Unlock smooth, responsive power for your Small Block Chevy V8 with the Redline Cams 260 hydraulic flat tappet camshaft. Designed for low-end torque and everyday drivability, this camshaft is ideal for daily drivers, cruisers, and light-duty performance builds. It offers a noticeable bump in performance over stock without sacrificing idle quality or vacuum—perfect for cars running power brakes or stock converters.
📐 Camshaft Specifications:
Engine Fitment: Chevy Small Block V8 (262–400 CID)
Camshaft Type: Hydraulic Flat Tappet
Advertised Duration:
Intake: 260°
Exhaust: 260°
Duration @ .050":
Intake: ~212°
Exhaust: ~212°
Valve Lift:
Intake: ~.435"
Exhaust: ~.435"
Lobe Separation Angle (LSA):106-112 (106 STANDARD)
RPM Range: 1,200 – 5,200 RPM
Idle Quality: Smooth with a slight performance lope
🔧 Lobe Separation Angle (LSA) Options
The standard grind is 106° LSA, but we also offer 107°, 108°, 110°, 112°, and 114° to fine-tune power delivery and drivability.
LSA Characteristics Best For 106° (Standard) Very aggressive, choppy idle, strongest low-end torque and midrange hit. Narrower powerband but very responsive. Street/strip builds, hot rods, and performance-focused small blocks. 107° Slightly smoother than 106° while retaining a lopey idle and strong torque curve. Offers a balance between rowdy street sound and broader drivability. Street performance builds that want attitude without sacrificing too much smoothness. 108° Good balance of torque and top-end power. Idle is still lopey but slightly more manageable than 106/107. Daily-driven street machines with performance in mind. 110° Wider powerband, smoother idle, better vacuum signal for brakes. Sacrifices a little low-end hit for improved mid-to-top range. Street cars with power brakes, highway cruisers. 112° Very smooth idle, excellent street manners, strong top-end. Loses some rowdy idle character. EFI builds, daily drivers, towing setups.
🔥 Performance Benefits:
Stronger Low-End and Mid-Range Torque: Great for improving throttle response and acceleration from stoplights—perfect for daily street use or towing with a mild performance edge.
Street-Friendly Idle: Maintains stable vacuum for power brakes and accessories, making it a smart choice for cruisers and weekend drivers.
Easy to Install, Big Impact: Works well with stock heads, factory compression, and mild bolt-on upgrades.
Optimized for Stock Converters: No need for a high-stall converter—this cam is built to deliver solid gains with stock drivetrain setups.
✅ Best Suited For:
Street-driven Small Block Chevy engines (262–400 cu in)
Builds with stock or mildly upgraded heads
Lower compression ratios (8.0–9.5:1)
Stock automatic or manual transmissions
Ideal with dual-plane intakes, headers, and 600–650 CFM carbs
🧰 Installation Notes:
Always use new hydraulic flat tappet lifters (not included unless specified)
Break in the camshaft with ZDDP-enriched break-in oil
Follow proper camshaft break-in procedure (initial run: 2,000–2,500 RPM for 20–30 minutes)
Compatible with stock pushrods, rockers, and most OEM-style valve springs rated for ~.440" lift
📦 Product Details:
Brand: Redline Cams
Camshaft Type: Hydraulic Flat Tappet
Fitment: Small Block Chevy 262–400
Condition: Brand new, unused
Included: Camshaft only (lifters sold separately unless stated)
Made in the USA
💡 Why Choose the Redline 260 Camshaft?
The Redline 260 cam is the perfect choice for Small Block Chevy owners who want a cost-effective power boost without compromising drivability. It delivers smooth street power, a slight performance lope at idle, and keeps everything simple with stock-compatible components. Whether you’re building a cruiser, classic truck, or daily driver, this camshaft delivers noticeable gains you can feel, without sacrificing reliability or comfort.
Small Block Chevy V8 H.F.T. 260 "LOPE STICK"
🔧 INSTALLATION GUIDE
Small Block Chevy V8 – H.F.T. 268 Street Performer Camshaft
⚠️ Before You Begin
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This camshaft is a Hydraulic Flat Tappet — proper break-in is critical.
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Always use new lifters with a new camshaft. Never reuse old flat tappet lifters.
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Use a high-zinc (ZDDP) break-in oil and proper assembly lube.
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Verify your valvetrain geometry, valve spring pressure, and coil bind clearance before installation.
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Recommended supporting mods: upgraded valve springs, double roller timing chain, performance intake, headers, and a 2000+ stall converter.
📦 Tools & Supplies Needed
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Torque wrench
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Camshaft installation tool (or long bolts in front of cam)
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Cam degree kit (optional but recommended)
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Timing cover gasket set
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Assembly lube & break-in oil
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New lifters (required)
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Double roller timing chain set
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RTV silicone sealant
🛠️ Step-By-Step Installation
1. Preparation
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Disconnect the battery.
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Drain coolant and remove radiator for clearance.
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Remove intake manifold, distributor, water pump, timing cover, and old camshaft/timing set.
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Carefully remove lifters and keep pushrods organized if reusing.
2. Camshaft Installation
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Coat cam lobes and journals with assembly lube.
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Gently slide the new camshaft into the block, supporting its weight to avoid journal/bearing damage.
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Install new timing set (verify dot-to-dot alignment at TDC).
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Torque cam sprocket bolts to 20–25 ft-lbs with thread locker.
3. Lifter & Pushrod Installation
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Coat new lifter bottoms with moly paste assembly lube.
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Insert lifters into lifter bores.
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Reinstall pushrods and rocker arms.
4. Valve Adjustment (Hydraulic Flat Tappet)
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Rotate engine so each cylinder is at TDC compression stroke.
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For each cylinder, tighten rocker nut until pushrod has zero lash (no vertical movement but still spins).
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Turn nut an additional 1/2 to 3/4 turn to preload the lifter.
5. Reassembly
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Reinstall timing cover, water pump, and oil pan (if removed).
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Install intake manifold with new gaskets and RTV at end rails.
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Reinstall distributor (initial timing set to ~12–16° BTDC).
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Refill cooling system and check all connections.
🔥 Camshaft Break-In Procedure
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Use break-in oil with ZDDP and a primed oiling system and use Zinc oil for the life of the engine.
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Start engine and immediately raise RPM to 2,000–2,500.
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Run engine at varying RPM between 2,000–3,000 for 20–30 minutes.
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Do NOT let engine idle during break-in.
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After break-in, change oil & filter.
✅ Final Notes
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Recheck valve lash after break-in.
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Retorque intake manifold and header bolts after first heat cycle.
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Recheck ignition timing; fine-tune advance curve for performance.
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