MuchBoost 6.0 W12 hybrid turbo set, Bentley Continental GT I 6.0 W12 Biturbo, 800–1000 hp
A bolt-on MuchBoost hybrid turbo set for applications including Bentley Continental GT I 6.0 W12 Biturbo, Bentley Continental GT Speed 6.0 W12 Biturbo. This upgrade is built for 6.0 W12 applications and retains a clean, vehicle-specific installation.
The turbo is based on original BorgWarner housings. The upgraded compressor and higher-flow turbine sides provide considerably more capacity than the factory unit, while the housings are precision-machined for the new internals.
Depending on the selected version, the manufacturer rates the turbo for approximately 800–1000 hp. Final output depends on engine condition, the fuel system, intake, exhaust, cooling and, above all, the ECU calibration.
An upgraded turbo always requires vehicle-specific ECU calibration.
Futurez imports MuchBoost turbochargers and works with the manufacturer in Finland. You get secure delivery from a Finnish seller, a wide choice of payment methods and help selecting the correct turbo version. Every purchase also earns F* Bonus points.
Versions and technical differences
800 hp version
This version is built for approximately 800 hp, with upgraded internals sized for this output level.
- Manufacturer-rated power potential approximately 800 hp
- Custom billet compressor wheel
- Larger high-flow turbine wheel
- Clipped turbine wheel helps reduce exhaust backpressure
- Reinforced journal bearing system for higher boost
- Precision-machined compressor housing and seal plate
- Turbo core is high-speed VSR balanced
1000 hp version
This version is built for approximately 1000 hp, with upgraded internals sized for this output level.
- Manufacturer-rated power potential approximately 1000 hp
- Upgraded billet compressor wheel
- Larger high-flow turbine wheel
- Precision-machined turbine housing
Common to all versions
- Original BorgWarner housings and actuator
- Compressor and turbine wheels are balanced separately, followed by high-speed VSR balancing of the complete core
- Required gasket set is included
- Bolt-on fit in place of the original turbos
Upgrade service or a complete new turbo?
You can order the turbo either by sending your original unit to us as the build core or by choosing a complete, newly built turbo.
Send my original turbo: The serviceable original housings are used to build the new hybrid turbo. After ordering, we will email the return instructions so the turbo can be sent through us for the upgrade. The work and delivery normally take around 2–3 weeks from the time the turbo arrives for inspection. The supplied unit must be original and its housings must be serviceable.
Complete new turbo: You receive a complete, ready-built hybrid turbo. Your original unit does not need to be sent in, so it can be retained or sold separately.
Read more about the core exchange process and shipping instructions.
Examples of compatible vehicle applications
- Bentley Continental GT I 6.0 W12 Biturbo – 560HP (MY 2003–2018)
- Bentley Continental GT Speed 6.0 W12 Biturbo – 610HP (MY 2003–2018)
- Bentley Continenta GT SuperSport 6.0 W12 Biturbo – 625HP
- Bentley Flying Spur 6.0 W12 Biturbo – 625/635HP (MY 2005–2019)
Engine codes
W12-Biturbo
Related OE and turbo numbers
5316
0012
0007
0005
0003
0001
0011
0006
0004
0002
0000
53169880034
53169700034
5316-988-0034
5316-970-0034
53169880033
53169700033
5316-988-0033
5316-970-0033
07C145061AH
07C145061AA
07C145061S
07C145061Q
07C145061J
07C145061AJ
07C145061AB
07C145061R
07C145061P
07C145061H
07C145061AK
07C145061AL
Before ordering, check the engine code and the identification numbers on the original turbo. If you are unsure about fitment, contact us with the VIN and the old turbo numbers and we will help verify the correct version.
Tip: Ask us for the gaskets, bolts, oil lines and other installation parts at the same time. A new turbo should not be installed with a restricted oil feed or leaking gaskets.
MuchBoost turbochargers carry a 12-month manufacturer warranty covering manufacturing and material defects. The warranty does not cover failures caused by external factors such as lubrication problems, unsuitable engine calibration or installation errors.


