I Drive Power System

I Drive Power System Superior foundation increasing the strength and longivity of your fence

Full send message me if interested
04/03/2026

Full send message me if interested

03/10/2026

Driven vs Concrete footers
Don’t be fooled just look around.

03/01/2026

Guess Nebraska wanted to “test” our work today with a surprise earthquake… and our fences passed with flying colors 💪🌎😅

While the ground was busy shaking, J&M Fencing was busy staying put. No leaning. No wobbling. No drama.

Because when we build your fence, it’s not just made to look good, it’s made to stand strong… even when Nebraska gets a little unpredictable 😉

If your fence didn’t handle the shake quite as well, you know who to call.

J&M Fencing - built solid, no matter what moves.

02/24/2026

Another i Drive Power System ™ aluminum fence installed today during day one of our FenceWeek™ training here in Indiana. Look how clean that yard is and how straight those lines are. We had several people driving post some for the first time. Real Jobsites, Real Fencers, Real Training = Real Results

Who wants to see Fence Rex in person tomorrow driving post?
02/08/2026

Who wants to see Fence Rex in person tomorrow driving post?

01/26/2026

Great job RG, his third day playing with Fence Rex and driving with the best of them. These post were drove 4’ deep
And straight as an arrow in 14 minutes completely solo.

01/20/2026

Drilled out the old 4x4 and put post right through old post and footer, taking a bet that the power line would not be directly under the post. Boom bet paid off.

01/11/2026

First Time on the Controls – Fence Rex Drives Posts 4’ Deep in Under 3 Minutes

In this video, you’re watching a first-time Fence Rex operator step onto the controls and successfully drive fence posts 4 feet deep in hard Pennsylvania ground—all in under three minutes.

No prior experience. No warm-up. Just purpose-built power.

The Fence Rex is engineered specifically to drive posts deep, straight, fast, and accurately, creating a solid foundation for long-lasting fences. As you can see here, even a brand-new operator is able to quickly understand the controls and place posts exactly where they belong.

With experience and in open working conditions, we regularly see:
• Posts driven over 4 feet deep
• One post per minute on average
• Including travel, positioning, plumbing, and full-depth driving

That’s real production—not marketing fluff.

This machine is built for contractors who are ready to stop fighting the ground and start building better foundations the right way.

Machines available through Mr Fence Academy
📞 Contact Shawn King directly: 812-760-6845

Brought to you by Mr Fence Academy and Mr Fence Tools
Training. Tools. Standards. Built by fencers, for fencers.

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01/10/2026

🚨 STOP ASKING THE WRONG QUESTION — LOOK AROUND YOU INSTEAD

I’ve seen several posts lately asking:

“What’s harder to pull out of the ground — a concrete-footed post or a driven post?”

It’s a fair question…
but it’s also the wrong way to measure a foundation.

Most people ask this because they’re using pull-out resistance as proof that concrete must be better.

It isn’t.

Here’s why 👇

❌ Frost heave does NOT pull posts out of the ground

There is no force yanking a post upward.

✅ Frost heave PUSHES foundations

Laterally.
Horizontally.
Vertically.

Now let’s address why concrete feels harder to pull out.

Concrete often resists extraction because:
• It’s heavy
• It has mass
• It forms a large slug in the ground
• It creates friction from surface irregularities

When you try to pull a concrete-set post, you’re not just lifting the post —
you’re trying to drag disturbed soil upward with it.

That’s why it feels stubborn.

But here’s the part most people miss:

👉 When frost heave happens, all of that goes up together.

The concrete slug
The disturbed soil
The friction
The irregularities

Those things don’t protect you — they give frost exactly what it needs to work against you.

And let’s be very clear here:

Concrete causes frost heave.

Without concrete, frost heave does not occur.

Frost heave requires:
• Disturbed soil
• Adhesion
• Friction
• Surface area

Concrete provides all of it.

Now look at the evidence that’s all around us.

Stop signs — driven.
Street signs — driven.
Guard rails — driven.

You don’t see them frost heave.

Now look at fences across the country:
• Leaning
• Lifted
• Pumped out of the ground

Almost all of them have one thing in common — concrete.

I have yet to see a properly driven post frost heave out of the ground.

So asking “Which is harder to pull out?” misses the point entirely.

The real question is:

Which foundation resists movement over time?

Because we’re not building fences to be hard to remove.
We’re building them to be hard to move.

And the proof is everywhere — if you’re willing to look.

Address

Evansville, IN

Telephone

+18127606845

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