You absolutely can 3D print your own golf tees, and for the tech-savvy golfer with a printer, it opens up a world of customization and fun. This project moves beyond just saving a few bucks on plastic tees, it's about tailoring a small but important piece of equipment to your exact swing. This is your complete guide to printing tees that are not just novelty items, but functional tools that can actually help you on the course.
As a golf coach, I'm all for anything that gives a player more confidence and consistency. Before you start downloading files and warming up your printer, let's look at why this is more than just a fun weekend project. Sure, you'll never have to buy tees again, but the real benefits go a little deeper.
This is the number one reason to print your own tees. You aren't limited to the standard sizes sold in pro shops. You can dial in the *exact* height that works for your swing and your driver.
From a coaching perspective, this is huge. Any variable you can eliminate from your setup routine helps you build a more repeatable swing. When you tee the ball up to the exact same height for every drive, your body learns to deliver the club to the same point in space time after time. This consistent setup breeds a consistent strike. Using a 3D-printed stepped tee, which stops at a predetermined height when pushed into the ground, is a fantastic way to bake this consistency right into your routine. It's one less thing to think about when you're standing over the ball.
Let's be honest - it’s also just really cool. Being able to go from a digital file to a physical object you can use on the course is incredibly satisfying. It's a great practical project to fine-tune your 3D printing skills while connecting that hobby to your love for golf.
Your choice of plastic - or filament - is the most important decision you'll make. A golf swing generates a massive amount of force, and a tee takes the full brunt of a glancing blow. Using the wrong material will result in shattered tees, and a frustrating experience. Here’s a breakdown of the common choices from both a printer's and a golfer's perspective.
What it is: PLA is the most common, cheapest, and easiest filament to print with. It's plant-based and biodegradable.
Performance as a Tee: Poor. PLA is very rigid but also very brittle. A PLA tee will likely shatter on impact with a driver, sending small plastic shards everywhere. I can't recommend it for actual play, but it’s excellent for printing a few test designs quickly and cheaply to check for size and shape before moving to a stronger material.
What it is: The same stuff LEGOs are made of. It's very strong, durable, and heat-resistant.
Performance as a Tee: Excellent, but with a catch. ABS tees are very durable and can withstand numerous hits. The problem is that ABS is difficult to print. It requires a high-temperature printing bed and, ideally, an enclosure around your printer to prevent warping and cracking as it cools. It also releases fumes that require good ventilation. If you have the right setup, it's a great option, but it's not for beginners.
What it is: The plastic used in water bottles. It combines the ease of printing of PLA with some of the strength and durability of ABS.
Performance as a Tee: This is the sweet spot. PETG is my top recommendation for most golfers. It has a bit more flex than PLA, so it's far less brittle. Instead of shattering, it's more likely to bend or snap cleanly when it finally fails. It’s relatively easy to print with (though slightly more prone to stringing than PLA) and doesn’t require an enclosure. For a durable, reliable, and easy-to-print tee, start with PETG.
What it is: A flexible, rubber-like filament. Think of a flexible phone case.
Performance as a Tee: Interesting, but flawed. The idea of an "unbreakable" tee is tempting, but TPU is often too flexible. A very flexible tee can bend during your downswing as the clubhead brushes against it just before impact, which could slightly alter the club's path or cause instability. It can also be very difficult to get into hard ground. It's a fun material to experiment with, but for reliable performance, I'd stick with something more rigid like PETG.
Ready to get started? Here’s a straightforward process for creating your first batch of custom tees.
You don't need to be a 3D modeling expert. There are thousands of amazing designs available for free.
"Slicing" is the process of converting your 3D model into code (G-code) that your printer can understand. You’ll use a program called a slicer, like Ultimaker Cura, PrusaSlicer, or Bambu Studio.
Here are the key settings for printing a golf tee:
Load your chosen filament annd ensure your print bed is clean and level. Transfer the sliced G-code file to your printer (usually via a USB stick or Wi-Fi) and start the print. It's always a good idea to watch the first few layers go down to make sure they are sticking well before you walk away.
You’ve printed your first batch of PETG tees. How do they hold up in a real round? From my testing and experience, they work remarkably well, provided you stick to a few fundamentals.
A well-printed PETG or ABS tee is surprisingly durable. It won't last forever, but you can often get several holes out of a single tee before it breaks, which is on par with many store-bought plastic tees. The key is in the setup. Because you printed them yourself, you know a "bad" tee from a good one. If you see any layer gaps or imperfections, set that one aside for practice.
One small thing to be aware of: some materials, especially cheaper PLA, can leave a very slight color mark on the sole of your driver at impact. This usually wipes right off but is something to be mindful of. PETG and ABS are far less prone to this.
Finally, as for the Rules of Golf, you're in the clear. Rule 6.2 states a tee must not be longer than 4 inches and must not be designed to influence the movement of the ball or assist the player in their aim. A standard 3D-printed tee that follows these guidelines is perfectly conforming.
If you don't already own a 3D printer, buying one just to make golf tees doesn't make financial sense. However, if you're a golfer who already has a printer gathering dust, this is one of the most practical and rewarding projects you can take on.
It’s less about saving money and more about the fusion of two hobbies. It’s an opportunity for endless tinkering and the satisfaction of teeing up a ball with a piece of equipment you created yourself. The ability to produce a tee at the perfect height for your swing is a legitimate performance advantage that any golfer, especially a data-driven one, can appreciate.
In short, creating your own golf tees with a 3D printer is a fantastic project for any tech-minded golfer. By choosing the right material, like PETG, and using the correct print settings, you can produce durable, customized tees that are perfectly legal for play and can even help add consistency to your driving setup. It's a fun, engaging, and genuinely useful application of the technology.
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