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JD Tuning MVP – Dyno Laptop (2-Step + Boost Modes + Fuel Types + Upgrades + Plug Read + Report Card)

JD Tuning Motorsports | Dyno Laptop MVP

Live Engine Data IDLE

RPM
Engine speed
900
Boost (psi)
Manifold pressure
0.0
AFR
Wideband
14.7
Timing (°)
Effective (Ign - KR)
12
IAT (°F)
Heat soak affects power
90
Coolant (°F)
Temp safety
180
Knock: 0
AFR: OK
IAT: OK
KR: 0.0°
Misfire: 0

Tip: Stage (2-step) builds boost but adds heat. If you see KR or peppering, pull timing in highlighted cells or improve fuel / reduce boost.

Calibration Fuel + Timing

Fuel Map (Trim)
Cell: —
Fuel trim: higher = richer (lower AFR). Range: -5 to +5.
Ignition Map (°)
Cell: —
Commanded timing. Effective timing is (Ign - KR). Range: 6° to 26°.
Dyno Graph
Peak: —
Datalog
AFR / Boost / Ign / Trims / KR

Diagnostics MVP

Report Card
Tune Score
Grade: —
Power: —
Safety: —
Control: —
Run a pull to generate a score.
Fuel System Sim
Fuel Pressure
43.5 psi
Injector Duty
0%
Knock Report 0 events
Severity (0–100)
No knock detected.
Spark Plug
Quick read:

🔴 Timing mark (red on strap)
• Middle = good
• Near base = too much timing / too hot
• Near tip = not enough timing

Porcelain
• Light gray = good
• White = lean / hot
• Dark = rich

Peppering
• Dots = knock

Gap
• Longer blue = wider gap
• Wide gap + boost = misfire
Plug snapshots (click to compare):
After each pull, a snapshot is saved automatically.

Run a dyno pull to read the plug.

Notebook Suggestions

Controls Dyno Session

Engine
Fuel Type
Boost Mode
Injectors
Base Boost 18 psi
Octane / Quality 70
2-Step Launch 4200
Launch RPM 4200
Plug Gap 0.024"
Intercooler
Fuel Pump
Closed Loop STFT 0% | LTFT 0%
Staging (2-step) builds pre-boost and adds heat. Boost mode changes ramp behavior. Plug gap too wide at high boost increases misfire risk. Intercooler reduces IAT rise. Pump reduces pressure droop.

 

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