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  • Golf Mk1 with turbocharged Hayabusa engine

    Golf Hayabusa Engine Bay

    Remember the Smartuki? A Smart Fortwo with a Suzuki engine. Here’s a similiar engine in a chassis that looks alot less likely to topple over any moment – the Mk1 Volkswagen Golf! In a chassis that’s been stripped down to weigh 650kgs, the 1.3 litre Hayabusa engine has now been turbocharged to make over 350 horsepower. Not sure if these videos were recorded before or after the forced induction modification. Nevertheless, the engine sounds damn sweet. Three videos after the jump.
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  • MotoGP Technology: The Official Book (Hardcover)

    MotoGP has evolved over the years to become the F1 of the 2 wheeler world. Since it began in 2002, the world has seen the very highest levels of 4-stroke motorcycles. Over 180 pages of content. Niel Spalding has done beautiful work preparing this book, which is filled to the brim with photographs, and covers in-depth aspects of MotoGP Technology, showing the reader how the top MotoGP factory teams compete at the very highest level of 2 wheeler motorsport.

    Spalding writes about the main teams, including new entrant WCM, giving information on the engines and frames used. My only gripe is that MotoGP Technology: The Official Book doesn’t really go in-depth into the engineering side of things, but there are other books for that.

    MotoGP Technology: The Official Book covers the start of the 990cc, 4-strokes to 2006, the last year of the 990cc formula. Much of the book covers developments, team-by-team, and further sections cover components. The ‘teams’ sections provide an in-depth look at each team’s machine development & progress over the years, while the components sections cover specific parts of the bike, like frames, valve technologies, suspension, etc. After reading MotoGP Technology, you will understand how engine rotation affects handling during acceleration/deceleration, and how engine firing pulses, “Big Bang” for example, affect ‘rideability’ and traction.

    Arguably, the author tries to cover a LOT of information such little space, so die-hard fans may have some issues with the book, as things move on there could be more info released which may warrant a 2nd Edition. Nevertheless, Niel Spalding covers the 990cc MotoGP Formula well and MotoGP Technology: The Official Book makes a good buy for all but the most jaded motoring fan!

    Rating: 4/5 Stars
    Contributor: Ben Corley

     
     
  • 2,950kg Monster Bike

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    This monster is the creation of Greg Dunham in California, and it is in the Guinness Book of World Records holding the record for the world’s tallest bike standing at 11 feet, 3 inches tall. Costing US$300,000 to build, the monster bike is powered by an 8.2 litre, 500 horsepower engine mated to a 2-speed transmission. It actually moves, but from the looks of the thing, I have no idea how you’re supposed to steer it.

    More photos after the jump.
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  • Mat Rempit Stunt

    [UPDATED] The first video is a Bonnie and Clyde style of Mat Rempit stunt, with a motorcyclist dude and someone presumably his girlfriend doing stunts together. Looks pretty dangerous, but this seriously looks like it needs ALOT of practice.

    The second video is a solo flight. Watch how he overtakes the car towards the end of the video while still performing his little stunt. I won’t spoil it for you by telling you what he does. Videos are after the jump.
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  • 700 horsepower Hayabusa tips scales in Dynojet Horsepower Challenge

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    DynoJet manufactures motorcycle dynamometers, or dynos as they’re more commonly known as around these parts. There are a few types of dynos, but the kind that measures power at the wheels are called chassis dynos. Chassis dynos measure horsepower and torque produced when a vehicle’s wheels spin its dyno rollers.

    DynoJet organised the first Dynojet Horsepower Challenge for motorcycles in March this year. Sometime late last year I was contemplating for a short while the purchase of a used Kawasaki ZZR1100 which made 150 horsepower. That never happened. The ZZR1100/ZX11 held the title of fastest production bike for nearly a decade. The idea of 150 horses on something that light was pretty much bordering madness for me, but wait till you hear what the winner of the dyno competition was making. A mind-blowing 701.32 horsepower. Yup, the winning bike, a Suzuki Hayabusa was runing on methanol and had a custom NRL turbocharger bolted on to it’s 1.3 litre engine which made 160 horsepower in stock form at 10,000rpm.

    The owner of the winning Hayabusa also clinched the second place spot with his other Hayabusa which made 606 horsepower at the wheel. From the scoreboard, you can tell that turbocharging a Hayabusa is likely the most popular and effective way to create mega horsepower on a bike. Two other turbocharged Hayabusas made 559.02hp and 445.16hp each.

    Anyway, I’ve put a little video after the jump. It’s a recording of a turbocharged Suzuki Hayabusa. Not the same 700 horsepower monster, but an entertaining watch nevertheless.
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  • KTM tests two-wheel-drive motorcycle

    ktm2wd.jpgFollowing the footsteps of Yamaha with their 2-Trac two wheel drive system for motorcycles, Austrian motorcycle manufacturer KTM has developed it’s own version and has been testing it on a motocross bike.

    KTM says the results are good, allowing the bike to accelerate much harder out of corners due to less slippage. However, it’s harder to take the inside line around a turn due to both wheels being powered, which causes the bike to run wide and straighten up. Kurt Nicholl of KTM says the system would benefit amateur riders more than professionals because pros have gotten used to riding with the back wheel slipping most of the time.

    KTM’s two wheel drive system uses a mechanical/hydraulic system to distribute torque between the front and rear wheels. How exactly does it work? There is a small hydraulic motor inside the front hub, powered by hydraulic fluid pumped through the two tubes running down the fork leg. You can see the tubes in the image in this post. The motor drives the front wheels.

    One of the major problems with this system is weight, it adds 6 kg to the bike, and half of that is directly on the front hub. KTM says reducing the system’s weight to 2 kg will revolutionize bikes the way Audi’s quattro revolutionised car drivetrains.

    Source

    Related Posts:
    Audi and KTM working on lightweight baby TT

     
     
  • Audi and KTM working on lightweight baby TT

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    German marque Audi and Austrian motorcycle manufacturer KTM are working on a yet to be named Lotus Elise fighter, similiar to Volkswagen’s EcoRacer concept. The photoshopped artist’s impression above is based on the Pontiac Solstice.

    Rumours are that a 2.0 litre turbo FSI from the Volkswagen/Audi stables will be powering the sub-750kg lightweight car. The light weight would likely mean a carbon fibre chassis, and that together with the 2.0 TFSI’s 200 horses and above of power will give the Audi KTM roadster a 0-100km/h sprint of less than six seconds, while maintaining good fuel economy.

    Despite the 2.0 litre TFSI engine rumours, I personally think Volkswagen’s 1.4 litre twincharged engine is also suitable for this car, especially if it focuses on lightweight and fuel economy. A 1.4 litre engine would definitely be lighter than a 2.0 litre, allowing for easier engineering of weight balance. The current 170hp is more than sufficient for a sub-750kg car, and if that is not enough, 200hp versions of the 1.4 are on the way.

     
     
 
 
 

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Last Updated 09 Nov 2019