Friday, August 7, 2009

Harley-Davidson

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2007 Harley-Davidson FLSTN Softail Deluxe

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2007 Harley-Davidson FLSTN Softail Deluxe

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2007 Harley-Davidson FLSTN Softail Deluxe

• 2007 Harley-Davidson FLSTN Softail Deluxe

2007 Harley-Davidson FLSTN Softail Deluxe

FLSTN Softail® Deluxe Model Overview
FLSTN Softail Deluxe sets its sights to the future with a look to the past. A 24.5-inch seat height makes this the lowest Harley-Davidson 2007 model and one of the lowest on the market. The Softail Deluxe is heavy on nostalgic style as a unique paint scheme, beautiful cloisonné and abundant chrome combine with the new Twin Cam 96B engine, 6-speed Cruise Drive transmission and Electronic Sequential Port Fuel Injection (ESPFI) for stunning overall performance. The Softail Deluxe offers premium rider comfort with a comfortable pullback riser and wide handlebar. An integrated luggage rack, checked seat side panels with a chrome grab rail, new full-length footboards, wide whitewall tires on Chrome, Laced Steel wheels, special tank and fender emblems and a classic tombstone tail light evoke the past. New four-hole fender supports allow additional customizing creativity. Chrome, Profile Laced Aluminum wheels are available as a factory-installed option. Available in four solid and three new tone-tone color options.

FLSTN Softail Deluxe features:

Rigid-mount 1584cc Twin Cam 96B balanced engine
Black powder-coated engine with chrome covers
New 6-speed Cruise Drive transmission
Electronic Sequential Port Fuel Injection (ESPFI) standard
Hard tail styling with hidden, horizontal rear shocks
Low 24.5-inch seat height
Integrated luggage rack
Wide whitewall tires and Chrome, Laced Steel 16-inch wheels
Chrome oil tank
Chrome shotgun exhaust
Pullback risers and handlebar
Tombstone tail light
Distinctive headlight nacelle
Clear-lens reflector-optic passing lamps
Easily removable passenger pillion
Full-length floorboards with heel/toe shift lever
Easy-reach sidestand


SPECIFICATIONS:

Dimensions
Length 94.7 in. (2405.4 mm)
Overall Width 38.6 in. (980.0 mm)
Overall Height 44.3 in. (1125.0 mm)
Seat Height:
• Laden2
• Unladen
24.5 in. (622.3 mm)
25.9 in. (660.0 mm)
Ground Clearance 4.8 in. (121.9 mm)
Rake (steering head) 32°
Fork Angle 32°
Trail 5.8 in. (147.3 mm)
Wheelbase 64.5 in. (1638.3 mm)
Tires (Dunlop® Harley-Davidson Series):
• Front – D402F
• Rear – D402
MT90-16 72H
MU85B16 77H
Fuel Capacity 5.0 gal. (18.9 L)
(warning light at approximately 1.0 gal.)
Oil Capacity 3.0 qts. (2.85 L)
Primary Chain Case
Capacity11
1.0 qts. (.95 L)
Weight:
• As Shipped
• In Running Order
• Gross Vehicle Weight
Rating
695 lbs. (315 kg)
724 lbs. (328 kg)
1160 lbs. (526 kg)

Engine
Engine Air-cooled, Twin Cam 96B™
Valve Train Pushrod-operated, overhead valves
with hydraulic, self-adjusting lifters;
two valves per cylinder
Bore x Stroke 3.75 in. x 4.38 in.
(95.25 mm x 111.25 mm)
Displacement 96 cu. in. (1584 cc)
Compression Ratio 9.2:1
Fuel System3 Electronic Sequential Port Fuel Injection
(ESPFI)
Air Cleaner Fiber element, washable
Lubrication System Pressurized, oil feed

YAMAHA DRAG STAR 250

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2007 Yamaha DragStar 250
Category: Cruiser

Also called:
Yamaha DragStar Two-Fifty
Yamaha DS250

Specifications:

Engine
Model: G604E
Type: Air cooled 4 strokes SOHC 2 valves
Cylinder: V type 2
Displacement: 248cc
Bore x stroke: 49.0mm × 66.0mm
Compression ratio: 10.0 : 1
Maximum power: 17kW (23PS) @ 8,000rpm
Maximum torque: 22N m (2.2kgf m) @ 6,000rpm
Starting system: Cell system
Lubricating system: Forced force wet sump
Carburetor type: BDS26×1
Ignition system: T.C.I. Formula

Powertrain
Primary drive: Gear, ratio = 3.130 (72/23)
Final drive: Chain, ratio = 2.800 (56/20)
Clutch type: Wet multiple plate coil springs
Transmission type: Return type 5 step
Change gear ratio:
1st: 2.642
2nd: 1.684
3rd: 1.260
4th: 1.000
5th: 0.821

Chassis
Frame type: Double cradle
Caster/trail: 35°00 ‘/135mm
Front brake: Hydraulic type single disk
Rear brake: drum
Front tire: 80/100-18M/C 47P
Rear tire: 130/90-15M/C 66P

Dimensions/weight/capacity
Length: 2,320mm
Width: 915mm
Height: 1,075mm
Wheelbase: 1,530mm
Seat height: 670mm
Dry weight: 147kg
Weight equipped: 159kg
Minimum turning radius: 2.9m
Oil tank capacity: 1.75L
Fuel tank capacity: 11L
Fuel economy: 51.0km/L @ 60kph

Electricals
Battery capacity/type: 12V-6Ah (10h)/YTZ7S (MF)
Headlight: Halogen valve (60W/55W)

Electric chopper bike news

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Electric Chopper Features

  • Miniature electric chopper sporting genuine American chopper styling
  • Double chrome front fork, V-Twin-style motor casing, and padded sissy bar
  • High-performance, variable-speed chain-drive motor tops out at 17 mph
  • 16-inch front and extra-wide 12-inch rear pneumatic tires for smooth ride
  • Runs up to 40 minutes per charge; supports up to 220 pounds; 90-day warranty



Electric Chopper Description

The Razor Electric Rebellion Chopper has "V-Twin" styling that is larger and more comfotable for teens and adults. Various SMU options for tank and handlebar design. The Rebellion Chopper can reach up to 18 mph with a chain drive and freewheel.

With this electric chopper, youths can put themselves in charge of adventure. It features double chrome front fork, classic American V-Twin style motor casing, passed sissy bar and 16" front and 12" Fat Daddy rear pneumatic tires. This high-performance, variable speed chain-drive 350-watt motor makes speeds up to 17 miles per hour, and carries up to 220 lbs. The controls are all in the riders hands, as the 40 minutes of continuous use per charge gives a wide range of power in motion. Requires 2 "12V" sealed lead acid batteries (included). Also includes battery charger, kick stand and tools. Charge time for battery is 8 hours. Safety equipment such as helmet, elbow pads, and knee pads are recommended. Measures 52.5"L x 19"W x 26"H.

Give your child the taste of adventure with the Razor Rebellion Electric Chopper. Sporting genuine American chopper styling distinguished by such features as a double chrome front fork, a classic American V-Twin-style motor casing, and a padded bar, the bike satisfies the inner Harley in all of us. The bike's high-performance, variable-speed chain-drive motor isn't designed for street driving, as it tops out at 17 miles per hour, but is ideal for trails, parking lots, and other locations.

Riders will love the 16-inch front and extra-wide 12-inch rear pneumatic tires, which deliver a smooth, even drive. And thanks to the included rechargeable battery and charger, riders will enjoy up to 40 continuous minutes of use per charge (the charge time is roughly eight hours). The chopper, which measures 52.5 by 26 by 19 inches (W x H x D), supports up to 220 pounds and is backed by a 90-day warranty.

Electric Chopper Key Features:
  • Double chrome front fork
  • V-Twin-style motor casing
  • Variable-speed chain-drive motor
  • Drives up to 17 miles per hour
  • 16-inch front and 12-inch rear pneumatic tires
  • Runs up to 40 continuous minutes of use per charge
  • Measures 52.5 inches wide by 26 inches tall by 19 inches deep
  • 220 pound user weight capacity

Razor advises riders to read and understand the enclosed manual before riding the Rebellion, and to use such safety equipment as a helmet, elbow pads, and knee pads. The Rebellion is designed for controlled environments free of potential traffic hazards and not on public streets.



Electric Chopper Details

Dimensions: 14 x 25 x 46.5 inches
Weight: 73 pounds
Model Number: 15130760



Review Electric Chopper


I bought this to ride with my kids on the driveway. It is a blast. I am over 6 feet and weigh more than 200 pounds. It does just fine. Good speed, easy to put together and super sharp styling make this a good choice for anyone. I even ride my sons on my lap while riding and it pulls fine. I wouldn't recommend this for children under the age of 14 as stated on the box. Motorcycle riding experience would be a plus because of its wide turning radius and short handlebar movement. It will take practice to get the hang of this bike on turns, especially in tight spaces. Make sure you inflate the tires because there is not nearly enough air in them out of the box even though they feel "full." Don't buy this thinking it is tiny. It is about 5 and a half feet long from front tire to back wheel. It is worth the price.

HYOSUNG GT 650x


Make Model

Hyosung GT 650X

Year

2008

Engine

Liquid cooled, four stroke, 90° V twin, DOHC, 4 valve

Capacity

647
Bore x Stroke 81.5 x 62 mm
Compression Ratio

Induction

Electronic fuel injection

Ignition / Starting

- / electric

Max Power


Max Torque


Transmission / Drive

6 Speed / chain
Frame Tubular steel/aluminium trellis

Front Suspension


Rear Suspension


Front Brakes

2x 300mm discs 4 piston caliper

Rear Brakes


Front Tyre


Rear Tyre

180/55 ZR17

Dry-Weight


Fuel Capacity


Kawasaki Ninja 250R SE

Make Model

Kawasaki Ninja 250R Special Edition colour for US only

Year

2008

Engine

Liquid cooled, four stroke . parallel twin, DOHC

Capacity

248
Bore x Stroke 62 х 41.2mm
Compression Ratio 11.6:1

Induction

2x Keihin CVK30

Ignition / Starting

TCBI with Digital Advance / electric

Max Power


Max Torque

21.7 Nm 2.21 Kg-m 16.0 lb-ft @ 10000 rpm

Transmission / Drive

6 Speed / chain
Frame / Rake/Trail Semi-double cradle, high-tensile steel, / 26 degrees / 3.3 in.

Front Suspension

37mm hydraulic telescopic fork

Rear Suspension

Uni-Trak® with aluminum linkage

Front Brakes

Single 260mm hydraulic petal disc 2 piston caliper

Rear Brakes

Single 220mm petal disc 2 piston caliper

Front Tyre

110/70-17

Rear Tyre

130/70-17
Seat Hieght 780 mm

Dry-Weight

151 kg

Fuel Capacity

18.2 Litres
Review Motorcycle Daily

Japanese manufacturers didn’t quite focused on producing 250cc sportbikes these last years, Kawasaki remaining the only bike builder with such a motorcycle on sale today for the U.S. market. The smart choice was to keep producing and yet improving this icon, and this way it managed to dominate the American market at the given category.

By using a perfect combination of rider-friendly engine, easy to operate chassis, and modern design, this Ninja is a true companion on your road towards bigger motorcycles, like the ZX-6R and ZX-10R.

Riders who are willing to be initiated in the wonderful world of motorcycling and prefer a sportier ride are most likely to jump on the Kawasaki Ninja 250R so it is best to know what to expect. I certainly did. I found myself facing an engine that thrives on high-rpm excitement.

New Suzuki GSX650F Review

All-New Suzuki GSX650F


Suzuki has announced exciting plans to introduce the brand new, fully-faired GSX650F sports motorcycle later this year. A modern incarnation of the classic middleweight motorcycle, the GSX650F strikes the ideal balance of sportsbike excitement and all-around versatile performance.


The all-new GSX650F features a compact, 656cc, liquid-cooled, DOHC engine built for strong, easily accessible power and torque, fewer emissions and better fuel economy. Utilising a bore and stroke of 65.5 x 48.7mm, the GSX650F powerplant features Suzuki Composite Electrochemical Material (SCEM) cylinder plating for better heat transfer and ring seal while reducing mechanical losses.

In addition, a hard, smooth chrome-nitride Physical Vapour Deposition (PVD) coating on the upper compression and oil control piston rings reduces friction and wear and improves sealing. Equipped with the renowned Suzuki Dual Throttle Valve (SDTV) digital fuel injection system, the GSX650F enjoys outstanding power delivery and smooth acceleration. Using engine-computer-operated secondary valves to maintain optimum intake-air velocity, plus compact, four-hole injectors in each throttle body to improve fuel atomisation, the SDTV system delivers maximum combustion efficiency.An advanced, comprehensive ignition-timing control system incorporates separate maps for each cylinder using feedback from multiple sensors.

The new GSX650F incorporates a number of systems to meet strict Euro 3 and Tier 2 emissions requirements, including the Pulsed-secondary AIR-injection (PAIR) system and the Automatic Idle Speed Control (ISC) system, which also improves cold starting. In addition, the Suzuki exhaust system utilises a high capacity catalyser and an oxygen sensor to further reduce emissions and provide more efficient, cleaner running, while still providing strong performance throughout the rpm range. Suzuki’s new six speed transmission works smoothly with the hydraulic clutch which incorporates carefully selected clutch cylinder piston ratios for easier clutch-lever pull and crisp shifting.

The chassis of the GSX650F is a double-cradle, tubular steel frame designed with optimum torsional rigidity well-matched to the engine’s power and torque output.The 41mm-stanchion-tube KYB front forks with adjustable spring preload offer 130mm of wheel travel, while the KYB single-shock rear suspension features adjustable spring preload and rebound damping. Engineered for a finely balanced mix of sportiness and all-round comfort, the GSX650F geometry comprises a 1,470mm wheelbase, 26 degrees of rake and 108mm of trail, with a relatively low 770mm seat height for maximum rider comfort.

Integrated with the fairing and tail section to enhance the distinct sporty look, the compact, 19-litre fuel tank is designed with a narrow mid-section for an easy reach to the handlebar. Three-spoke, cast aluminium-alloy wheels shod with 120/70ZR17M/C (58W) and 160/60ZR17 M/C (69W) radial tyres transfer the power to the road, while the dual 310mm, floating-disc front brakes with four-piston calipers and 240mm disc rear brake provide the GSX650F ample stopping power.A GSX-R-style full fairing and vertically stacked, multi-reflector headlights display Suzuki’s sportsbike DNA, while the GSX650F’s one-piece integrated seat is designed for comfort with or without a passenger. The GSX650F features an analogue tachometer, LCD speedometer, odometer, fuel gauge, clock, dual trip meters, reserve trip meter and gear position indicator, plus a GSX-R racing-inspired programmable shift light to remind riders to up-shift.

Suzuki Boulevard C109R Review


Make Model

Suzuki Boulevard C109R

Year

2008

Engine

Liquid cooled four stroke, 54° V-Twin

Capacity

1786
Bore x Stroke 112 X 90,5mm
Compression Ratio 10.5;1

Induction

EFI, 2X 56mm throttle bodies

Ignition / Starting

Digital transistorized / electric

Max Power


Max Torque


Transmission / Drive

5 Speed / shaft

Front Suspension

Telescopic, coil spring, oil damped

Rear Suspension

Link type, coil spring, oil damped, adjustable spring preload

Front Brakes

2x 310mm discs 2 piston calipers

Rear Brakes

Single 274mm disc 2 piston caliper

Front Tyre

150/80R16

Rear Tyre

240/55R16

Seat Height 710 mm

Dry-Weight


Fuel Capacity

19 Litres 5.0 gal


Suzuki presents the Boulevard C109R as the motorcycle that takes cruising to a new level which brings power in the palm of our hands and comfort for our backs and feet. You can easily understand where comfort comes from by looking at the pictures, but check out the technical features, especially the part where the GSX-R fuel injection system is being mentioned, and form your own opinion on this classic cruiser.

Suzuki launched the Boulevard C109R as the classic tourer which will complete the Boulevard line of cruisers.

Being brand new and introduced as a 2008 model, it is obvious that history isn’t its strong point but you should never doubt the quality of a Suzuki motorcycle. It doesn’t have any history but who says it doesn’t benefit of Suzuki’s championship winning GSX-R fuel injection systems which make it unique in the disputed market of cruisers, especially in the U.S.

Conclusions can be easily drawn but the most reflecting is that history is being written at Suzuki’s with their new model always ready to head on the freeway.

Suzuki did present the C109R as THE machine to ride in your future years of cruising and their affirmations were indeed based on the reliable package that they had to offer.

But did they take into consideration the models offered by the competition? By mentioning the competition of this model, I am referring to the Honda VTX1800R, a motorcycle with some time on the market. Retro is indeed the look for this timeless V-twin featuring classic, deeply valanced fenders, cast aluminum wheels and staggered dual exhaust. I believe that the Honda was strongly taken into consideration as Suzuki’s classic cruiser ended up featuring the same characteristics but fairly improved.

Kawasaki also has a classic cruiser to send in the battle and it is known as the Vulcan 2000 Classic, a machine that combines traditional cruiser style with modern muscle and awesome physical presence.

With strong competition coming from Honda and Kawasaki, the Suzuki reserves some surprises out on the open road and I am eager to see them.

What I most like about this cruiser it the fact that in ended up being as massive as it could get. I mean, would you like to see it looking and saying something else? I certainly don’t! I love to see a strong and dour fork sustaining a gigantic front wheel featuring dual disc brakes. I enjoy a wide seat sustained by a rigid but yet strongly-developed chassis on which is positioned the beautifully curved fuel tank.

The C109R establishes its own identity with its styling. It has pullback handlebars, floorboards that let you kick your feet out, a spacious, relaxed riding position and its own slash-cut mufflers.

But you couldn’t do that on a smaller, sleeker cruiser, wouldn’t you? That is why this motorcycle followed the recipe used when creating its engine: “bigger is better”. The result is the incredibly imposing machine implementing smooth, classic lines all the way from the fuel tank, through the seat and rear fender.

The aspect that attracted me the most on the new Boulevard and the key to C109R’s performance is its 109 cubic inch engine with Suzuki fuel injection which is the same basic powerplant used by the awesome M109R, which traces its technological heritage to Suzuki’s championship winning GSX-R supersport bikes. One ride on the C109R and you’ll notice that it boasts its own power characteristics, with more torque down low for extraordinary acceleration. I have to say that it is more than you would expect from an imposing cruiser even for its 1783cc engine.

But being imposing involves weight and you might expect to encounter this problem on the 2008 C109R. I am not saying that the machine is light as a FZ6 and I have to admit that despite featuring Suzuki Composite Electrochemical Material, it remains rather heavy and hard to maneuver at low speed. But hey, it wouldn’t be a cruiser if it was ready to receive in its saddle an 18 years old rebel.

The good news is that pounds seem to fly off as the throttle is being widely opened and the sound of the exhaust becomes a screaming monster. This is where the fun begins. Out on the freeway is where the Boulevard C109R proves its best and its owner or rider benefits of the best treatment ever. I believe that if this cruiser would be a medicine in the pharmacy, it would have been found on the distress shelf. It is that awesome!

An important factor that gives this bike a special something is the way it handles on sinuous lonely roads. The maneuverability is quite amazing and the rush given is one of a kind. I really had to experience on my own skin before I made a statement and I admit, it is wonderful to have this amount of torque available together with the comfortable riding position.

Another element very important when cruising is the suspension system which has a “must” positioned before the “providing comfort” words. At least this is what I noticed during my 200 miles ride with a cruiser that delivered me as fresh as a new born, smile on the face included. The seat had probably very much to do with the actual result but the idea is that you will never get tired or bored riding the C109R.

The Yamaha -Thunderace


The Yamaha YZF1000R Thunderace is a motorcycle produced by Yamaha from 1996 until 2003.The motorcycle is powered by Yamaha's 1002 cc 20-valve forward-slanting liquid-cooled four-cylinder engine. It is equipped with downdraught carburettors, throttle position sensor, gear position sensor, and a torque-boosting Exup system for low to mid-range performance with a claimed 145 bhp at 10,000 rpm and a top speed is of over 160 mph.



Manufacturer
Yamaha
Production
1996-2003
Predecessor
Yamaha FZR1000
Class
Super bike
Engine
1,002cm3 Liquid cooled 4-stroke DOHC 20 Valve[1]
Transmission
Constant Mesh 5-Speed
Wheelbase
1430 mm
Dimensions
L 2085 mm W 740 mm
Seat height
795 mm
Weight
417 lb (198 kg) (dry), ) (wet)
Related
Yamaha YZF600R
Similar
Honda FirebladeYamaha R1Yamaha YZF750.

Suzuki Hayabusa

CRAZYAUTOS.BLOGSPOT.COM The Suzuki Hayabusa (also known as the GSX1300R in some countries) is a hypersport motorcycle originally introduced by Suzuki in 1999. It has a 1340 cc (81.7 cu in) inline-4 engine and was consistently tested as the fastest production motorcycle in the world before the 2001 detuning agreement referred below.The 2008 model has a MSRP of US$ 11,999.The name Hayabusa translates directly from the japanese as Peregrine Falcon, the bird capable of achieving speeds over 200 mph (322 km/h) -- and predator of (perhaps not coincidently) the common blackbird. The name is a subtle reference to Honda's competing Hawk models. When introduced in 1999, it overtook the Honda CBR 1100XXSuper Blackbird as the fastest production motorcycle. The first generation of the Hayabusa was called the GSX1300R and was powered by a 1299 cc (79.2 cu in) inline-4 liquid-cooled engine. It remained relatively unchanged up through the 2007 model year.From its debut in 1999 to June 2007 over 100,000 Hayabusas were sold worldwide.Every biker have a dream of riding Hyabusa because of the magic of the bike.Its became a passion to lots of people specially for youngsters.
The motorcycle in stock form was capable of the following performance:
1/4 mile (402 m): 10.02 seconds @ 143.7 mph (231 km/h)
60–80 mph: 3.13 seconds
80–100 mph: 3.31 seconds
Top speed: 189.6 mph (305 km/h)
Power: 156.1 hp (116.4 kW) @ 9,500 rpm (rear wheel)

Ducati Sport 1000S



Make Model

Ducati Sport 1000S Limited Edition

Year

2007 (Production 90 US Only)

Engine

Air cooled, four stroke, 90°“L”twin cylinder, DOHC, desmodromic 4 valve per cylinder.

Capacity

992
Bore x Stroke 94 x 71.5 mm
Compression Ratio 10.0:1

Induction

Marelli electronic fuel injection, 45mm throttle body

Ignition / Starting

Marelli electronic / electric

Max Power

67.7 KW 92 hp @ 8000 rpm

Max Torque

9.3 kg-m 67.3 lb-ft @ 6000 rpm

Transmission / Drive

6 Speed / chain
Frame Tubular steel trellis
Front Suspension 43mm Upside-down jelly adjustable forks, 120mm wheel travel
Rear Suspension Sachs fully adjustable monoshock on the left side 133mm wheel travel.

Front Brakes

2x 320mm discs 4 piston calipers

Rear Brakes

Single 245mm disc 2 piston caliper

Front Tyre

120/70 ZR17

Rear Tyre

180/55 ZR17
Seat Height 825 mm

Dry-Weight

179 kg

Fuel Capacity

15 Litres

Whatever you think of the new wave of retro motorcycles-faux classics to lure fashion-conscious new bikers or genuine machines with credibility and a direct line to the past-you can't ignore 'em.

And certainly nobody seemed able to ignore the Ducati Sport 1000S for the week it was in my sticky mitts. It's one of those bikes that halts pedestrians in their tracks, forces involuntary thumbs-up out of car drivers and even drags pleasantries out of well-to-do ladies on their way to beautification. It is, without doubt, gorgeous. The red paint on the bodywork and steel trellis frame is just the right shade that pops in the sun but goes bloodlike as light fades, while the proportions of the half-fairing, the chrome and ally cockpit, the simple elegance of that air-cooled 992cc engine, all add up to a visual feast.

Before over-waxing lyrically, I'll steady up; Ducati has rationalized the entire Sport Classic range around the "cooking" GT1000 base, introduced last year. So the single-sided swingarm and shock are gone, replaced with twin fully adjustable Sachs units and a double-sided swinger, and there's an exhaust pipe on either side now. Plus, you get to share the experience, as under that seat cowl is a pillion perch, with pegs to match.

Gone, too, is the kerchinkachinkachinka rattle of the original DS1000 engine's dry clutch, as a bath of oil now soothes the hydraulically operated plates. And while the bike's beauty is beguiling, it's really the engine that stars when you stop gawping and start riding; this is one of the easiest to use, most fluid powerplants ever. OK, it's not the strongest (you'll get around 75 horsepower at the rear wheel with 58 lb.-ft. of torque) and feels a little corked-up toward the 8000-rpm redline, but every single one of those horses can be put to good work in good order, and throttle control and delivery are perfectly dialed in.

The Sport 1000S's steering geometry and chassis are adequate for a mild canyon-carve, but the suspension on either end is more budget than brilliant with the 43mm upside-down Marzocchis in particular feeling a little turgid and unresponsive, especially under braking on the way into a corner. The pair of simple twin-piston calipers up front grip 320mm semi-floating discs and anchor the bike smartly, while Pirelli rubber matches with solid grip.

So, reassuringly you can actually ride the Sport 1000S like you mean it, and enjoy the process. Plus, a bit of time sorting the suspension and stifled motor will deliver a more involving motorcycle, which in these days of too-perfect bikes is arguably a good thing. The real kicker (and leftover from the first incarnation) is the rack-like riding position due to the stretch to those clip-on bars; your wrists will never forgive you, and around town the bike is pure, tortuous misery. But maybe you do have to suffer a little for fashion after all.

General Motors' Global Vice President of Design to be Awarded Automotive Hall of Fame Distinguished Service Citation


Edward T. Welburn, GM's Vice President of Global Design, will receive the Distinguished Service Citation from the Automotive Hall of Fame, January 25, at the National Automobile Dealers Association meeting in New Orleans. With this prestigious Distinguished Service Citation, the Automotive Hall of Fame recognizes an individual's significant contribution to the auto industry.

"I am honored to be receiving this award for doing a job that I enjoy so much,” says Welburn. “I am proud to lead such a creative team that continues designing award-winning cars and trucks that our customers love.”

Welburn was appointed GM vice president, global design, on March 1, 2005. He had been vice president of design, GM North America, since October 1, 2003, when he became only the sixth design leader in GM history. As vice president of global design, Welburn is responsible for interior and exterior design development of all General Motors cars and trucks. He heads a team of over 1,400 men and women operating in 11 design centers in eight countries around the world.

Under his direction, GM has walked away from the North American International Auto Show (NAIAS) in Detroit with the coveted 2007 Car and Truck of the Year awards for the Saturn Aura and Chevrolet Silverado, the 2008 Car of the Year award for the Chevrolet Malibu, the 2008 Motor Trend Car of the Year for Cadillac CTS, and the 2008 Eyes on Design awards for both the CTS-V and CTS Coupe Concept. In addition, AutoWeek named the 2006 Chevrolet Camaro Concept Editors’ Choice Best in Show Award.

Most recently, the Cadillac Converj Concept Car, revealed on January 11, 2009 at the North American International Auto Show won the Eyes on Design Award, AutoWeek’s Best Concept Award as well as the 2009 Detroit News Readers’ Choice Award for Best Concept.

Also under Welburn's leadership, GM designed and developed the revolutionary Chevy Volt, the world's first extended-range electric vehicle whose advanced technology and aerodynamic design enable it to drive up to 40 miles without using a drop of gasoline or producing emissions. The Chevrolet Volt was awarded the North American Specialty Concept Vehicle of the Year 2007 and the Most Significant Concept Vehicle of the Year at the Automotive Hall of Fame, 2007 MY. In addition, the Chevrolet Tahoe Hybrid won the 2008 Green Car of the Year award.

Welburn began his General Motors career in 1972 as an associate designer assigned to the Advanced Design Studios and has held several significant leadership positions within the General Motors Design organization since then.

A native of Philadelphia, Welburn was born on December 14, 1950. He received a bachelor's degree in 1972 from the College of Fine Arts at Howard University in Washington, D.C., where he studied sculpture and product design.

Today, Welburn is General Motors key executive to Howard University and serves on the board of governors at the Cranbrook Institute of Science and on the board of directors of the LeMay Museum.

Welburn has received honors and special recognition from Rainbow PUSH, African Americans on Wheels Magazine, and Black Enterprise magazine. In 2004, he was named the Howard University Alumni of the Year. In May 2008, he received the Man of Excellence Award from the Michigan Chronicle and made the list of The Ebony Power 150: The Most Influential Blacks in America as recognized by Ebony magazine.

'Green Garage' Debuts at Washington Auto Show to Roll out EcoCAR Challenge Designs

DETROIT - JANUARY 14:  General Motors shows of...Image by Getty Images via Daylife

The garage has become an icon of innovation, emblematic of a spirit of invention that has produced some of North America's greatest inventions. Today, at the Washington Auto Show, a next generation of garage innovators emerges, ready to spark new invention, and to do so for the good of the planet and its future generations. This is the Green Garage.

The Green Garage (www.green-garage.org) is a virtual portal, and beyond its doors are 17 teams of emerging innovators that comprise EcoCAR: The NeXt Challenge, an unprecedented public/private partnership that provides invaluable experience and training to the next generation of engineers developing future clean vehicle technology solutions. Today, the 17 EcoCAR teams, selected from universities across North America, unveiled their long-awaited vehicle architectures at the Washington Auto Show.

EcoCAR was established by the U.S. Department of Energy (DOE) and General Motors (GM), and it is sponsored by the Government of Canada, as well as other high-profile sponsors, including the newly announced California Air Resources Board (see today's EcoCAR sponsorship press release for additional information). EcoCAR challenges university engineering students across North America to re-engineer a 2009 Saturn VUE, provided by GM, to achieve improved fuel efficiency and reduce emissions while retaining the vehicle's performance and consumer appeal.

"Our world is experiencing dramatic changes, and we're looking to a next generation of engineers across North America to help spark innovation in the way we design and build vehicle propulsion systems," said Britta Gross, manager, Hydrogen and Electrical Infrastructure Commercialization for General Motors. "This competition allows us to work alongside policy-makers, academia and other industry stakeholders to improve vehicles and increase our knowledge. Our hope is that the Green Garage vision doesn't end with a re-engineered Saturn VUE, but that it endures as an ongoing legacy of innovation through the future careers of these engineering graduates."

Each of the 17 EcoCAR teams will test the boundaries of advanced vehicle design and sustainable mobility. The EcoCAR Challenge isn't focused on one technology or fuel, but instead will test multiple technologies in a variety of combinations. Although each team had proposed specific variations, the teams selected from four design platforms (see today's EcoCAR architecture press release for additional information):

  • Full Function Electric Vehicle (FFEV)

A Full Function Electric Vehicle has an all-electric motor powering its drive train and has over 100 miles of range. It stores energy in batteries that can be charged using a home electrical outlet.

  • Fuel Cell Plug-in Hybrid Electric Vehicle (FCPHEV)

A Fuel Cell Plug-in Hybrid Electric Vehicle uses an onboard hydrogen fuel cell to either propel the vehicle or recharge a battery pack. The battery pack can be charged using a home electrical outlet. The FCPHEV uses significant battery energy before relying on the fuel cell to extend the range of the vehicle.

  • Plug-in Hybrid Electric Vehicle (PHEV)

A Plug-in Hybrid Vehicle refers to a hybrid vehicle that has a large battery. The battery can be recharged by plugging into the wall and the vehicle may operate without using the engine at all. Once the battery is depleted the vehicle can still operate as a regular hybrid.

  • Extended Range Electric Vehicle (EREV)

An Extended Range Electric Vehicle demonstrates full performance with an electric powertrain and can extend the range of the vehicle with its on-board fuel storage.

Since September 2008, EcoCAR teams have been following GM's global vehicle development process and using sophisticated software to design their unique clean vehicle architecture. As their designs move from idea to reality, the public can follow their progress and learn about the technologies through the Green Garage. The site will also document the three-year journey, highlighting the testing and evaluation of their prototypes and, ultimately, showcasing their final vehicles.

"The hands-on experience and opportunity to work with cutting-edge technologies are more valuable than I could have ever imagined," said Lynn Gantt, a student competitor from the EcoCAR team at Virginia Tech. "We're actually working with the same technologies and methodologies that GM uses, and this means we're capable of delivering real innovation to the automotive industry during a time when breakthroughs in clean vehicle technology are more important than ever."

While each of the 17 EcoCAR designs is unique, there are common attributes including:

  • All of the vehicles have plug-in capability, which can significantly reduce on-road petroleum consumption.
  • All of the designs use state-of-the-art lithium ion battery technology, so the vehicles are able to store more electric energy in smaller, lighter packages.
  • All of the vehicles use a renewable energy source that displaces petroleum consumption, which significantly reduces the amount of greenhouse gases emitted from the vehicle's tailpipes.
  • All of the EcoCAR team architectures must retain the safety and real-world performance characteristics of production vehicles that consumers demand.

NELLY" FLEX UNVEILED AT SEMA SHOW




LAS VEGAS, Nev., Nov. 4, 2008 – Grammy Award-winning artist Nelly will see his brand new customized 2009 Ford Flex for the first time today when the vehicle is unveiled on the Ford stand at the Specialty Equipment Market Association (SEMA) show in Las Vegas.

The 34-year-old rapper, singer and actor says Ford’s newest crossover caught his eye for the first time in July when it was on display at a Ford-sponsored event in Atlanta.

“When I saw it, I said ‘Yo, that’s hot! How can I get one of those?’” he recalled. “I thought it was a real unique vehicle.”

Later that night, Nelly shared his excitement about the car with his good friend, hip hop DJ Funkmaster Flex, who has a customized Flex of his own. That’s when the metaphorical wheels started turning.

"I've been partnering with Ford on some amazing vehicles since 2005," said Funkmaster Flex. When Nelly reached out on wanting a custom Flex of his own, I knew it was going to be 'on and poppin.' From our initial meeting with him at my warehouse in the Bronx to follow-up conversations that we had about this vehicle, there was no doubt that we could deliver something that would ultimately be true to Nelly and his own style".

"When it comes to a vehicle looking sweet, this crossover is beyond sweet," said Flex of the crossover. "This vehicle is one where you can be hot coming off the dealership lot—which is a plus, but when you know that you can customize it afterwards and turn a car that's a 10 into a 20—that's super hot." It was even more exciting for me to be able to work with Nelly and introduce him to the Ford team of designers to create a vehicle all his own. It was definitely an experience."

Usha Raghavachari, Ford's Crossover Marketing Communications Manager, attended the initial event in Atlanta and says she was delighted to see how enthusiastic Nelly was about the Flex.

“He is a huge hip hop star who transcends the traditional audience. The fact that he is attracted to Flex is testament to its head-turning design,” she said.

Nelly says he was thrilled about the idea of “building” his own Flex.

“I’m what they call a ‘premiere stuntastic stuntman,’ and so you know when it comes to cars, I’m pretty inclined to go overboard,” he said. “I wanted to really turn the vehicle into mine. You can do so much with it, and I think that’s the best thing about it.”

After meeting with Nelly and getting a feel for his taste, Ford Designer Melvin Betancourt began sketching.

“Just from talking with Nelly, we knew that he wanted a custom-color blue car with a white roof, a great sound system, 22-inch wheels, an exhaust system with a little bit of a rumble on it, and a personalized interior,” said Betancourt, who worked with Catalyst Industrial Marking, Inc. to build the vehicle. “He wanted our input on the other elements of the customization.”

One of the first ideas they had, says Betancourt, was to design a custom appliqué for the roof.

“We created an art form that we feel reflects Nelly’s personality,” he said. “It’s a bird, which is a symbol of freedom -- the ability to do whatever you want in life -- and it has a very modern feel to it, which is very Flex.”

The wheels had to stand out. So the team chose NC Forged “6 Spoke” 3-piece aluminum, 22-inch wheels with NC floating center caps.

“Wheels are usually either all-chrome or all-painted. We did custom chrome rims with a brushed aluminum center, which is very unusual,” he said. “We also wanted a wild, crazy offset on the wheels, so we went with a 4½-inch rim in the back and a 3-inch rim in the front, which creates a staggered look.”

Betancourt says the inspiration for the interior of the vehicle came largely from the exterior.

“The outside of the car reflects his personality, so it was a matter of bringing the some of the same elements inside,” he said.

The team selected a black Tuscany leather interior with Katzkin® seats and contrast blue stitching that picks up the unique exterior color of the car. They also replaced all the wood grain trim inside the car with the same artwork appliqué featured on the roof.

In addition, Nelly’s Flex features the industry-exclusive Ford SYNC™ technology and a CIM LIIV™ wireless Internet entertainment system, which enables passengers to enjoy web surfing, online games, e-mail, downloaded movies, music and live television.

Nelly says one of the things that really attracts him to the Ford Flex is the vehicle’s potential to transcend the generation gap.

“It used to be that parents and kids didn’t like the same thing. Families are getting a lot younger, and now it’s kind of a friendship between parents and kids,” he explained. “When you can have a vehicle that both can rock their own way, I think you have something there that’s very special.”

Raghavachari agrees.

“Flex has successfully attracted a wide variety of people to Ford, with over half our customers being completely new to the Ford brand,” she said. “This car helps our customers make a real statement about themselves and allows us to make a statement about where Ford is headed in terms of design and innovation."

Corvette Racing Aims for Sixth Le Mans Title in Final GT1 Race


Corvette Racing has unfinished business at the 24 Hours of Le Mans. The most successful team in American Le Mans Series history has won its class five times in the classic 24-hour French endurance race (2001-02, 2004-06), establishing Corvette as a global performance icon. Now after runner-up finishes in Le Mans in 2007 and 2008, Corvette Racing is focused on winning its sixth Le Mans title at the immense Circuit des 24 Heures on June 13-14.

This year's edition of the world's most prestigious sports car race has special significance for Corvette Racing. The team's Corvette C6.Rs will make their final run in the GT1 category before Corvette Racing begins its transition to a global GT class in 2010 that is chiefly based on current GT2 regulations.

"From Corvette Racing's inception, the 24 Hours of Le Mans has always been our objective," said program manager Doug Fehan. "GM leadership shared that vision, and Le Mans became the cornerstone of our program for two important reasons.

"First, Corvette is the tip of GM's technological spear, so racing production-based Corvettes was the most expedient way to accelerate the transfer of technology from racing to production," Fehan said. "Second, we knew that Corvette was going to become a global brand. "If Corvette was going to compete successfully in the marketplace with Ferrari, Porsche, Aston Martin, and other prestigious marques, then we had to transform the image of Corvette in the eyes of the world. Corvette's performance credentials were already well established in North America, but we had to nurture a new respect for Corvette in the rest of the world. Le Mans provided the arena to accomplish that, and the results have far exceeded our expectations."

Le Mans: The Driver's View

The magic of Le Mans still enthralls even veteran drivers like Corvette Racing's Olivier Beretta, a five-time winner at the Circuit de La Sarthe. "Le Mans is a very special event, and everyone who has been there can understand what I mean," said the Monegasque driver. "It's difficult to put into words, the feeling that you have when you go to Le Mans – the track, the atmosphere, the history, the race itself.

"Driving in the last race of the GT1 Corvette is something very special," Beretta said. "Why? Because these cars have raced since 1999, and they have been very successful. I have been part of the Corvette Racing team since 2004, and had the opportunity to win Le Mans three times with Ollie (Gavin) and Jan (Magnussen), so I really hope to win the last race."

Oliver Gavin, who will be teamed with Beretta and Marcel Fassler in the No. 64 Compuware Corvette C6.R, agreed: "Do we have unfinished business at Le Mans? I definitely think so," said the Briton. "Le Mans had been very kind to me from 2004 to 2006 with three consecutive class victories, but you need to have luck to win there. In the last two years, we've been extremely competitive, driven smartly and had great races, but it seemed the luck just wasn't with us.

"Not only are you battling against the other cars in your class and against all of the other cars in the race, but you are battling against the track itself, the weather conditions, and the clock," Gavin explained. "It's a huge, huge event, and something you can never underestimate. Going back for the last time in GT1, we are very focused on getting that final victory and putting Corvette Racing in the history books as the last GT1 winner of this era."

Corvette Racing's Danish ace Jan Magnussen is also hoping to return to the top step of the podium at Le Mans. "It would be fantastic to finish this program with a win at Le Mans," said Magnussen, who is teamed with Johnny O'Connell and Antonio Garcia in the No. 63 Compuware Corvette C6.R. "I've been on the podium the last five years – three times as a winner, but the last two in second place. We've had excellent races, haven't made any mistakes, but somebody else was just a little bit faster. I believe this year we will have a really good shot at it."

Driver Roster

Corvette Racing's driver lineup for Le Mans adds Antonio Garcia as the third driver in the No. 63 Corvette C6.R alongside O'Connell and Magnussen. The 29-year-old Spaniard is the hottest driver in international endurance racing, with three major victories in the last year. Garcia was part of the Le Mans-winning GT1 team in 2008, and he shared the overall win in the 2009 Rolex 24 at Daytona. In March, he won the Mobil 1 Twelve Hours of Sebring in his debut with Corvette Racing.

"Antonio is awesome," O'Connell declared. "A third driver must be able to take whatever car he's given and drive it fast, and Antonio showed at Sebring that he can do that. Positive energy, or mojo, or whatever you want to call it, is important in racing. Antonio was in the winning car last year at Le Mans, and he won Daytona and Sebring this year. When a driver is winning, it's really easy to keep winning. I think Antonio is an excellent addition to Corvette Racing."

Marcel Fassler will drive the No. 64 Compuware Corvette C6.R alongside Gavin and Beretta. The Swiss racer won the 24-hour Spa race in 2007, and has honed his racing skills in the European Le Mans Series and FIA GT competition.

"Both of the new Corvette Racing drivers, Marcel and Antonio, are very quick," Beretta said. "Marcel is a great asset; he is fast, successful, very easy to get along with, and he wants exactly the same setup as Ollie and I do. He knows the Corvette C6.R very well, and he raced with us at Sebring. I hope that the three of us will have a good race at Le Mans."

O'Connell's Quest

Johnny O'Connell can make history at Le Mans by becoming the only American to score four wins in the famed race. He notched his first GT win in his Le Mans debut in 1994, and repeated with back-to-back wins in 2001-02 with Corvette Racing. The list of three-time American winners at Le Mans includes Phil Hill, Hurley Haywood, Al Holbert, Luigi Chinetti, and Dick Barbour.

"No American has stood on the top step of the podium four times at Le Mans," said O'Connell, a resident of Flowery Branch, Ga., "Every driver wants to accomplish certain things in his career, and it would be tremendous to get my fourth Le Mans win this year. Corvette Racing has all the tools to do it, and we have a great opportunity."

O'Connell recognizes the difficulty he faces. "Le Mans is truly an intense battle," he said. "Twice we finished second there on the same lap as the winner. You replay the race in your mind a thousand times, asking yourself what could we have done differently, what could we have done better? I definitely think we've learned from those experiences. At the end of the GT1 era, we want Corvette to be in the record book with the last big win at Le Mans."

Rule Revisions

Changes in the Le Mans regulations will have an impact on Corvette Racing's pit strategy and tire management. The new rules allow only two mechanics and one air gun to be used for tire changes; previously four mechanics using two air guns were allowed to change tires simultaneously. No other work may be done during tire changes, and the equipment and used tires must be behind the line at the front of the garage before the car leaves its pits.

"The new rules mean that a four-tire change will take 25 to 30 seconds per stop, versus about 10 seconds last year," said Corvette Racing team manager Gary Pratt. "The new rules essentially dictate that you double-stint the tires, and you'd really like to do triple stints if the conditions allow. Making the wrong tire choice brings a harsh penalty – not only does the car lose time on the track, but then you face another 30-second pit stop to change them. Rain could further complicate tire selection and pit strategy.

"The pit spaces at Le Mans are small, so if there is a safety car period and everyone comes in for tires, getting in and out of the pits could be difficult," Pratt explained. "Even during routine stops, managing when the cars come in is important. For a two-car team like Corvette Racing, ideally the pit stops should be staggered so the cars come in one at a time."

Another significant rule change is the requirement to qualify and race using the same engine. Previously teams were allowed to install fresh powerplants after qualifying.

"There are six hours of practice on Wednesday night followed by four hours of qualifying on Thursday night," Pratt noted. "We'll install our race engines on Thursday, and consequently we plan to run a limited number of laps during qualifying – a few laps for shakedown and to let the drivers get acclimated, followed by qualifying runs. Fortunately Corvette Racing has years of experience at Le Mans and volumes of data, so we should be able to cope with the shortened schedule this year."

Le Mans Timetable

Practice for the world's most prestigious sports car race will take place from 6 p.m. to midnight on June 10 and qualifying from 7 p.m. to midnight on June 11. The 77th running of the 24 Hours of Le Mans is scheduled to start at 3 p.m. CET (10 a.m. EDT) on Saturday, June 13 and finish at 3 p.m. CET (10 a.m. EDT) on Sunday, June 14. SPEED will provide live television coverage in the U.S. from 8:30 a.m. to noon ET Saturday and 11 p.m. Saturday to 10 a.m. ET Sunday. Flag-to-flag coverage of the race, qualifying and practice will be available at radiolemans.com.

GM and Segway Join Forces to Reinvent Urban Transportation

Segway PT

General Motors Corp. and Segway today demonstrated a new type of vehicle that could change the way we move around in cities.

Dubbed Project P.U.M.A. (Personal Urban Mobility and Accessibility), GM and Segway are developing an electrically powered, two-seat prototype vehicle that has only two wheels. It could allow people to travel around cities more quickly, safely, quietly and cleanly - and at a lower total cost. The vehicle also enables design creativity, fashion, fun and social networking.

GM and Segway announced their collaboration, while demonstrating the Project P.U.M.A. prototype in New York City this morning.

"Project P.U.M.A. represents a unique solution to moving about and interacting in cities, where more than half of the world's people live," said Larry Burns, GM vice president of research and development, and strategic planning. "Imagine small, nimble electric vehicles that know where other moving objects are and avoid running into them. Now, connect those vehicles in an Internet-like web and you can greatly enhance the ability of people to move through cities, find places to park and connect to their social and business networks."

Trends indicate that urbanization is growing, and with that comes increased congestion and more competition for parking. Cities around the world are actively looking for solutions to alleviate congestion and pollution. Project P.U.M.A. addresses those concerns. It combines several technologies demonstrated by GM and Segway, including electric drive and batteries; dynamic stabilization (two-wheel balancing); all-electronic acceleration, steering and braking; vehicle-to-vehicle communications; and autonomous driving and parking. Those technologies integrate in Project P.U.M.A. to increase mobility freedom, while also enabling energy efficiency, zero emissions, enhanced safety, seamless connectivity and reduced congestion in cities.

"We are excited to be working together to demonstrate a dramatically different approach to urban mobility," said Jim Norrod, CEO of Segway Inc. "There's an emotional connection you get when using Segway products. The Project P.U.M.A. prototype vehicle embodies this through the combination of advanced technologies that Segway and GM bring to the table to complete the connection between the rider, environment, and others."

Project P.U.M.A. vehicles will also allow designers to create new fashion trends for cars, and to focus on the passion and emotion that people express through their vehicles while creating solutions that anticipate the future needs of urban customers.

The Project P.U.M.A. prototype vehicle integrates a lithium-ion battery, digital smart energy management, two-wheel balancing, dual electric wheel motors, and a dockable user interface that allows off-board connectivity. The result is an advanced and functional concept that demonstrates the capabilities of technology that exists today.

Built to carry two or more passengers, it can travel at speeds up to 35 miles per hour (56 kph), with a range up to 35 miles (56 km) between recharges.

Since the introduction of the Segway Personal Transporter (PT), Segway has established itself as the leader in the small electric vehicle space. Its approach to congestion and environmental challenges is balanced with a strong understanding of the functional needs of its customers, enabling them to do more with less. Segway has delivered more than 60,000 lithium-ion batteries to the market.

GM has been a leader in "connected vehicle" technologies since it introduced OnStar in 1996. Today, this on-board communications package connects six million subscribers in North America to OnStar safety and security services. GM has also pioneered vehicle-to-vehicle (V2V) communications systems and transponder technology. These and additional connected vehicle technologies could ultimately enable vehicles that don't crash and drive themselves.

"Imagine moving about cities in a vehicle fashioned to your taste, that's fun to drive and ride in, that safely takes you where you want to go, and "connects" you to friends and family, while using clean, renewable energy, producing zero vehicle tailpipe emissions, and without the stress of traffic jams," said Burns. "And imagine doing this for one-fourth to one-third the cost of what you pay to own and operate today's automobile. This is what Project P.U.M.A. is capable of delivering."