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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 |

Kit Car Blow Through Turbo Kits
The turbo kits we supply are full blow through systems, which come
complete with a new specialised hybrid
hybrid turbo to suit individual models, header pipes, (outlet exhaust
and silencer are made to customer
requirements at additional cost) pressurised airbox plenum, air
filter, all hoses, boost gauge, adjustable wastegate, fuel pump,
fuel regulator, "dump" valve, etc. intercoolers and or
charge coolers are required and are extra, 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 all engine work
and necessary modifications to engine, electrics, carburettors,
fuel injection, clutch,etc, to withstand the hugely increased power
and torque.
| Make & Model |
Rear Wheel Power |
Total Cost |
Labour |
Honda Fireblade
|
190 hp @ 7psi boost
|
£2,300 |
£500 |
Honda Blackbird
|
300 hp @ 16psi boost
|
£2,400 |
£500 |
Honda Blackbird (injection model)
|
300 hp @ 16psi boost
|
£3,100 |
£500 |
| |
|
|
|
Suzuki GSXR1000
injection
|
230 hp @ 8psi boost
|
£2,800 |
£450 |
Suzuki GSXR1100 - 86 onwards
|
300 hp @ 17psi boost
|
£2,400 |
£550 |
Suzuki Bandit 1200
|
300 hp @ 18psi boost
|
£2,400 |
£550 |
Suzuki Hayabusa
injection
|
320 hp @ 14psi boost
|
£3,000 |
£550 |
Suzuki Hayabusa injection
|
380 hp @ 18psi boost
|
£3,500 |
£600 |
Suzuki Hayabusa injection
|
450 hp @ 18psi boost
|
£4,200 |
£650 |
| |
|
|
|
Yamaha R1
|
215 hp @ 7psi boost
|
£2,400 |
£500 |
| |
|
|
|
Kawasaki ZX12R
|
300 hp @ 15psi boost
|
£3,000 |
£550 |
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.
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