Tagged: how to
How We Built A Large, Adjustable Break Putting Mat
I have owned plenty of types of putting mats over the years. Usually they are small, cheap, and allow you to hit 6 footers mostly flat on the ground until a ramp of foam at the end allows the ball to drop into a circle of emptiness that can be considered a hole. The biggest problem with those putting mats is that it never feels like you’re hitting an actual putt on a real live green.
When I first was finally able to check out David Roesch’s indoor learning center for this winter, besides the three net set-up with a couple simulators, by far the most impressive thing I saw there was this large putting mat frame that allows you to adjust the amount of break. So my brother-in-law and I decided to make a version of that ourselves.
Because of the fakeness of most mats, we want a mat that has the feel of an actual putting green and allows us to hit different types of putts in a basement or garage. With our finished product, we can hit full putts over 10 feet (and of course shorter as well). We have aluminum holes that make the sound you expect when making a putt on a course. We have enough width where we can hit from various places and it doesn’t feel like the same fake putt over and over. We also have fake turf that’s by far the best I’ve ever used.
There are more than a few of these types of these large adjustable mats out there that you can buy around or over the $10k price point. The one we built ended up costing $1,152.63. It isn’t cheap cheap, but as you’ll see in the list of costs at the bottom, a large chunk of that is from reusable tools. Our next version of this will cost much less.
The goal with this post is to tell people what we did, what we learned, what we’ll do differently in our next version, and convince others to build their own.
The first step is to figure out the dimensions of the mat. This mostly depends on size of the empty floor you have available. For us, we were able to clean a 14×6 foot rectangle of space in the basement.
Thoughts on sizing: 6 feet wide is pretty comfortable. We’re able to stand on either side of the hole and hit a putt without being uncomfortably close to the hole or the edge of the mat. This is great because I’m standing about the same place as I would be if we were on a practice green hitting between holes. Going down to 5 feet wide – or maybe even 4 feet wide – is a possibility.
That said, bigger is better. For our dimensions, we ended up stretching as far as we could within the space. I think our initial guess was 12×5, but after moving around some things Mike had in the basement, we were able stretch the dimensions. Remember, this mat isn’t going to be moving. It’s heavy, we’re not looking to bring it with us when we travel, and there’s really no downside to making it as big as possible.
Finally, we decided to have only two holes on the mat in a symmetrical way. Each is in the center of the 6′ width where the back of the hole is 20″ from the end. We decided on 20″ just because, so don’t feel like it needs to be closer or further away. We thought of adding a couple more holes to add more options, like on the low side of the mat, but the 6 foot width is enough to let us hit varying shorter putts so the single hole on each side is more than good enough.
With the dimensions figured out, the next step is to build the frame. This was the biggest part of the build and the one that caused a couple unforeseen issues down the line. Next time, we’ll know how to get it right the first time, and likewise for people reading, don’t feel bad if you make mistakes too.
I mentioned above that we’re not looking to move the putting mat, but at some point, we might want to. Therefore, we decided to make the frame in two identical pieces, each 6’x7′, and connect them in the middle using bolts.
Here’s a final picture of the first half of the frame. Hopefully this picture is big enough so that you can get a sense of how we constructed it. Three of the outer edges have two long 2x4s screwed together, and the edge closest to us in the picture has a single 2×4 because this is where the two halves of the frame will be connected to each other.
To build this first half, we did the math to determine the number and the lengths of the 2x4s that build the of the frame, making sure to keep in mind that 2x4s are 1.5 inches thick which clearly will affect the lengths. This step will depend on the exact dimensions of your frame. If you look at the corners, there’s a bit of a zipper connection between the edges. Cool, but not important enough to make a difference in the overall structure.