbike racing, not winning a championship until Josh Hayes on a Graves Motorsports R1 took the title in 2010.

ALL TOP MOST STYLEST AND FASTEST BIKES


We have often heard of some or the other having a fast bike. Maybe some of us even own fast bikes but not so fast as a bike reaching 250 plus kmph. My bike just touches 110 kmph and even at that speed it would be screaming its lungs out. But then in India, you don’t need that kind of speed to traverse. An average speed of about 80 kmph is what one needs to have for traveling around in India. However as the title suggest, this is not about India but some of the mean machines that money can buy in the world. So, here is a list of the top ten fastest bikes in the world. By fast, we mean bikes crossing more than 260 kmph.

On the number 10 spot is not a liter class bike but a 750 cc bike, the Suzuki GSX-R750. In 1985, this was the first bike which started the trend of sports bikes and later on super bikes. The 4 cylinder 3/4th liter motor develops 148 Bhp of surging power. This power combined with its light weight chassis ensures that the Gixxer reaches its top speed of 268 kmph really fast.
Number 9 spot is taken up by the Ducati 1098S. When this bike was first revealed to the public in 2007, there was a frenzy of fans for this bike. This was the ideal machine for both the race track as also for daily road use. This Italian bike also boasts of having one of the highest power to weight ratios across all sections and road going bikes. This bike boasts of a top speed of 275 kmph from its 160 Bhp motor.
Number 8 space is occupied by the Honda CBR1000 RR. This bike was introduced in the year 2004 and the designers are none other than the ones who have built Honda’s Moto GP bikes. A 1 liter 4 cylinder liquid cooled engine does duty on this Fireblade enabling it to push out 178 Bhp. With all this power, the Honda could go only 1 kmph more than what the Ducati could do. However the Honda revved to a very high 13k rpm.
The MV Augusta F4 R312 is number 7 on our list and it is here for a good reason. Not only was this bike meant for racing purposes but it is also built with the intent of taking a lead in all the races that it participates in. It makes a cool 182 Bhp at 12,500 rpm. The top speed that one can muster on this Italian is 282 kmph.
On the number 6 position is the world famous Yamaha YZF- R1. This bike was a rage in 1998, the year that it was introduced and still is. The liter engine has got 16 valves with 4 cylinders and liquid cooling technology. Not only does the Yamaha achieve a top speed of 284 kmph but it also does 0-100 kmph in 3 seconds, just 0.1 seconds off the official timing of a Lamborghini Aventador.
For the number 5th position is another Japanese, the Suzuki GSX-R1000, the bigger brother of the 750. While the R1 may not be attractive to look at, the Suzuki is one hell of a looker. Its 999 cc liquid cooled motor makes 192 Bhp of power at 12,100 rpm and this is enough to propel this bike to a top speed of 285 kmph.

Another Japanese slots in the number 4th position and this time it is Kawasaki making their debut in this list. The bike is the Kawasaki Ninja ZX-10R. From its ram air induction technology and 1 liter engine, this Ninja produces 198 Bhp of power which is more than enough to take this bike to its designated top speed of 288 kmph. As far as its desirability goes, this bike has quite a reputation of getting stolen and has the most claims for theft insurance.

The most powerful Kawasaki Ninja, the Ninja ZZR1400 makes its debut in the number three position. From its 1400 cc engine, this bike develops 190 Bhp of power at as low or high as 9500 rpm. This is enough to propel it to a top speed of 300 kmph and at the same time racing from 0-100 kmph in only 2.8 seconds.
We are sure that all of you guys must be wondering where the Suzuki Hayabusa, the legendary motorcycle, would be. Well, here it is at number 2 position. It also has a reputation of being the most powerful bikes in production across the world. Superbikes cannot get more maniacal than this and the Hayabusa has proved it time and again. As of now, this Busa does 302 kmph top speed runs however earlier on, some of the stock Hayabusas were seen clocking 325 kmph on a regular basis. Suzuki had to restrict its performance as it was seen as a death machine by many.

And the number 1 spot goes to………………………………..

The BMW S1000RR. If you would have noticed, the battle for the top spot was always fought between Japanese however it is an unsung German which finally clinches the top honors. Various Motorcycle of the Year awards plus Machine of the Year tags means that this radical looking motorbike is one of the best in the industry. It produces 193 Bhp of power at lofty 13500 rpm and its top speed is in the regions of 306 kmph. Its performance is enhanced to a great effect by its 181 kgs dry weight. Its radical styling may not win it many fans but it is the fastest stock production bike in the world as of now.


Wednesday, December 14, 2011

2011 Honda Silver Wing ABS


A lot of scooterists want specialization from their ride. They want a grocery getter. They want a sport-tourer. They want a commuter. They want a lifestyle accessory. And so the permutations of scooters produced by various manufacturers cater to a variety of those tastes, wants and needs.

And that makes life rough for the riders who want it all. Searching for a do-anything machine can prove maddening in a world of specialization. It’s a little like trying to find a good general practitioner when you’re hunting for a doctor; all you come up with are docs with rarified pedigrees.



The 2011 Silver Wing continues with its same swoopy, aerodynamic design. It’s definitely attractive, but an update might be in order.

Fortunately, Honda’s Silver Wing answers that call for a scooter that is as happy on a long road trip as it is making the daily commute. And maybe that shouldn’t come as a surprise. The Silver Wing has picked up a number of fans over a decade for its blend of power and practicality.


A generous fixed windscreen provides ample protection.

Let’s start with the first half of that blend when looking at the 2011 edition of the Silver Wing. In terms of power, a 582cc liquid-cooled parallel-Twin with DOHC (four valves per cylinder) and EFI sits at the heart of the Silver Wing to deliver smooth and steady power. This yields nice off-the-line acceleration and enough power to give you confidence that you can escape any uncomfortable situations that might develop on the road.

Flying around Southern California’s network of freeways, the Wing's 582cc Twin is awake and ready for action — you twist, it goes. Blasting past drivers that were rolling chicanes holding up traffic and other highway and interstate obstructions was effortless and seemed second nature to both rider and scooter. During regular freeway cruising, the Silver Wing felt entirely happy sitting at 70 mph or so for long periods of time. The parallel-Twin just keeps humming below, like an appliance.

In fact, the Silver Wing often feels like it was made with the freeway in mind, because the scooter delivers a full package experience on the freeway. That smooth, steady, always-there power was complemented by terrific, rail-like handling. I chalk that up to the fore and aft suspension. Up front you’ll find a 41mm hydraulic fork with 4.7 inches of travel, and in back dual hydraulic shocks featuring five-position spring-preload adjustability and 4.5 inches travel.


Both fore and aft you’ll find single 276 mm discs with a three-piston calipers that offer not only ABS, but a dual-braking system.

The result is a surprisingly level at stability higher speeds, which adds to the overall confidence and enjoyability of the ride. The rider doesn’t have to constantly look ahead to pick lines through bad pavement and the like, and can instead concentrate on the important things, like what’s happening with traffic up ahead. About the only time you do feel the pavement is when the road truly gets rough, but even then, the motorcycle-like amounts of suspension travel soften any blows and keep you on track.

Braking is the big deal on the 2011 edition. This year’s Silver Wing offers a combination of both ABS and dual braking. Both fore and aft you’ll find single 276 mm discs with a three-piston calipers. While I wish that a scooter with a 550-pound curb weight would have twin discs up front, I have to give props to the scooter’s overall braking system.

And I call it a system for a reason: How you apply the brakes determines how the pistons actuate as part of the overall dual braking scheme. Squeeze the front and two of the three pistons engage. Squeeze the back and the third front piston kicks in along with the rear pistons. It sounds completely unnatural, but the result is stopping power that feels completely natural and predictable. Most importantly, it brings those 550 pounds to a quick, surprise-free halt.


Baby got back.

Given that you’ll probably spend longer stretches in the saddle, I have to give big points to the Silver Wing’s seat and ergonomics. The riding positions on maxi scoots are a major pet peeve of mine. I’m not a huge fan of the legs-forward position that is almost forced on riders of larger scooters. I much prefer to be on top of a ride, rather than in it. But the Silver Wing gets it right. The seat height and position were perfect for me and, with an adjustable backrest, I didn’t find myself searching around for a good position like I do on a lot of other sloping, scooter saddles.

For two-up riding, the pillion portion of the saddle is equally generous, and flip-out footpegs ensure the passenger is in position that is comfortable yet still stable for the pilot.

Also a generous fixed windscreen paired with aerodynamic design ensures provides good protection from the wind. It’s also worth noting that the Silver Wing seems less affected by crosswinds, as well. I’m not sure why that is, because the Silver wing appears to have just as much bodywork as any other maxi scoot, but even through strong gusts from the side, the scooter felt firmly planted on the pavement.

From a utility perspective, the Silver Wing’s under-seat storage offers 14.5 gallons of stowage, which provides more than enough space to house your helmet and riding gear when you're parked, and a bag and your lunch when you’re headed to work. Or some grocery bags if you’re hitting the supermarket.


The under-seat storage offers ample space for all your riding gear.

On longer trips you might find the trunk a little limiting due to its stepped shape. The flat portion at the rear of the trunk space steeply slopes down in such a way that it makes longer items hard to fit. For instance, testing it out with some camping gear, I found that after stowing my ultra-light sleeping bag and tent/bivvy I was running out of space and realized I’d have to sling my daypack of clothes and small items I was hoping to fit in the trunk over my shoulders.

Jutting behind the seat is a mount for a top box for more storage. It fits the scooter’s lines well, and my only complaint is that I wish it had some kind of spot where one could fit a bungie cord or two in order to strap down odd items and use that mount as a rack.

Up front, you’ll find no standard glovebox on the Silver Wing. Instead there is a shallow compartment on one side for smaller items such as shades or toll-road cash, and on the other is a much deeper, narrower compartment for fitting… a 40-ouncer? A halibut? It’s an oddly shaped space that seems perfect for loaves of bread.

2011 Honda Sabre


Why do I bring this up? Because if Honda’s intention with the pro-street-styled Sabre was to intimidate, then it would seem as if it missed the mark. However, there’s no denying that the Sabre — now with a color-matched frame for 2011 — is hard not to look at. Together with all the blue, the presence of chrome hits your eyes like a one-two punch. The centerpiece, of course, being the 1312cc, 52-degree, liquid-cooled V-Twin at the heart of it all. Honda fans may be familiar with this engine as it’s the same unit that powers the slightly more aggressively styled Fury.



An aggressive, low-slung stature, lots of chrome and plenty of blue ensure the Honda Sabre gets noticed. Everywhere.

Family Ties

The Sabre is part of a trio of Honda Customs which also includes the Stateline and Interstate, all of which share the same engine. While the Stateline is the muscle-cruiser of the bunch and the Interstate the tourer, think of the Sabre as the boulevard bruiser. Its minimalist styling, 33-degree rake, long wheelbase, 21-inch front wheel and low ride height all add a bit of personality that, during our testing, attracted attention wherever we went. Although, amongst our testers, that attention wasn’t always flattering. With its plastic fenders, body panels and various chrome-plated plastic engine covers, T-Rod noted the “plasticized look” makes it feel like an “industrial-sized toy purchased from the 99-cent store.”

Plastic aside, we all agreed that the Sabre’s flowing lines are attractive. Another thing we noticed was a lack of branding on the motorcycle. Nowhere on the (beautifully formed) fuel tank do we see any clue as to what kind of steed this is. The only giveaways are small Honda logos on the body panels just below the seat and a sticker on the rear fender, cleverly placed on top of the paint’s clear coat so those who prefer the stealth look can easily remove it.



Although there are a lot of plastic bits on the Sabre, there’s no denying that it’s a good looking machine.

Other styling cues we liked include the integration of the shaft drive into the swingarm design. If we didn’t know better, we’d be looking all over trying to figure out how the power reached the ground. Also, the placement of the speedometer high atop the fuel tank in its chrome nacelle delivers a clutter-free and classy view from the cockpit.

On the Prowl


The 1312cc V-Twin is the same engine seen in the Fury and VTX lineup. We like the way it sounds and the torque it produces, but that air cleaner cover sticks out a bit too far for our tastes.

Saddling up on the Sabre, a couple things stand out: unless you’re abnormally short, you won’t have any problem reaching the ground. With the seat a scant 26.9 inches off the ground, planting both feet firmly on terra firma won’t be a concern for the vast majority of riders. The other thing we noticed is just how far away the front tire feels from the rider’s perspective. Indeed, the 70.0-inch wheelbase and 33-degree rake definitely inspire leisurely strolls as opposed to spirited runs, and when first getting acquainted with the Sabre, adjusting to the slow steering and long wheelbase took some getting used to.

What didn’t take any getting used to is the lovely sounding, 1312cc, 52-degree V-Twin. At idle it rumbles with a distinct note that just feels right when riding a cruiser. “The Sabre’s exhaust system sounds appropriately burly, emitting a baritone bark that could fool many into thinking it’s a Harley,” says Kevin. The best part is that, while it sounds great from the rider’s perspective, it isn’t overly offensive to the innocent bystander. What is offensive is the airbox cover that juts out ever so slightly past our liking. All our test riders bumped our knees against it during our time with the bike.

Otherwise, forward propulsion feels pretty stout from the Twin — to the tune of 71.2 ft.-lbs at 3200 rpm. However, rowing through the five-speed gearbox is necessary to keep the Sabre in its sweet spot, as horsepower, all 53.9 of it, peaks at just at 4200 rpm before flattening off prior to its low 5100-rpm rev limit. Thankfully, the transmission shifts with typical Honda smoothness.

As part of the pro-street look, the Sabre’s controls are far forward from the centerline of the bike, placing the rider in the “hunched over” position typical of many cruisers. However, most of our staffers didn’t have a problem with the forward reach to the bars and pegs. It felt a bit too stretched out for my tastes, but not unbearably so.


A big 21-inch hoop sports a skinny front tire. With only a single front brake disc, stopping power is greatly improved with the help of the rear brake.

Despite the fact that a bike like this is better off ridden slowly — you know, to attract attention — the Sabre actually cruises fairly well at highway speeds. Without any sort of wind protection, the seating position can create a sail out of the rider, but that effect is minimal while traveling 80 mph on the Sabre. The saddle cradles the rider to prevent the wind from scooting them back, while the headlight and relatively high-arching fuel tank do a decent job of deflecting the wind.

Slowing the Sabre is a large 336mm disc mated to a twin-piston caliper. It’s a tall order expecting a single disc to stop a 659-pound motorcycle, but the unit here does a respectable job of it. Kevin felt as though they could have clamped down a little harder, but then again, “One doesn’t buy a bike like this for awesome front brakes,” he noted. Ask the rear 296mm disc and single-piston caliper to help out and the Sabre comes to a stop rather quickly.

Oddly, we found the levers of the Sabre to be too thin. While otherwise judged as being normal on any other category of motorcycle, “Cruiser motorcycles don’t feel right without robust levers,” stomped T-Rod in his notes.


These rather thin levers would look right at home on Honda’s sport-tourers, but they just look out of place on the otherwise muscular Sabre. Note also the dated design of the mirror. A teardrop design might better suit the pro-street layout of the Sabre.

Suspenders consist of a 41mm conventional fork in front and a cleverly hidden shock in the rear. And while sufficient enough for general cruising duty, the modest suspension travel in the rear (3.9 inches) wasn’t quite enough to soak up harsh bumps. With the skinny, 90-series front tire, one might think the Sabre follows every groove on the road. Thankfully, that’s not the case, though occasionally larger ruts would attract the front tire’s attention. A simple tug on the bars gets it back on track.

Just for kicks, we decided to ride the Sabre completely out of its element and headed for the twisties. With such low ground clearance, hard parts scrape the floor at moderate lean angles, though it’s not worse than typical cruisers. Turn-in is rather slow, as we’ve alluded to with the long wheelbase, but once leaned over it’s quite stable on its side. That is, of course, until encountering any kind of road imperfection. The front damper-rod fork is “unsophisticated and sometimes harsh over bigger bumps,” says Kevin, while again, the short-travel rear suspension is quick to bottom-out. But really, if you’re looking at the Sabre with sportbike aspirations in mind, then perhaps you need to reevaluate.

American Style... From Japan

Besides the lack of suspension travel, we only have a few minor gripes. First, as useful as the mirrors are on the Sabre, they look dated and clash with the overall flow of the bike. Surely Honda can design more aggressive and appropriate mirrors to complement the rest of this high-style machine. Similarly, the turnsignal lenses also appear like they were pulled from a bucket of lenses purchased during the Reagan administration. The customizer might scoff at the fact that much of the Sabre is plastic, and that the fuel tank seam isn’t rolled over, but Honda’s banking that the majority of buyers looking at the Sabre won’t care. Besides, the plastic helps it meet the $11,899 price point.

“In terms of shapes, the Sabre is absolutely beautiful,” Duke comments. “But its plastic fenders and plasti-chrome brightwork diminish its appeal to hardcore bikers.”



Maximum lean angle almost achieved. Lean her over just a little more and hard parts will start to make contact with the ground. Clearly, the Sabre wasn’t meant to perform stunts like this.

Despite the abundance of plastic, our contact at Honda tells us that sales of the Sabre (and by extension, the Fury) are “strong,” which is more than can be said about recent sportbike sales numbers.

We think that, as a styling exercise, the Sabre hits all the right buttons, leading Pete to note that it “appears far costlier than it is” and that non-enthusiasts would think it came straight from a bike-building reality-TV show.

Available only in Ultra Blue Metallic, the Sabre is a fine choice for someone craving the custom look without the custom price.

2012 Honda CBR1000RR


Now four years later, the CBR1000RR gets several revisions but stops short of a full overhaul. New bodywork enhances styling, but it’s the suspension that received most of the R&D work.


The biggest news from Honda for 2012 is its revamped CBR1000RR. Significant suspension upgrades are the headlining features.
The rear suspension is still of the Unit Pro-Link architecture, but a new shock body promises big improvements in responsiveness. The old single-tube shock gets tossed in favor of what Honda calls a Balance-Free damper which incorporates a double-tube design. Instead of the damper piston using integral valves, the damping oil is forced through a separate damping component. The Balance-Free shock uses just a single circuit rather than main and secondary valves like most shocks. Honda says this allows better control via a larger body of oil, resulting in smoother and more responsive damping action, especially through the transition from compression to rebound. Damping adjusters are easily reached at the top of the shock body.


Barely visible here is the new, patented shock from Showa that promises a leap in performance. Showa also supplies its BPF front suspension.
The front suspension also receives an upgrade, now using a 43mm inverted Showa fork with Big Piston Fork technology seen on some Kawasaki Ninjas and Suzuki GSX-Rs. Its larger damping volume reduces hydraulic pressure, resulting in more precise action during its initial stroke and less pitching during hard braking.

New bodywork is the most obvious change to the CBR. It follows the layered fairing concept to improve aerodynamic flow, helping create a large pocket of still air around the rider while also drawing in more air through the cooling system. Also new is an integrated chin spoiler above the front wheel that is claimed to reduce aerodynamic lift at speed.

Also new is the instrumentation. The LCD digital gauge pack now includes a five-level shift indicator, lap timer and gear-position indicator. The digital bar-type linear tachometer offers four selectable modes for style of readout.

The CBR’s midrange-strong motor is basically unchanged, but it did receive new EFI settings that provide response that is more linear and has smoother response at smaller throttle openings.

Honda Shadow


The first two Honda Shadow models were launched in 1983 and included the VT500 Honda Shadow and the VT750 Honda Shadow. As good as the bike may have been, it missed quintessential elements of cruiser motorcycles Harley-Davidson had established years earlier. The 500cc and 750cc Honda Shadows had V-Twin engines, but instead of 45 degrees separating the cylinders, Honda used a wider 52-degree format. The engine was also liquid-cooled which was in contrast to H-D’s air-cooled V-Twins. Cast-alloy wheels were used instead of spoke wheels. While both Honda Shadows had teardrop gas tanks and some chrome, the two bikes were lacking essential cruiser ingredients to lure customers away from traditional cruisers. Over the years Honda would address all these shortcomings.

Because of a tariff on imported motorcycles displacing 701cc or more, Honda reduced the size of the VT750 Shadow in 1984 from 750cc to 700cc. Honda also introduced the VT1100 Honda Shadow this year. Besides its larger displacement and five-speed transmission, the 1100 Shadow is similar to its smaller counterparts. Honda added chrome and made various other changes to the Shadow but otherwise the 1986 Honda Shadows were carryovers from the previous years.




1987 brought significant changes to the Honda Shadow line with an all new VT1100 Shadow. Completely changed styling with staggered mufflers both located on the right side of the motorcycle, a lower seat height, more chrome and a four-speed gearbox brought the Honda Shadow much more in line with the look and feel cruiser riders were accustomed to. The VT600 Honda Shadow launched in 1988 brought Honda even closer to cruiser perfection, and it couldn’t have happened at a better time because the 1990s were to experience a surge in cruiser motorcycles sales.

In 1995 Honda introduced the Shadow A.C.E. (American Classic Edition), the culmination of a decade’s worth of refining the Honda Shadow into what constituted an American cruiser motorcycle. The Honda Shadow A.C.E. featured very retro styling, and Honda even managed to imitate the Harley-Davidson sound and vibration by utilizing a single-pin-crank design.

Having finally captured the cruiser style with the Honda Shadow A.C.E., Honda would introduce a dizzying array of variations on the theme for years to come including the Honda Shadow Spirit in 1997, the Honda Shadow Aero in 1998 and the Honda Shadow Sabre in 2000. Variations on these models included Deluxes, Touring models and a multitude of customizing packages.

Cruiser sales began to fade in the new millennia and Honda slowly began eliminating the amount of Shadow models, while the introduction of the VTX1800 in 2002 and the VTX1300 in 2003 (both cruisers but not Shadows) took away some sales from Honda Shadow models.

Honda CBR250R



VEHICLE SUMMARY
Name: CBR250R
Type: Sports
Fuel Consumption:
City 25.00
Fuel Consumption:
Highway 35.00
VERDICT
FOR Looks
Technically sound
Reasonable price
AGAINST ABS variant's price is high
Long waiting period


ENGINE SPECIFICATIONS
Displacement: 249.6cc
Engine: 249.6cc, 4-stroke
Maximum Power: 25 Bhp @ 8500 rpm
Maximum Torque: 23 Nm @ 7000 rpm
Gears: 6 Manual
Clutch: Wet, Multiplate Disc
Bore: 76
Stroke: 55
No. of Cylinders: 1
Cylinder Configuration: NA
Valve Per Cylinder: 4
Engine Block Material: 0
Chassis Type: Twin Spar Type
Cooling Type: Liquid Cooling
Carburetor: NA
Motor Power: 0
Motor Range: 0
Paddling Arrangement: 0

DIMENSIONS
Length: 2032.00 mm
Width: 720.00 mm
Height: 1127.00 mm
OTHER SPECIFICATIONS
Weight: 167.00 kg
Ground Clearance: 145.00 mm
Fuel Tank: 13.00 ltrs
Wheelbase: 1367.00 mm
Electrical System: NA
Headlamp: 12V 60/55W
Battery Type: Maintainance Free
Battery Voltage: 12V
Battery Capacity: 6Ah
Battery Charger Type: NA
Horn: NA
Wheel Type: Alloys
Wheel Size: 110/70 17M/C - 140/70 17M/C mm
Tubeless:
Colors: Candy Rudy Red, Sword Silver, Asteroid Black Metallic

Honda Dio



Overview
Make Honda
Model Dio
Variant -
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 51.5 kmpl
Fuel Capacity 6 litre
Fuel Reserve 1 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type SingleCylinder AirCooled OHC
Displacement 102 cc
Compression Ratio 9.0:1
Maximum Power 7.0@7000 BHP@RPM
Maximum Torque 7.85@5500 Nm@rpm
Bore 50 mm
Stroke 52 mm
Ignition CDI
Dimensions
Length 1760 mm
Height 1110 mm
Width 710 mm
Clearance 145 mm
Saddle Height -
Curb Weight 110.2 kg
Total Weight -
Weight Carrying Capacity -
Chassis Tubular Underbone
Drive Train
Clutch Wet Multiplate
Gear Box 4-Speed

Honda Activa


Overview
Make Honda
Model Activa
Variant -
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 52.2 kmpl
Fuel Capacity 6 litre
Fuel Reserve -
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type SingleCylinder AirCooled OHC
Displacement 102 cc
Compression Ratio 9.0:1
Maximum Power 7.0@7000 BHP@RPM
Maximum Torque 7.85@5500 Nm@rpm
Bore 50 mm
Stroke 52 mm
Ignition CDI
Dimensions
Length 1765 mm
Height 1130 mm
Width 715 mm
Clearance 145 mm
Saddle Height 760 mm
Curb Weight 111 kg
Total Weight -
Weight Carrying Capacity -
Chassis Tubular Underbone
Drive Train
Clutch -
Gear Box V-matic

Honda Unicorn Alloy


Overview
Make Honda
Model Unicorn
Variant Alloy
Starting SelfStart KickStart
Fuel Efficiency
Fuel Economy 59 kmpl
Fuel Capacity 13 litre
Fuel Reserve 1.3 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4-Stroke SingleCylinder AirCooled OHC
Displacement 149.1 cc
Compression Ratio 9.1:1
Maximum Power 13.3@8000 BHP@RPM
Maximum Torque 12.75@5500 Nm@rpm
Bore 57.3 mm
Stroke 57.8 mm
Ignition Digital CDI
Dimensions
Length 2095 mm
Height 1100 mm
Width 750 mm
Clearance 168 mm
Saddle Height 790 mm
Curb Weight 146 kg
Total Weight -
Weight Carrying Capacity -
Chassis Diamond Tubular
Drive Train
Clutch Wet Multiplate
Gear Box 5-Speed

Honda Stunner CBF Self Disc Alloy



Make Honda
Model Stunner CBF
Variant Self Disc Alloy
Starting SelfStart
Fuel Efficiency
Fuel Economy -
Fuel Capacity 10 litre
Fuel Reserve 2 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type 4 stroke, Air cooled OHC single cylinder
Displacement 124.7cc cc
Compression Ratio -
Maximum Power 11bhp@8000rpm BHP@RPM
Maximum Torque 11Nm@6500rpm Nm@rpm
Bore -
Stroke -
Ignition Digital CDI
Dimensions
Length 2012 mm
Height 1113 mm
Width 734 mm
Clearance 173 mm
Saddle Height -
Curb Weight 129 kg
Total Weight -
Weight Carrying Capacity -
Chassis Advance Design Dimond Frame
Drive Train
Clutch -
Gear Box 5-speed

Hero Honda Hunk SelfStart



Hunk
Variant SelfStart
Starting SelfStart
Fuel Efficiency
Fuel Economy -
Fuel Capacity 12.4 litre
Fuel Reserve 2.2 litre
Fuel Type Petrol
Charging Duration -
Engine Parameters
Engine Type Air Cooled, 4 - Stroke Single Cylinder OHC
Displacement 149.2 cc
Compression Ratio 9.1:1
Maximum Power 14.2@8500 BHP@RPM
Maximum Torque 12.8@6500 Nm@rpm
Bore 57.3 mm
Stroke 57.8 mm
Ignition AMI - Advanced Microprocessor Ignition System
Dimensions
Length 2080 mm
Height 1095 mm
Width 765 mm
Clearance 145 mm
Saddle Height 795 mm
Curb Weight 145 kg
Total Weight -
Weight Carrying Capacity -
Chassis Tubular, Diamond Type
Drive Train
Clutch Wet Multiplate
Gear Box 5 Speed Constant Mesh

Hero MotoCorp Impulse


VEHICLE SUMMARY
Name: Impulse 150
Type: Off-road

ENGINE SPECIFICATIONS
Displacement: 149.2cc
Engine: 149.2cc, 4-stroke
Maximum Power: 13 Bhp @ 7500 rpm
Maximum Torque: 13.4 Nm @ 5000 rpm
Gears: 5 Speed
Clutch: NA
Bore: 56.5
Stroke: 49.5
Cylinder Configuration: NA
Chassis Type: NA
Cooling Type: Air Cooling
Carburetor: NA

DIMENSIONS
Length: N/A
Width: N/A
Height: N/A
OTHER SPECIFICATIONS
Weight: 119.00 kg
Ground Clearance: 245.00 mm
Fuel Tank: 11.10 ltrs
Wheelbase: 1360.00 mm
Electrical System: NA
Headlamp: 12 V - 35 W / 35 W
Battery Type: Maintainance Free
Battery Voltage: 12V
Battery Capacity: 4ah
Battery Charger Type: NA
Horn: NA
Wheel Type: Spoke
Wheel Size: 19 inch(F) - 17 inch(R) mm
Tubeless:
Colors: Tar Black, Deep Blue Sea, Terra Rossa, Grassland Green and Canyon Orange


Hero Honda Karizma ZMR


Model: Hero Honda Karizma ZMR
Year: 2011
Category: Sport
Rating: 57.5 out of 100. Show full rating and compare with other bikes

Displacement: 223.00 ccm (13.61 cubic inches)
Engine type: Single cylinder, four-stroke
Power: 17.60 HP (12.8 kW)) @ 7000 RPM
Torque: 18.35 Nm (1.9 kgf-m or 13.5 ft.lbs) @ 6000 RPM
Top speed: 126.0 km/h (78.3 mph)
Compression: 9.0:1
Bore x stroke: 65.5 x 66.2 mm (2.6 x 2.6 inches)
Fuel system: Injection. PGM-FI
Fuel control: OHC
Ignition: DC-FTIS
Cooling system: Oil & air
Gearbox: 5-speed
Transmission type,
final drive: Chain
Clutch: Multiplate, wet
Chassis, suspension, brakes and wheels
Frame type: Tubular single cradle, diamond type
Front suspension: Telescopic Hydraulic Shock absorbers
Rear suspension: Swing arm with 5 step hydraulic shock absorbers
Front tyre dimensions: 80/100-18
Rear tyre dimensions: 100/90-18
Front brakes: Single disc
Front brakes diameter: 276 mm (10.9 inches)
Rear brakes: Single disc
Rear brakes diameter: 240 mm (9.4 inches)
Wheels: 5-spoke alloy wheel
Physical measures and capacities
Weight incl. oil, gas, etc: 159.0 kg (350.5 pounds)
Front percentage of weight: 175.0
Overall height: 1,175 mm (46.3 inches)
Overall length: 2,110 mm (83.1 inches)
Overall width: 805 mm (31.7 inches)
Ground clearance: 150 mm (5.9 inches)
Wheelbase: 1,350 mm (53.1 inches)
Fuel capacity: 15.30 litres (4.04 gallons)
Reserve fuel capacity: 2.00 litres (0.53 gallons)
Oil capacity: 1.40 litres (0.09 quarts)
Other specifications
Starter: Electric
Electrical: 12V 6Ah battery.
Color options: Yellow, red, blue, white, black
Comments: Sold in India.
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