C/M V6 Wind-Tunnel Piston-Punch

 

C/M V6 Wind-Tunnel Piston-Punch

PERPETUAL AIR 

Wind-Tunnel & Piston-Punch by Dr Sydney Nicola Bennett 

Air overpressurizes then creates an excess which filters through & pumps keep the air flowing through with an Emergency Purge Exhaust system to void fire or explosion 

We utilize this to extract Energy & use Energy in different forms including high level PSI for pistons & Electrical Energy Generation 

Perpetual air pressure reaching above combustion then we control pistons utilizing a V6 model

We reach or exceed combustion with just air compression & we can integrate confined electricity yet compression Vs casings & pistons - seals & rings still wear out yet this is a good Zero-Emissions transition for some

At full combustion. 1500-2000 PSI from 300 yet Idle at 50-75 PSI

Firing Order Valve Sequencing

For a healthy V8 engine, the required compression (PSI) measured during a compression test is generally between 130 psi and 180+ psi per cylinder. While specific numbers vary by engine design, most modern stock engines operate in the 160–180 psi range, while high-performance or modified engines can see 180–200+ psi. 

Key Compression Considerations

• Minimum Threshold: Generally, any cylinder reading below 100 psi is considered too low, while 90 psi or less often indicates a need for a rebuild.

• Consistency: The most crucial factor is that all cylinders should be within 10–15% of each other (roughly 10–20 psi difference) to ensure smooth operation.

• High Performance/Boosted Engines: Engines with 11:1+ compression ratios may see 250+ psi. For forced induction, cast pistons can typically handle 7–10 psi of boost, while forged pistons are required for higher levels. 

Factors Affecting PSI Readings

• Compression Ratio: Lower compression (e.g., 8.5:1) might produce 155 psi, while higher compression (e.g., 10.5:1) can reach 175 psi.

• Camshaft Timing: Performance cams with long duration can lower cylinder pressure at cranking speeds.

• Engine State: Tests should be performed with a warm engine, all spark plugs removed, and the throttle fully open. 

General Guidelines by Application

• 100–120 PSI: Decent for older stock engines.

• 120–140 PSI: Strong, well-sealing motor.

• 150–200 PSI: Typical for performance/modified engines.

• 200+ PSI: High-performance, requires high-octane fuel to prevent detonation. 

Boost Pressure (Forced Induction) 
For supercharged or turbocharged V8 engines, the added pressure depends on the build. 

• Daily Driver: 8–12 PSI is common for modified stock engines.

• Performance: 16+ PSI can be used but requires forged internals to prevent piston damage. 

Compression Pressure (Cranking PSI)
This is the pressure measured while cranking the engine during a compression test. 

• Healthy Engine: 130–175 PSI.

• Borderline/Tired Engine: 90–100 PSI (engine may run but lacks power).

• High-Performance/Race Engines: 155–210+ PSI (often require high-octane fuel to prevent detonation). 

Cylinder Pressure (Running PSI)
During actual operation, pressure inside the cylinder is significantly higher. 

• Idle: 50–75 PSI.

• Combustion (Light Load): Near 300 PSI.

• Combustion (Full Power): 1000–1500+ PSI. 

BENEFITS & TRANSITION 

No need for mufflers so we then use space deleted for space added with less than equal to accomplish equivlance 

C/M CYPRESS MOTOR SPORTS