Who We Are

The i Drive Power System™ was developed and trademarked by Shawn King, founder of Mr. Fence in Evansville, Indiana.

Shawn created the system to raise the standard of fence installation by improving structural strength and reducing unnecessary ground disruption. What began as a better way to set posts has grown into a complete installation philosophy centered on durability and performance.

Traditional fence installation involves digging holes, pouring concrete, and allowing posts to cure in place. The i Drive Power System™ uses steel posts that are driven deep into the ground, keeping the surrounding soil compact and stable.

This approach reduces yard disruption and eliminates exposed concrete collars that can crack over time. The result is a cleaner installation and strong support where your fence needs it most.

Most common fence types can be installed using the iDrive Power System when properly engineered. Aluminum, vinyl, chain link, and even wood fences can all benefit from driven steel reinforcement.

Each fence is evaluated based on its weight, height, and the soil conditions on your property to ensure the correct depth and support are used. Additionally, to meet iDrive standards, every gate is built with the Insta-Gate Kit to eliminate sagging and ensure long-term performance that matches the fence's strength.

Fence posts are typically the first part of a fence to fail, especially at ground level, where moisture and movement occur. The i Drive Power System™ reinforces that critical area with driven steel support.

For wood fences, reducing direct soil contact can help limit rot at the base. For vinyl and metal fences, internal steel reinforcement helps resist bending and shifting. Over time, that means fewer structural repairs and more dependable performance.

The Weakest Link Doctrine is the principle behind the i Drive Power System™ that states a fence can never outperform its weakest component. Instead of overbuilding visible parts like rails, panels, or gates to create the illusion of strength, this approach identifies the true point of vulnerability, often the foundation, and strengthens it first. Each installation follows a disciplined process: locate the weakest link, reinforce it without exception, verify real performance in the field, and then move to the next point of stress. The result is systemic strength built on physics and verification, not guesswork or cosmetic overengineering.