VOLUMETRIC EFFICIENCY

INDUCTION MATRIX LAB

ENGINE INDUCTION INDICES

ENGINE VELOCITY TIMING (RPM)

TOTAL SWEPT DISPLACEMENT (CC)

REAL MASS AIRFLOW READOUT (g/s)

INTAKE MANIFOLD TEMPERATURE (°C)

INDUCTION ACTIVE

VOLUMETRIC EFFICIENCY LAB

Precision Fluid Dynamics Core Gas Mass Breathing Calculator

CALCULATED VOLUMETRIC BREATHING INDEX (VE)

0.0 %

CALIBRATING MANIFOLD REGULATORS...

ESTIMATED THEORETICAL VOLUMETRIC VOLUME FLOW:

0.00 CFM

Gas Equation Mass Density Blueprint ρ_air = P R · T | VE = ṁ_actual ṁ_theoretical · 100

Calculated Ideal Ambient Air Density 0.000 kg/m³

NEW HORIZONS MISSION CONTROL • FLUID CYLINDER GAS LOGIC 2026

Compression

The Energy Density. Compression is the Pressure Multiplier. It defines the thermal limits of the engine and determines how much kinetic energy can be extracted from the combustion event.

🍋 The Squeeze: Maximum air-fuel density.
🔥 Heat: Compression creates natural temperature rise.
🏎️ Performance: High ratio = High efficiency.

💥

🔩

RATIO TELEMETRY

11.2 : 1

PSI: ⚡ MAXIMUM

HIGH COMPRESSION ACTIVE 🏎️

Chamber Vol

The Ignition Zone. Chamber Volume is the Fixed Capacity of the cylinder head. It dictates the intensity of the "bang" and the engine's thermal efficiency.

🧪 CC'ing: Liquid measurement for 100% accuracy.
🧱 Fixed: It is the volume the piston never touches.
🏁 Ratio: Smaller CC = Bigger "Squeeze."

VALVE ZONE

50cc

🔩

CYLINDER HEAD MAPPING

PENT-ROOF

VOL: 50.0cc ✅

COMBUSTION CAP: OPTIMAL 🏎️

Bore Size

The Cylinder Width. Bore size is the Primary Diameter. It limits the valve size and determines the piston's surface area for pressure conversion.