Three formats, distinguished by their evidence.

A well-controlled ECU job starts with identification, the existing software and a clearly defined brief. This workshop insight explains the approach without customer data or invented results.

Fault codes are a starting point, not an automatic repair instruction. This workflow separates symptoms, measured data and the next sensible step.

Software tuning is not presented as a blanket performance promise. Vehicle condition, engine, software version and intended use determine the appropriate process.

Most of the work concerns vehicles driven every day. The priority is not a peak figure, but repeatable behaviour over years of use—in winter, in traffic and with the fuel the owner actually buys.

Factory performance models already use a substantial part of their thermal margin in standard form. The question shifts from “how much is possible?” to “how much remains stable through a complete session?” That is the focus of this work.

Porsche combines two different worlds: SUVs and saloons closely related to group platforms, and tightly engineered sports cars. The sensible tuning scope differs between them, despite the shared badge.

Experience in this segment includes Porsche, Lamborghini and Ferrari. What connects these vehicles is not their power output, but the documentation requirement: every step must be traceable and the complete starting configuration recoverable.

Once forced induction, fuel supply or exhaust routing has been changed, a ready-made calibration no longer matches the full setup. These projects therefore use a bespoke approach based on the hardware actually fitted, rather than an off-the-shelf file.

The experience background includes bespoke high-performance projects in the 1,500+ PS range. This describes project experience, not a particular vehicle, and expressly does not promise that the same result can be achieved on any other vehicle.