SonzillaHave you heard of BorgWarner's new variable turbo geometry (VTG), which uses guide vanes located in front of the turbine wheel that modulates inflow angle and speed. Although the exact implementation of the variable geometry turbo is new, a similar approach was used by Garrett Systems starting in 1989 with the Shelby CSX. The 997 produces Zero lag when equipped with the Tiptronic S transmission. With the manual it's still at a minimal.
Another design is electronic "Steady-State Torque-Speed Curve" Electronically assisted turbocharger systems, electrically driven compressors, significantly improve the boosting effect. This allows the torque to be increased while at the same time permitting further engine downsizing.
This is something the New GTR is rumored to be in for the new upcoming BNC36 GTR. Zero lag turbos are now being used and invested for new sports car companies as a new benchmark in performance engineering. Superchargers will be replaced in a future near you.👍
well it may be plausable...this new tech may be an advance step in urbo tech but still even tho electronically drivin the turbo is also exhaust n vaccum drivin...so whether or not its electronic advantage is there...the fact still remains that there is no turbo drivin power untill vaccum reaches sufficient pressure...in other words...turbo's whether eloctronic or not...are useless in the lower rev limits..the car must be reliable on its internal power to exceed the limits of low RMP n low torque...which in instance of track racing still amounts to the same low RPM status of previous discussion..there may however be a rise in top end power n speed but the loxer RPM is where the power needs to be...as now u may understand why i aint particularly interested in turbo's so to speak...lol