Massive Discount Manley Ford Raptor 6.2l Sohc 2 Valve -12cc Dish 4.0169in Bore Piston Set Series [5rXFlJVY]

Manley Ford Raptor Piston Set

Introducing the Manley Ford Raptor 6.2L SOHC 2 Valve Piston Set, designed for superior performance and strength. This premium piston set is crafted using the highest quality materials, ensuring optimal engine operation. With its exceptional bore size of 4.0169 inches and 12cc dish, this piston set is the perfect upgrade for your Ford Raptor.

• 2618 Alloy Forgings: We use domestic 2618 alloy forgings to guarantee superior strength and performance.
• Chrome Moly Wrist Pins: Standard with premium Chrome Moly wrist pins, and available upgrades for increased durability.

Technical Specifications

The Manley Ford Raptor Piston Set features a unique combination of technical specifications that enhance its performance. Each piston is precision-machined with exacting ring lands and grooves, resulting in enhanced ring seal and increased power output. The cam and barrel profiles are designed to generate substantial power while being gentle on cylinder walls, ensuring longevity and reliability.

• Ring Lands and Grooves: Adhering to strict standards for optimal ring seal and power output.
• Cam and Barrel Profiles: Engineered for maximum power while preserving cylinder wall integrity.

Practical Uses and Benefits

Upgrade your Ford Raptor with the Manley Piston Set for unparalleled performance on and off the road. Whether you're tackling rugged trails or hitting the track, this piston set delivers consistent and reliable power. Its superior strength and durability make it an ideal choice for both daily drivers and high-performance enthusiasts. The Manley Ford Raptor Piston Set is the ultimate choice for those who demand the best in engine performance and longevity.

• Target Audience: Daily drivers and high-performance enthusiasts seeking enhanced engine power and reliability.
• Practical Uses: Ideal for both on-road and off-road applications, delivering consistent performance under any condition.