Sbc Cam 294S (Solid)

The COMP Cams SBC Cam 294S (Solid) is a mechanical flat tappet camshaft engineered specifically for small-block Chevrolet engines seeking a balance between street responsiveness and mid-range power delivery. With 0.525 inches of lift on both intake and exhaust, a 294-degree duration, and a 110-degree lobe separation angle, this camshaft is tuned to operate reliably between 2,500 and 6,500 RPM, making it suitable for carbureted small-block builds prioritizing usable torque without extreme cam aggression.

The specifications define a solid mechanical design without hydraulic adjustment—meaning the cam lobe profile is fixed and rocker arm geometry must be properly matched to the engine's intended purpose. The 110 LSA (lobe separation angle) promotes overlapping valve events that generate power in the mid-RPM band while maintaining reasonable idle stability compared to larger-duration grinds. Lift figures of 0.525 inches require valvetrain components sized accordingly; rocker ratios and pushrods must be validated against manufacturer recommendations to ensure consistent valve actuation across the RPM band.

This camshaft is suited to street and bracket racing small-block Chevy platforms that demand predictable power delivery without the complexity of roller-cam conversion. Typical applications include 327 and 350 cubic-inch builds, vintage muscle car restorations, and competition vehicles in classes specifying flat-tappet designs. The 2,500 RPM floor makes this profile incompatible with high-RPM applications; builders targeting sustained operation above 6,500 RPM should evaluate alternative profiles with shorter duration or larger LSA values.

COMP Cams' position as a primary OEM supplier ensures the grind profile and metallurgical standards meet reproducible tolerances, critical for flat-tappet reliability where lobe micro-welding and scuffing remain real concerns in undersized oiling or inadequate break-in. Proper break-in procedure and flat-tappet-specific engine oil additives are mandatory to protect lobe surfaces during initial start-up.