DIY Golf Simulator: Weekend Build, $500 to $8,000

Can you build a DIY golf simulator in 2026? Yes, and you can do it in a weekend. A functional home golf simulator starts with measuring your space (minimum 10 feet depth, 8.5 feet ceiling height, 9 feet width), picking your launch monitor to match that space, building a frame from EMT conduit ($50 in parts from Home Depot), mounting an impact screen or net, laying down a hitting mat that protects your joints, and connecting to software like GSPro or E6 Connect. Budget builds start around $500 for a net-and-laptop setup. Mid-range builds at $2,500 get you a proper impact screen, short-throw projector, and camera-based launch monitor. Premium DIY builds at $8,000 rival commercial simulators for a fraction of the cost.

You have been reading forum posts at 11 PM for three weeks. You know the difference between photometric and Doppler. You have a bookmark folder with 14 links to Carl’s Place, SIGPRO, and Fiberbuilt. You are past the research phase. You need someone to tell you the order of operations, the things that will piss you off if you do them wrong, and exactly how much money you will spend.

This is that article.

Why Build It Yourself

A pre-built golf simulator package runs $5,000 to $15,000. A DIY build with the same quality components runs $2,000 to $6,000. The savings come from three places: you do the labor, you source the frame materials from a hardware store, and you pick each component at the price tier that matters to you instead of paying for a bundle with parts you do not want.

The trade-off is time. A package arrives in a box and you assemble it like IKEA furniture. A DIY build requires cutting conduit, running cables, mounting a projector, and troubleshooting software connections. If the phrase “EMT connector” makes you nervous, you are still fine. This is all basic home improvement work. If the phrase “I will just figure out the software later” sounds reasonable, you need to read the whole guide before you start buying parts.

The people who fail at DIY builds make the same mistake: they bought components before measuring their room. Do not be those people.

Step 1: Measure Your Room Before Buying Anything

The most expensive mistake in a DIY build is buying a projector with the wrong throw ratio for your room depth. The second most expensive mistake is buying a radar launch monitor for a room that is too shallow. Both come from the same cause: not knowing your exact dimensions before you open your wallet.

Minimum Space Requirements

These are hard numbers, not recommendations. If your room does not meet these, adjust your build plan before you buy anything.

Depth: 10 feet from ball position to screen is the absolute minimum. This gives you 7 feet of ball flight and 3 feet behind the ball for the player. Camera-based launch monitors like the SkyTrak+ and Square Golf Omni work in this depth. Radar units like the Garmin R10 and Mevo+ need 8 feet behind the ball, which means you need 16 feet of total depth minimum for radar.

Width: 9 feet minimum for the enclosure screen. 10 feet if you want side netting. 12 feet if you want space for a computer desk or seating next to the hitting area.

Ceiling Height: 8.5 feet is the absolute floor. 9 feet is comfortable for driver swings for most people under 6 foot 2. If you are taller than that or your swing plane is upright, you need 10 feet. Measure from the finished floor to the lowest obstruction — ducts, lights, ceiling fans, and open garage door tracks all count.

Measure Like You Mean It

Use a laser measure or a steel tape. Not the tape measure app on your phone. Measure in three places — center and both sides — because floors are not perfectly level and ceilings sag. The smallest number is your actual usable dimension.

Write down three numbers: ceiling height, depth from the back wall to the screen wall, and width at the narrowest point. These three numbers determine every other decision in your build.

Step 2: Pick Your Launch Monitor by Your Room Dimensions

The launch monitor is the most room-sensitive component. Pick it first. Everything else — enclosure size, projector placement, mat position — comes after.

For Rooms Under 12 Feet Deep

You need a camera-based launch monitor. Radar units physically cannot work in this space because they need ball flight time to capture data.

Square Golf Omni ($1,495): The best value camera-based unit for shallow rooms. No subscription fees, 20 courses in the Murlie software, club data with sticker dots. Floor-mounted beside the ball at 18 inches offset.
SkyTrak+ ($1,995): The most popular camera-based unit for home use. GSPro compatible, excellent accuracy, requires an annual software subscription ($250/year).
Bushnell Launch Pro ($2,499): Same tracking engine as the GC3 in a smaller package. Gold standard for accuracy in the mid-range. Annual subscription required for simulation features.

For Rooms 12 to 16 Feet Deep

You have options. Both camera and radar units work in this range.

Garmin R10 ($499): Budget radar unit that works well with a 12-foot minimum ball flight. No subscription. Works with Home Tee Hero and third-party software via connectors.
Rapsodo MLM2Pro ($699): Hybrid unit using both camera and radar. Requires marked balls for spin data ($25 per dozen). Includes a solid software package with free courses.

For Rooms Over 16 Feet Deep

Radar units work best in deeper spaces. The extra ball flight gives them more data points for better accuracy.

FlightScope Mevo+ ($1,095): The best radar unit for home use. Accurate carry distance, portable, works indoors and outdoors. Requires 8 feet behind the ball and 12 feet of ball flight.
Foresight GC3 ($5,999): Camera-based unit that works in any depth. Endgame launch monitor for most home builders. Worth the price if you care about accuracy above everything else.

The Short Version for Your Wallet

If your room is under 12 feet deep, buy the Square Golf Omni. If your room is 12 to 16 feet deep, buy the Garmin R10 and spend the savings on a better screen and projector. If your room is over 16 feet deep and you need club data, buy the Mevo+. If money is not a concern, buy the GC3 and never think about launch monitors again.

Step 3: Build the Enclosure

The enclosure holds the impact screen tight for a clear image and stops balls from going into your drywall. A DIY enclosure built from EMT conduit costs about $50 in materials. A pre-built enclosure from Carl’s Place costs $400 to $800. Both work. The EMT build requires a Saturday afternoon with a hacksaw. The Carl’s Place build requires an hour with a screwdriver.

The EMT Conduit Build (Budget Option)

Go to Home Depot and buy six sticks of 1-inch EMT conduit at about $8 each. Buy eight three-way corner connectors for about $3 each. Total materials cost: roughly $72.

Cut the conduit to your screen dimensions plus 6 inches on each side for the connection. The frame is a three-sided box — top rail and two side rails. Assemble with the corner connectors. Mount to the ceiling with conduit straps screwed into joists. Use a stud finder to find them before drilling.

Attach the impact screen to the top rail with ball bungees every 10 inches. Attach blackout fabric to the back and sides. Leave 6 inches of slack at the bottom of the screen to form a catch pocket that stops ball bounce-back.

The Pre-Built Frame Option

Carl’s Place sells DIY enclosure kits with pre-cut tubing, corner brackets, and installation hardware. The SIGPRO enclosure system uses heavier-duty tubing and is easier to assemble than EMT. The Carl’s Place kit is the better value. The SIGPRO system looks cleaner in a finished room.

Impact Screen Options

Do not buy a $150 Amazon screen. The weave separates in 8 to 12 weeks and the image degrades.

Carl’s Place Premium (576 denier, $349 to $499): The standard choice. Good image quality, stops a driver at 140 mph without excessive bounce-back. 1.0 gain works with most projectors.
Carl’s Place High-Contrast Gray ($449 to $629): Better image quality in rooms with controlled lighting. The gray fabric improves black levels noticeably with a 4K projector.
G-TRAK Retractable ($1,999 to $2,999): The only option if you need the screen to roll up when you park a car or use the room for other things. Motorized, great image quality, expensive.

Step 4: Position the Projector

You do not need a projector for your first month. Use a laptop on a stool, an iPad on a tripod, or a TV mounted on the wall. The projector is the “I am committed to this” purchase. Add it after you have confirmed the rest of the system works.

When you are ready, buy a short-throw projector with a 0.5:1 throw ratio or shorter. The BenQ AK700ST is the standard at $999. The LG ProBeam BU53RG is the upgrade at $2,299 with better brightness and a laser light source.

Mount the projector behind the player, above your head, centered on the screen. The lens should be 10 to 14 feet from the screen at 7 to 8 feet high. Use a universal ceiling mount rated for the projector weight. Run a 25-foot HDMI cable along the ceiling to your PC. Do not run the HDMI cable parallel to power cables — the interference causes signal dropout.

Screen size is determined by the projector throw ratio and your room depth. A 0.5:1 projector at 10 feet from the screen produces a 120-inch diagonal image. At 12 feet, it produces a 144-inch image. Match the screen size to the image size, not the other way around.

Step 5: Set Up the Hitting Area

The hitting mat matters more than any other component for your joint health. Hitting off concrete with a thin mat on top will hurt your elbows and wrists within 200 swings.

Lay down rubber stall mats from Tractor Supply as a base. They cost about $55 each and come in 4x6 foot sections. Two mats give you a 4x12 foot hitting area.

Place the hitting mat centered on your stance. Measure the distance from the hitting strip to the screen. Camera units need the ball 6 to 8 feet from the screen. Radar units need the ball 8 to 12 feet from the screen. The exact distance is in your launch monitor manual.

Mat Recommendations

Fiberbuilt Studio Mat ($199): The best value mat for a DIY build. The hitting strip design absorbs impact and protects your joints better than any other mat under $500.
SIGPRO Softy ($250): Similar joint protection to the Fiberbuilt with a different feel. Softer underfoot. Good for practice sessions over 30 minutes.
Country Club Elite ($279 to $399): The most realistic turf feel but the firmest surface. Better for feel-focused practice. If you have elbow issues, get the Fiberbuilt.

Step 6: Connect the Software

GSPro is the best software for a DIY build. It costs $250 per year, includes over 500 courses, has the best physics engine of any consumer simulator software, and works with most launch monitors. E6 Connect is the alternative at $300 to $600 per year with a different course library and better iPad support.

Your launch monitor determines which software works. Check compatibility before buying a subscription. SkyTrak+, Square Golf Omni, Bushnell Launch Pro, GC3, Mevo+, and Garmin R10 all work with GSPro.

Update the launch monitor firmware before installing the software. Run the calibration routine. Hit 10 straight balls and confirm that ball flight on screen matches actual ball flight.

Budget Breakdowns

Budget Build: $500 to $1,000

A net-based setup with a laptop. No enclosure, no projector, no permanent installation.

Garmin R10: $499
Net Return Pro or Spornia SPG-7: $200 to $300
Fiberbuilt Studio Mat: $199
Laptop you already own: $0
Home Tee Hero app (free): $0

Total: $898 to $998

You hit balls into a net and watch data on a laptop screen. You will outgrow this setup in about 3 months.

Mid-Range Build: $2,500 to $3,500

A proper simulator with impact screen, projector, and mid-tier launch monitor.

Square Golf Omni: $1,495
Carl’s Place DIY enclosure with Premium impact screen: $499
BenQ AK700ST short-throw projector: $999
Fiberbuilt Studio Mat: $199
EMT conduit frame: $72
Budget gaming PC or laptop: $500 to $800
GSPro software: $250 per year

Total: $3,514 to $3,814

This is the sweet spot. Full simulator experience with a good image, accurate ball data, and 500 GSPro courses. The Omni does not require a subscription, which saves you $250 per year compared to the SkyTrak+.

Premium DIY Build: $6,500 to $8,500

4K projector, premium enclosure, and endgame launch monitor.

FlightScope Mevo+ ($1,095) or SkyTrak+ ($1,995): based on your room
Carl’s Place High-Contrast Gray impact screen: $549
SIGPRO enclosure kit: $799
LG ProBeam BU53RG 4K laser projector: $2,299
SIGPRO Royal hitting mat: $650
Gaming PC (RTX 4070): $1,200 to $1,500
GSPro software: $250 per year
Surround sound: $200 to $500

Total: $6,842 to $8,592

This setup rivals a commercial simulator. The screen looks incredible. The mat feels like real turf. The PC runs GSPro at max settings with no lag.

The Mistakes People Actually Make

Buying a radar launch monitor for a shallow room. People see the Garmin R10 price tag and buy it before checking their room depth. Then they wonder why the R10 gives wild numbers in a 10-foot-deep garage. Camera units exist for this exact reason. Buy the right technology for your space.

Mounting the projector too close to the screen. The image gets smaller and you lose brightness. A short-throw projector at 6 feet from the screen produces a 72-inch image. At 10 feet, it produces 120 inches. Go through the throw distance calculator before drilling holes in your ceiling.

Using a cheap mat on a concrete floor. Your elbows will hurt. Your wrists will hurt. You will stop using the simulator. The Fiberbuilt Studio is $199. That is cheap compared to the cost of physical therapy.

Skipping the calibration step. Every launch monitor requires calibration to your specific room. The routine takes 5 minutes. People skip it because they are excited to hit balls. Then they spend weeks wondering why the carry distance is off by 10 yards.

Running HDMI cables parallel to power cables. The interference causes the projector image to flicker and drop out. Keep a 6-inch gap between HDMI and power cables. Run them on opposite sides of the ceiling joists if possible.

What You Can Actually Hit in a Weekend

A complete build from measuring to hitting takes one full Saturday for a net-based setup or a full weekend for an enclosure build.

Saturday morning (3 hours): Measure the room, buy materials from Home Depot, pick up the launch monitor. Cut EMT conduit to length.

Saturday afternoon (4 hours): Assemble the frame. Mount it to the ceiling. Attach the screen and side curtains. Lay down the stall mats and position the hitting mat. Mount the projector if you have one.

Sunday morning (3 hours): Set up the launch monitor. Run cables. Install software. Update firmware. Run calibration. This is where things go wrong if you rush. Take the time to do it right.

Sunday afternoon (1 hour): Hit your first balls. Text your friends the photos.

When to Buy Pre-Built Instead

DIY is not the right answer for everyone. Buy a pre-built package if any of these apply.

You have no tools and no interest in buying them. A pre-built package from Carl’s Place or SIGPRO comes with everything including a screwdriver.

Your room has unusual dimensions or obstacles. A pre-built enclosure from a company that offers custom sizing is safer than cutting EMT conduit yourself and discovering you miscalculated.

You value your weekend more than the $500 to $1,000 you save by building. A pre-built setup takes 2 to 3 hours to assemble. A DIY build takes 8 to 10 hours.

You just want to hit balls. If the building part does not interest you, buy the pre-built package and spend your Saturday hitting golf balls instead of cutting conduit. Nobody will judge you for it.