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| We stock the following brands: APE,
AKRAPOVIC, DID, EBC, FIBREGLASS & CARBON FIBRE, DYNOJET,
GOODRIDGE, HARRIS, J.E. PISTONS, K & N FILTERS, KENT CAMS,
MICRON, NITROUS OXIDE, OHLINS, P.F.M., REGINA, REMUS, RENTHAL,
SPRINT, WHITE POWER, WISECO, YOSHIMURA |

Motorcycle Blow Through Turbo Kits
The turbo kits we supply are full blow through systems, which come
complete with a new turbo to suit individual models, intercooler,
full exhaust system with manifold headers and exit pipework,and
Akrapovic Titanium or Carbon End Can, pressurised airbox, air filter,
all hoses, boost gauge, adjustable wastegate, fuel pump, fuel regulator,
"dump" valve, etc.
On a blow through system, the turbo sits infront of the engine
on short headers. The turbo itself is sized to suit individual applications.
This means almost no turbo lag. The system fuels correctly by either
blowing through modified stock carbs or modified stock injection
sytem, depending on make and model. Injection models have another
set of injectors and additional MAP sensor and programmable EFI
management box.
The use of an intercooler means more power and more reliability
with forced cool air, keeping a safe and more
constant piston temperature. The adjustable wastegate allows the
power to be adjusted up or down to suit
rider requirements.
Old draw through turbo systems have excessive lag due to the turbo
sitting behind the engine on long headers. Fuelling is unefficient
as a draw through system fuels through one very basic carburettor,
making low down performance very poor. They do not make as much
power as a modern blow through systems, because they use older less
efficient turbo units. On a draw through design it impossible to
use an intercooler. Without an intercooler more heat is made and
therefore less power and reliability. Draw through turbos have to
run nearly double the boost pressure to get the same power output.
Putting greater strain on engines.
The following Labour prices listed below are for ride in / ride
out, including all engine work to remove engine,
all necessary engine modifications to lower compression, to supply
slotted cam sprockets for modified turbo
cam timing, to rebuild, adjust all valve clearances, modify the
clutch to take increased torque and power, to rebuild bike and fit
all new turbo parts, to run in new parts and set up on our dyno.
We also fit braided brake hoses to uprate the standard brakes.
| Make & Model |
Rear Wheel Power |
Total Cost |
Labour |
Honda Fireblade
|
190 hp @ 7psi boost
|
£2,800 |
£600 |
Honda Blackbird
|
300 hp @ 16psi boost
|
£2,800 |
£700 |
Honda Blackbird (injection model)
|
300 hp @ 16psi boost
|
£3,300 |
£800 |
| |
|
|
|
Suzuki Hayabusa injection
|
220 hp @ 5psi boost
|
£2,490 |
£400 |
Suzuki Hayabusa injection
|
250 hp @ 7psi boost
|
£2,650 |
£750 |
Suzuki Hayabusa injection
|
300 hp @ 12psi boost
|
£3,800 |
£750 |
Suzuki Hayabusa injection
|
360 hp @ 17psi boost
|
£4,300 |
£800 |
Suzuki Hayabusa injection
|
450 hp @ 17psi boost
|
£5,200 |
£900 |
Suzuki Hayabusa injection
|
550 hp @ 22psi boost
|
£6,060 |
£1,000 |
| |
Yamaha R1
|
215 hp @ 7psi boost
|
£2,800 |
£700 |
| |
|
|
|
Kawasaki ZX12R
|
300 hp @ 15psi boost
|
£3,400 |
£800 |
Note: Over 250HP, on Suzuki Bandits & GSXR1100's we
recommend the use of forged turbo pistons @ £420.00 per set
plus boring and honing @ £90.00. For high boost applications
we also recommend a lock up clutch.
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