YAMAHA YZF 450 2018 - 2019 WRF 450 2019-2020 GRADE A 96.95mm G.P RACERS CHIOCE 13.3:1

$340.90
1

Vertex four-stroke pistons are forged from 2618 aluminum alloy. They feature a Molybdenum Disulphide MOS2 coating on the piston skirt to aid in break-in and reduce wear. Vertex pistons are available in A, B, C, and D sizes, differing by 0.004 inches, for precise cylinder sizing. This piston has a bore of 96.95mm and a compression ratio of 13.3:1.

Specifications
SKU
V.4272A
Brand
Vertex
Availability
In Stock (1)
SKU
V.4272A
Brand
Vertex
Availability
In Stock (1)
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
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Product details

FULL DESCRIPTION

Vertex High Performance 96.95mm Forged Piston

Upgrade your engine performance with the Vertex Grade A Forged Piston. Engineered for riders who demand reliability and power, this piston is a premier choice for competitive racing and high performance engine builds. Designed to meet the exact specifications of modern four-stroke engines, this component ensures optimal combustion efficiency and engine longevity.

Vertex pistons are precision manufactured from high quality 2618 aluminum alloy, providing the structural integrity required to withstand the high pressures and extreme thermal demands of high-output engines. Every piston features a specialized Molybdenum Disulphide (MOS2) coating on the skirt, which significantly reduces friction, promotes a smoother break-in period, and minimizes long term wear on both the piston and the cylinder wall.

Key Features

  • High Strength Construction: Forged from premium 2618 aluminum alloy for superior durability under stress.
  • Precision Engineering: Manufactured to a 96.95mm diameter for an exact fit that maximizes power output.
  • Optimized Compression: Engineered with a 13.3:1 compression ratio to enhance engine response and torque.
  • MOS2 Skirt Coating: Unique Molybdenum Disulphide coating reduces friction, heat, and wear during operation.
  • Reduced Blow-by: Precise sizing helps to maintain tighter tolerances, minimizing oil consumption and maximizing overall engine efficiency.