Welcome to our TTE1200VTG Upgrade turbocharger stage for the 911 GT2 RS 3.8l 700PS flat-6. To construct a pair of TTE1200 VTG we change the original compressor and employ a far larger and more efficient billet wheel and mill the compressor cover to the optimum gap to match the new compressor profile. We CNC mill the turbine housing to install a larger lightweight 9 blade turbine for greater gas flow.
The 9 Blade TTE turbine is a special turbine designed by TheTurboEngineers. Advantages are greater gas flow, reducing back pressure and lowering exhaust gas temperatures, allowing safer higher boost levels. This turbine is extremely light in mass so giving a reduced moment of inertia, meaning fast spool up for the size.
Precisely balancing our turbochargers is a key critical factor to become a TTE upgrade unit as longevity and performance are paramount. Good balance improves acoustics also. Subsequent great care is taken with all TTE turbochargers to achieving our balance standards. Firstly parts are balanced at slow speeds up to 2800RPM in multiple planes using our single parts machine, then components are assembled and then the CHRA are dynamically balanced, but this time depending on the application at up to 250,000 RPM in multiple planes using our in house VSR machine to acquire the ultimate equilibrium, to a standard far higher than OEM. Each turbocharger is supplied with a serial numbered balance test result document.
TTE1200 VTG can be fitted to Any 3.8 with VTG control but you would need GT2 RS Exhaust Manifolds as turbo flange is different, also the oil, water lines, charge pipes and intakes
Original BWTS turbocharger as the base part
TTE Billet Milled compressor 7+7 BLADE
TTE High-Flow 9 blade Turbine
1000+ HP Capable
Plug and Play installation for GT2RS with larger turbo intakes
Proven TheTurboEngineers quality
Single parts finely balanced then components assembled and core high-speed VSR balanced
Supplied with a balance test result document
Software recalibration is required
Made in Germany
Price shown is for a PAIR of turbochargers