Ep 1. In House Power Mouse: Stage 1
- January 9, 2016
In House Power Mouse: Stage 1 is the first episode of season 3 of PowerNation: Engine Power. The show follows expert mechanics as they take an inside look at the world of engines and take on challenging projects to upgrade and enhance performance.
In this episode, the team begins work on a Chevy 350 small block engine, which they plan to transform into a high-performance power mouse. The team starts by tearing down the engine to its bare bones and assessing its compatibility with the aftermarket parts they want to install. They then take time to clean each individual part before moving on to the next stage.
With the engine now dismantled, the team begins work on enhancing its performance by installing custom-made CAM and lifters. They spend a significant amount of time on installing the piston and heads, making sure that they are expertly installed for maximum efficiency. Once everything is installed, the team begins to build the engine back up, adding parts such as the rocker arms and pushrods.
Once the engine is rebuilt, the team masterfully dresses it up with a custom oil pan and custom valve cover. They install a high-performance carburetor to give the engine the power it needs to run optimally. The team then tests the engine out, using a dynamometer to measure its horsepower and torque output. They are impressed with the results and pleased with how the engine performs.
Throughout the episode, the team at PowerNation: Engine Power expertly demonstrates the skills and care needed to transform an ordinary engine into a high-performance masterpiece. The attention to detail and the precision with which each part is installed and tested is a testament to their expertise and passion for cars.
In House Power Mouse: Stage 1 is an exciting introduction to season 3 of PowerNation: Engine Power. The episode leaves viewers with a sense of anticipation for what the rest of the season has in store. The show is a must-watch for car enthusiasts and anyone interested in the mechanics behind high-performance engines.