Ford 5.0L 4V Coyote Camshaft Degree Kits give you all the tools necessary to set proper timing with the stock Camshafts or aftermarket performance cams. Degreeing positions the Camshaft for the best performance for your engine, so you get the most horsepower and torque possible out of your application. These degree kits contain everything required to degree a Camshaft while the cylinder heads are on the engine. They come with a degree wheel, wire degree wheel pointer, Cam checking fixture with metric adapter, 1" travel dial indicator, 5" dial indicator extension, crankshaft socket, TDC piston stop and instructions. All pieces are stored securely in the included hardcover, foam-padded case.

These .030" thick Valve Spring Shims with 1.437" outside diameter and .645" inside diameter are used to equalize the installed height of valve springs. Made from the highest quality shim stock, these shims are heat treated to stand up to radical Cam lobes. Kits are also available.

When a high pressure fuel pump is run with a Steel Roller Cam core, the stock fuel pump Pushrod is not compatible with the Steel core. You can damage an expensive Roller Cam as a result of wear at the fuel pump lobe. COMP Cams offers several fuel pump pushrods for various Applications.

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The Ford Coyote engine has proven itself as an awesome base for modifications since its debut in 2011, and COMP Cams now offers six different performance cam options that range from mild to wild for the newer direct Injection 2018+ Coyote engine. These brand new profiles, designed using data from GT350 race engines, are optimized for the 2018+ cylinder head geometry and flow, providing optimized power for any combination of modifications. The cams are designed to take advantage of the engine’s direct injection to not only make more horsepower, but to also maximize the fuel flow and power capability of the camshaft driven direct injection pump. In addition, these grinds are more stable at high RPM than the factory cam profiles while also producing more power across the entire RPM range.

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The Ford Coyote engine has proven itself as an awesome base for modifications since its debut in 2011, and COMP Cams now offers six different performance cam options that range from mild to wild for the newer direct Injection 2018+ Coyote engine. These brand new profiles, designed using data from GT350 race engines, are optimized for the 2018+ cylinder head geometry and flow, providing optimized power for any combination of modifications. The cams are designed to take advantage of the engine’s direct injection to not only make more horsepower, but to also maximize the fuel flow and power capability of the camshaft driven direct injection pump. In addition, these grinds are more stable at high RPM than the factory cam profiles while also producing more power across the entire RPM range.

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The COMP Cams Hi-Tech Timing Chain Sets for Ford Coyote engines are designed to withstand the stresses of upgraded, modified applications and are the perfect choice when replacing fatigued, worn out factory chains. Any time the cams are being upgraded in a Ford Coyote engine, or it is being built for high RPM racing use, replacing the tired, stock timing chains is a must. The new COMP Cams Hi-Tech Ford Coyote Timing Chain Sets feature heavy-duty secondary chains with 15% thicker plates than the factory chains, which helps to prevent common secondary chain failure. These kits also include premium quality primary chains that are ideal for any high performance or racing application. Whether simply upgrading camshafts or doing a full race engine build, these timing chain sets provide the durability needed in aggressive racing environments. Sets include two primary and two secondary chains.

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The COMP Cams Hi-Tech Timing Chain Sets for Ford Coyote engines are designed to withstand the stresses of upgraded, modified applications and are the perfect choice when replacing fatigued, worn out factory chains. Any time the cams are being upgraded in a Ford Coyote engine, or it is being built for high RPM racing use, replacing the tired, stock timing chains is a must. The new COMP Cams Hi-Tech Ford Coyote Timing Chain Sets feature heavy-duty secondary chains with 15% thicker plates than the factory chains, which helps to prevent common secondary chain failure. These kits also include premium quality primary chains that are ideal for any high performance or racing application. Whether simply upgrading camshafts or doing a full race engine build, these timing chain sets provide the durability needed in aggressive racing environments. Sets include two primary and two secondary chains.

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The COMP Cams .600" Lift Beehive Valve Spring Kits for Dodge Gen IV HEMIs features:Max Lift: .600"Increased High RPM StabilityExcellent spring upgrade for high performance and Race ApplicationsIncludes valve springs, locks, Seals, seats, and Chromemoly retainers

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With a .600" maximum lift, these Beehive Valve Springs were designed for hydraulic or Solid flat tappet cams as well as hydraulic Roller cams. They allow Big block engines to turn more RPM. COMP Cams Beehive Valve Springs deliver increased valve train stability and a much lighter valve train. This is achieved with less spring pressure for better valve control and reduced weight of both the spring and retainer. The unique Beehive shape handles valve train stress more efficiently to eliminate damaging harmonics and increases high RPM horsepower and durability. The oval/multi-arc wire shape places the maximum area of the wire at the point of highest stress to handle valve train stress more efficiently and allow better heat dissipation for longer life. Because of the unique Beehive design, the valve train can handle more RPM and more aggressive Camshaft profiles.OD 1.059/1.444ID .650/1.000Seat Load 155 @ 1.880Open Load 377 @ 1.280Coil Bind 1.230Rate (Lbs./In.) 370Titanium Retainer 794Steel Retainer 795Cup Seat 4696, 4697, 4698Shims 4754

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With a .550" maximum lift, these Beehive Valve Springs were designed for Ford 4.6L and 5.4L Modular 2 and 3 Valve engines. COMP Cams Beehive Valve Springs deliver increased valve train stability and a much lighter valve train. This is achieved with less spring pressure for better valve control and reduced weight of both the spring and retainer. The unique Beehive shape handles valve train stress more efficiently to eliminate damaging harmonics and increases high RPM horsepower and durability. The oval/multi-arc wire shape places the maximum area of the wire at the point of highest stress to handle valve train stress more efficiently and allow better heat dissipation for longer life. Because of the unique Beehive design, the valve train can handle more RPM and more aggressive Camshaft profiles. Part #ODIDSeat LoadOpen LoadCoil BindRate (Lbs./In.)Titanium RetainerSteel RetainerCup SeatShims26113Top Bottom.9591.061.636.73893 @ 1.570198 @ 1.020.952191702, 7911723, 700, 792N/AN/A

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COMP Cams Beehive Valve Springs deliver increased valve train stability and a much lighter valve train. This is achieved with less spring pressure for better valve control and reduced weight of both the spring and retainer. The unique Beehive shape handles valve train stress more efficiently to eliminate damaging harmonics and increases high RPM horsepower and durability. The oval/multi-arc wire shape places the maximum area of the wire at the point of highest stress to handle valve train stress more efficiently and allow better heat dissipation for longer life. Because of the unique Beehive design, the valve train can handle more RPM and more aggressive Camshaft profiles.Part #ODIDSeat LoadOpen LoadCoil BindRate (Lbs./In.)Titanium RetainerSteel RetainerCup SeatShims26056Top Bottom1.1851.454.7311.000160 @ 1.800420 @ 1.1501.100400785703, 7054696, 4697, 47044757

The new CR Cam Series from COMP Cams is designed to greatly improve upon stock 2015 Coyote Camshafts and work without modifications to the engine's cylinder heads or phasers. COMP Cams 2015 Ford Mustang Coyote CR Series Camshafts are the first new Cam and core Series for 2015 and later Coyote engines. New lobes improve upon the 2011-2014 XFI Camshaft Series and feature faster ramps, more lift and more area under the lift curve. The cams work with stock 2015 valve springs and the new Ford mid-lock phaser system without requiring limiters or any other phaser modifications. Three grinds are available for naturally aspirated engines with two designed specifically for blower Applications.

XFI 222/230 Hydraulic Roller Cam for Dodge 5.7/6.1L HEMI w/ VVT

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The HRT Camshaft Series uses the newest and most advanced lobe designs from COMP Cams in order to produce some of the highest average power and torque increases available for turbo and supercharged engines. The “Low Shock Technology” features lobe profiles designed to maximize horsepower while improving stability at higher RPM. These profiles are also easier on the valve springs, enhancing durability and reducing load loss. These new HRT Camshafts receive the Micro Surface Enhancement (MSE) finishing process as a standard feature, which increases strength and performance by reducing surface peak roughness and provides a 250% improvement in the effective load bearing area, allowing for much higher loads.Organized into stages, these new options range from mild street up to heavily modified race-oriented builds. All HRT Turbo & Supercharger Camshafts require a COMP Cams DOD Delete Kit and upgraded valve springs. Depending on application, 5.7L-6.4L w/ VVT 2009+ engines also require either a COMP Cams phaser limiter or lock kit.

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The Gen III Hemi market is rapidly expanding, and the HRT Camshaft Series uses the newest and most advanced lobe designs from COMP Cams in order to produce some of the highest average power and torque camshafts available for these engines. The “Low Shock Technology” features lobe profiles designed to maximize horsepower while improving stability at higher RPM. These profiles are also easier on the valve springs, enhancing durability and reducing load loss. The new HRT Camshafts receive the Micro Surface Enhancement (MSE) finishing process as a standard feature, which increases strength and performance by reducing surface peak roughness and provides a 250% improvement in the effective load bearing area, allowing for much higher loads. Organized into stages, these new options range from mild to wild! All HRT Stage 1 Camshafts are No Springs Required, which keeps cost down while still providing awesome horsepower increases over stock. Stages 2 and 3 applications work with COMP Cams Beehive and Conical Valve Springs, but COMP Cams is also introducing new HEMI Valve Spring Kits, engineered to produce the most power and RPM of any current options.

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The Gen III Hemi market is rapidly expanding, and the HRT Camshaft Series uses the newest and most advanced lobe designs from COMP Cams in order to produce some of the highest average power and torque camshafts available for these engines. The “Low Shock Technology” features lobe profiles designed to maximize horsepower while improving stability at higher RPM. These profiles are also easier on the valve springs, enhancing durability and reducing load loss. The new HRT Camshafts receive the Micro Surface Enhancement (MSE) finishing process as a standard feature, which increases strength and performance by reducing surface peak roughness and provides a 250% improvement in the effective load bearing area, allowing for much higher loads. Organized into stages, these new options range from mild to wild! All HRT Stage 1 Camshafts are No Springs Required, which keeps cost down while still providing awesome horsepower increases over stock. Stages 2 and 3 applications work with COMP Cams Beehive and Conical Valve Springs, but COMP Cams is also introducing new HEMI Valve Spring Kits, engineered to produce the most power and RPM of any current options.

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The Gen III Hemi market is rapidly expanding, and the HRT Camshaft Series uses the newest and most advanced lobe designs from COMP Cams in order to produce some of the highest average power and torque camshafts available for these engines. The “Low Shock Technology” features lobe profiles designed to maximize horsepower while improving stability at higher RPM. These profiles are also easier on the valve springs, enhancing durability and reducing load loss. The new HRT Camshafts receive the Micro Surface Enhancement (MSE) finishing process as a standard feature, which increases strength and performance by reducing surface peak roughness and provides a 250% improvement in the effective load bearing area, allowing for much higher loads. Organized into stages, these new options range from mild to wild! All HRT Stage 1 Camshafts are No Springs Required, which keeps cost down while still providing awesome horsepower increases over stock. Stages 2 and 3 applications work with COMP Cams Beehive and Conical Valve Springs, but COMP Cams is also introducing new HEMI Valve Spring Kits, engineered to produce the most power and RPM of any current options.

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The Gen III Hemi market is rapidly expanding, and the HRT Camshaft Series uses the newest and most advanced lobe designs from COMP Cams in order to produce some of the highest average power and torque camshafts available for these engines. The “Low Shock Technology” features lobe profiles designed to maximize horsepower while improving stability at higher RPM. These profiles are also easier on the valve springs, enhancing durability and reducing load loss. The new HRT Camshafts receive the Micro Surface Enhancement (MSE) finishing process as a standard feature, which increases strength and performance by reducing surface peak roughness and provides a 250% improvement in the effective load bearing area, allowing for much higher loads. Organized into stages, these new options range from mild to wild! All HRT Stage 1 Camshafts are No Springs Required, which keeps cost down while still providing awesome horsepower increases over stock. Stages 2 and 3 applications work with COMP Cams Beehive and Conical Valve Springs, but COMP Cams is also introducing new HEMI Valve Spring Kits, engineered to produce the most power and RPM of any current options.

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COMP Cams is proud to announce another industry first: a bolt-in-ready Bushed Shaft Rocker System for GM LS engines. Thanks to innovative engineering, this patent pending Bushed Shaft Rocker System increases valve train stability and durability while decreasing deflection and providing bolt-in convenience for LS1, LS3 and LS7 cylinder heads. The COMP Cams Bushed Shaft Rocker System improves valve train stability and durability by securing all eight rocker arms onto a single rocker shaft. Thin tri-layer rocker arm bushings reduce rocker arm deflection and eliminate the high Hertz loading that can occur in needle bearing equipped rockers. Reduced rocker deflection increases valve train stiffness, ensuring that your LS is more efficient and durable under high loads. COMP Cams engineers worked to ensure long-term valve train durability by perfecting rocker to valve stem geometry and provisioning for supplementary pressurized oiling via threaded ends on the rocker shafts. Additionally, each rocker shaft is Plasma Nitrided, further increasing the system’s durability even when used with aggressive solid roller valve trains. The COMP Cams Bushed Shaft Rocker System for GM LS delivers high-level valve train stability, precise fitment, truer valve train geometry and increased load-bearing capacity in a package that is ready to bolt in that requires no machine work.

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