Livernois Motorsports® LPP750111 - Powerstorm Pro Series 2 or 4 Valve Engine Short Block

Specifications

Features

• High quality at an affordable price
• Expertly made from premium materials
• Built to match your exact requirements

Product Details

Powerstorm Pro Series 2 or 4 Valve Engine Short Block by Livernois Motorsports®. This Powerstorm Pro Series short block is for your 2 valve or 4 valve 4.6 liter car or truck and is designed for customers with power adders in mind. A huge upgrade over the weak stock components this engine will be fine up to 900 HP. Livernois start with a brand new Ford iron 4.6 liter block and add Powerstorm coated pistons, H beam rods and a upgraded stroker crank. Livernois first lower the compression for your power adder and then make it a much stronger and larger 4.9 liter engine. This is done by boring and stroking the engine and following all the Livernois Motorsports processes and procedures for the Pro Series line of short blocks. But rest assured that the Powerstorm Pro Series product line is built for customers who are looking for products that offer a no compromise approach. The components and services used in these products are in most cases custom designed proprietary parts that are based off of years of development and the latest in racing technology. The Powerstorm Pro Series product line is built for customers who are looking for products that offer a no compromise approach. The components and services used in these products are in most cases custom designed proprietary parts that are based off of years of development and the latest in racing technology. These proprietary designs and parts are available only through Livernois Motorsports. Each and every product in the Powerstorm Pro Series line has been developed and tested in a rigorous R&D process to produce only the highest quality most durable products on the market. The extensive design time that goes into making a product for the Powerstorm Pro Series line involves a complete and systematic approach to the entire product and its lifecycle. Each part is designed and tested to work together as a system to maximize power and durability. Every aspect of the design, testing and final product machining and assembly are handled in house.