Michigan Tech Cams provides precision engine components designed to boost horsepower, improve throttle response, and support long term durability for performance drivers. The company focuses on data driven profiles and real world testing to deliver camshafts that match demanding power goals.
Whether you are chasing track lap times or building a street driven muscle car, understanding cam timing, lift, and duration helps you choose the right Michigan Tech Cams kit for your application. This article outlines core product lines, fitment details, and practical specs you can trust.
| Key Feature | High Performance Street Cam | Race Only Cam | Economy Plus Cam | Fuel Efficient Cam |
|---|---|---|---|---|
| Lift (intake, mm) | 6.2 | 7.8 | 5.4 | 5.9 |
| Lift (exhaust, mm) | 6.0 | 7.5 | 5.2 | 5.7 |
| Duration (° CA, 0.050) | 288 | 312 | 268 | 295 |
| Suggested RPM Range | 5,500–7,200 | 6,800–9,000+ | 4,500–6,200 | 5,000–6,500 |
| Typical Power Gain | +18–28 hp | +40–65 hp | +8–15 hp | +10–20 hp |
| Recommended Use Case | Daily driver with weekends on track | Drag strip and circle track racing | Budget upgrade for light driving | Focus on mid range torque and fuel savings |
High Performance Street Cam Profiles
Engine builders targeting balanced power and drivability often choose high performance street cam profiles from Michigan Tech Cams. These profiles are engineered to optimize mid range torque while keeping idle quality stable and reducing harsh transition noise. Variable intake timing and dual ramp designs help the engine breathe better across the rpm range without sacrificing reliability.
Race Only Cam Specifications
For competitive applications where every horsepower counts, Michigan Tech Cams offers race only camshafts that prioritize peak lift and aggressive duration numbers. These cams are matched to specific valve spring packages and tested on a dynamometer to ensure they hold timing under high rpm conditions. Understanding your compression ratio and fuel quality is essential when running race only profiles.
Economy Plus Cam Benefits
Drivers seeking subtle gains without major drivability changes often prefer Economy Plus cam options. These profiles typically offer smoother idle, easier cold starts, and improved fuel economy in everyday driving. The trade off is lower peak horsepower compared to race oriented kits, but the overall package can be more satisfying for real world road use.
Fuel Efficient Cam Technology
Fuel Efficient cam packages focus on optimizing overlap and duration to improve cylinder scavenging and reduce pumping losses. By refining ramp rates and shifting optimal power bands toward lower rpm ranges, these camshafts help vehicles deliver better mpg while still feeling responsive. Proper ignition timing and intake manifold selection further enhance the efficiency gains.
Final Recommendations and Key Takeaways
- Match camshaft lift and duration to your target rpm range and intended use case.
- Consider valve spring upgrades when running high lift or race only profiles.
- Verify timing marks and valve clearance before starting installation.
- Combine the cam with quality intake and exhaust components for optimal airflow.
- Use engine management tuning to fine tune ignition and fuel for the chosen profile.
FAQ
Reader questions
Will a higher lift Michigan Tech Cams kit always produce more power?
Not necessarily, because power gains depend on rpm range, cylinder head flow, and supporting modifications. A higher lift cam can hurt low rpm driveability and may require additional tuning to perform at its best.
Do I need stronger valve springs when installing a race cam from Michigan Tech Cams?
Yes, race oriented cam profiles usually demand upgraded valve springs and retainers to maintain solid contact between the valvetrain and cam lobe at high rpm.
Can I install a performance cam myself without machining the engine?
If you follow the provided installation guidelines, most cam swaps only require removal of the timing cover and valvetrain components, but always verify clearances and timing marks before starting.
How do I choose between a mild street cam and a full race cam for my application?
Choose a mild street cam for daily reliability and smooth idle, and select a full race cam when you prioritize track performance, accept reduced low rpm driveability, and have supporting modifications.