Dirt Every Day Extra Season 11 Episode 7 Types of Suspension Joints
- September 10, 2017
- 7 min
Dirt Every Day Extra is a show dedicated to showcasing the latest in off-road vehicle modifications and maintenance. In season 11 episode 7 titled Types of Suspension Joints, host Fred Williams provides viewers with a comprehensive overview of different types of suspension joints, how they work, and how to best maintain them.
Fred takes viewers through the basics of suspension joints, explaining what they are and how they function within a vehicle's suspension system. He then dives deeper into some of the more common types of suspension joints, such as ball joints, bushings, and heim joints. For each type of joint, Fred explains the pros and cons of using them in a vehicle's suspension system, as well as how to properly inspect and maintain each type to ensure maximum performance and longevity.
Throughout the episode, Fred provides hands-on demonstrations of how to inspect and maintain each type of suspension joint, giving viewers a clear understanding of what to look for when performing their own maintenance. He also explains the importance of regular maintenance and how neglecting to inspect and replace worn suspension joints can lead to serious safety issues on the trail.
Along with showcasing different types of suspension joints and their maintenance, Fred also provides viewers with tips and tricks for upgrading their vehicle's suspension system. He walks viewers through some common suspension upgrades, such as installing heavier springs or aftermarket shocks, and explains how these modifications can improve a vehicle's off-road performance.
Overall, Dirt Every Day Extra season 11 episode 7 is a valuable resource for anyone interested in off-roading or maintaining their own vehicle's suspension system. Whether you're a seasoned off-roader or new to the world of suspension maintenance, this episode is sure to provide you with valuable insights and practical advice for keeping your vehicle's suspension in top condition.