AI-assisted planning · Worldwide units

AI Turbo Finder

Describe the vehicle, naturally aspirated power, target, altitude, fuel, rev range, and intended use. The finder screens compressor-flow families, estimates pressure ratio and boost, suggests turbine and A/R direction, and flags the supporting systems that still need expert verification.

Turbo MatchFrame, wheel, A/R, response Map PlanAirflow, pressure ratio, headroom Support PathFuel, cooling, tune, manifold

Find Turbo Read Sizing Guide Open Turbo Calculator

Planning Envelope — Not a Manufacturer Map

This generic chart visualises the estimated operating point. Approve a turbo only with the exact manufacturer compressor map and speed limits.

Sweet spot Heat zone Target point

Open HP Roadmap

Input

Boost Package Setup

Use realistic target power, fuel, engine size, rev range, and budget. The finder ranks turbo matches and support parts.

Vehicle and engine

Target wheel power

Power unit

Current naturally aspirated wheel power (reference)

Complete-system budget

Budget currency

Displacement (litres)

Cylinders

Redline RPM

Operating altitude (metres)

Estimated driveline loss (%)

Fuel

Use Case

Priority

Architecture preference

Prefer twin-scroll / divided manifold when possible

Current Mods

Output

Turbo Match

Recommended turbo family, boost estimate, airflow, risk scoring, and support path.

Best Match--

Architecture--

Estimated boost--

Airflow--

Pressure ratio--

Turbine / A/R direction--

Budget Fit--

This result screens a turbo family; it does not identify a guaranteed “perfect” part number. Validate the exact compressor map, turbine option, shaft-speed limit, installation, fuel system, engine condition, and calibration with the relevant manufacturers and qualified specialists.

How this result is made

Transparent Planning, Not a Black-Box Promise

The finder uses deterministic engineering estimates to screen airflow range, pressure ratio, response direction, and support risk. It does not query a live manufacturer catalogue and it cannot see engine condition, real volumetric efficiency, exhaust backpressure, charge temperature, or a specific compressor map.

Airflow is estimated from target crank power using a range near 9–11 hp per lb/min, then checked against displacement and rpm context.
Pressure ratio starts with the target-to-current naturally aspirated power ratio, then corrects the compressor inlet for operating altitude.
Headroom, spool, A/R, and budget results are screening ranges—not guaranteed measured outcomes.