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| Crane Cams | |
|---|---|
| Name | Crane Cams |
| Founded | 1947 |
| Founder | Robert H. Crane |
| Headquarters | Alvin, Texas |
| Industry | Automotive parts |
| Products | Camshafts, valvetrain components, lifters |
Crane Cams Crane Cams is an American manufacturer of performance camshafts, valvetrain components, and related aftermarket engine parts, known for supplying components to racing teams, restoration shops, and performance enthusiasts. The company operates within the automotive aftermarket ecosystem alongside firms such as Edelbrock, Holley, Comp Cams, Demon Carburetion, and ARP (company), and collaborates with associations including the National Hot Rod Association, Sports Car Club of America, International Hot Rod Association, Bonneville Salt Flats competitors, and SCCA Pro Racing entrants.
Crane Cams produces camshafts, lifters, roller cams, hydraulic cams, rocker arms, valve springs, and complete valvetrain kits used in passenger cars, motorcycles, marine craft, and race engines. Its products are employed by teams in series such as NASCAR Cup Series, NHRA Camping World Drag Racing Series, IndyCar Series, MotoGP, and vintage racing organizations including Trans-Am Series entrants and Le Mans Classic participants. The company supplies parts to OEM restorations for marques like Ford Motor Company, General Motors, Chrysler, Harley-Davidson, and specialty builders tied to Shelby American or Roush Performance projects.
Founded in 1947 by Robert H. Crane in Alvin, Texas, the firm expanded from garage-based modification to national distribution through partnerships with suppliers and retailers including Summit Racing Equipment, Jegs High Performance, MOPAR Performance Parts, and Classic Industries. In the 1960s and 1970s Crane Cams gained recognition amid the muscle car era alongside Ford Mustang tuners, Chevrolet Camaro builders, and Dodge Charger restorers; relationships formed with tuners such as Holman-Moody, Bobby Unser, and A.J. Foyt influenced cam profiles used in oval and road racing. The company adapted to emissions-era changes influenced by regulations from Environmental Protection Agency and shifts in consumer markets prompted by events like the Oil Crisis of 1973 and the emergence of Japanese automobile manufacturers such as Toyota, Nissan, and Honda.
Crane Cams designs combine metallurgy, lobe geometry, and valvetrain dynamics; their engineering draws on principles validated in testbeds used by organizations like Society of Automotive Engineers, NASA facilities for materials testing, and technical data from suppliers such as Timken, Federal-Mogul, and BorgWarner. Typical offerings include solid flat tappet cams for classic restorations, hydraulic roller cams for modern performance applications, and custom grind services for endurance racing entrants from teams like Team Penske or Chip Ganassi Racing. The company integrates innovations such as lightweight alloy cam materials, nitriding surface treatments used by Alcoa and Arconic processes, and valvetrain damping technologies applied in projects with Cosworth engine programs and privateer Formula 3 entrants.
Crane Cams products are used in drag racing, road racing, circle track, street performance, and marine applications. Customers range from backyard builders tuning small-block Chevrolet engines for SCCA Runoffs entries to professional crews preparing engines for 24 Hours of Le Mans or Rolex 24 at Daytona. Their parts are also found in restoration efforts for vehicles presented at auctions held by Barrett-Jackson, RM Sotheby's, and Gooding & Company, and in specialty motorcycle builds shown at events like Born Free Motorcycle Show and The Quail, A Motorsports Gathering.
Engine builders and tuners use Crane Cams components when optimizing valve timing, lift, and duration for target powerbands, often alongside dyno sessions at facilities run by HorsepowerFreaks workshops or university automotive labs such as those at Clemson University and University of Michigan. Tuning collaborations occur with EFI specialists like FuelTech, throttle body and induction tuners such as FiTech, and cylinder head porters who have worked with names like Joe Gibbs Racing and Hendrick Motorsports. Advanced applications include cam selection for turbocharged platforms popularized by teams like Tommi Mäkinen Racing and aftermarket projects modifying Subaru WRX STI, Mitsubishi Lancer Evolution, and Nissan GT-R drivetrains.
Crane Cams must consider racing regulations and homologation rules set by sanctioning bodies including FIA, NHRA, NASCAR, and FIM; compliance affects allowable cam profiles, materials, and valvetrain modifications in classes from IMSA GTLM to club-level NASA events. Emissions and durability considerations tie into standards such as those enforced by California Air Resources Board for street-driven vehicles, and warranty or failure modes are analyzed with engineering methods common at institutions like SAE International and material testing labs used by Intertek and TÜV SÜD.
Crane Cams has influenced the aftermarket performance parts market alongside major brands including Competition Cams, Lunati, Manley Performance, Scat Crankshafts, Mahle, and Fel-Pro. Distribution networks include national retailers and regional speed shops, while aftermarket trends link to events like SEMA Show and collaborations with restorers showcased at Pebble Beach Concours d'Elegance. The company’s role in motorsport contributes to technological diffusion across sectors served by suppliers such as Bosch, Denso, and Magneti Marelli, and to the economies of automotive hubs like Detroit, Charlotte, North Carolina, and Los Angeles.
Category:Automotive parts manufacturers Category:Automotive aftermarket