Garage Golf Simulator Build: A Full Parts List for One Bay

More home golf simulators end up in garages than anywhere else, and for a simple reason: the garage is usually the only room in the house with enough depth to swing a driver and take a full ball flight reading. A standard single bay, roughly 10 to 12 feet wide and about 20 feet deep, is a genuinely good simulator space that most owners underrate. This guide turns one bay into a complete, buyable package: a full parts list, plus the three problems a garage adds that a spare bedroom never would.

What a garage bay gets right

A garage bay's depth is its superpower: at about 20 feet deep, a single bay gives you roughly 19 feet of usable depth, which clears the minimum depth requirement of every launch monitor we sell for simulator use. Usable depth is room depth minus 1 foot, because the screen needs standoff from the wall. Nineteen feet clears the Full Swing KIT's 18-foot requirement, the deepest in our lineup, and comfortably clears the 16 feet that behind-ball hybrid (radar plus camera) units like the FlightScope Mevo Gen2 and overhead units like the Uneekor EYE XO demand.

Compare that to the typical spare room, where 12 feet of depth restricts you to beside-ball monitors, and the garage's appeal is obvious. In a garage, the depth check stops filtering your options and you choose tracking technology on merit. Width is the quieter limit: an 11-foot-wide bay allows a screen up to 10 feet wide (maximum screen width is room width minus 1 foot), which is plenty, but it means the enclosure should be matched to your measured width from the sizes offered, not to a wish. A two-car garage relaxes the width limit and changes nothing else in this article; the parts list below works in either.

The three problems a garage adds to a simulator build

A garage adds three problems a spare bedroom never poses: door hardware that lowers the real ceiling, ambient light that washes out the image, and a concrete floor that punishes joints and equipment.

Ceiling height and what hangs from it

Measure your garage ceiling to the lowest obstruction, not to the drywall, because the door tracks, the opener, and the lighting are the real ceiling. Many garages run 8 to 9 feet nominal, and then the door hardware takes a bite out of the middle of the room, often exactly where you want to swing. Before buying anything, stand where the mat will go and take a full-speed driver swing. If the club or your hands threaten the opener rail, shift the hitting position deeper into the bay; with 19 usable feet, you have room to slide the whole layout that a bedroom build never gets.

Low garage ceilings also push the launch monitor decision toward floor units. Beside-ball monitors like the ones in the parts list below need nothing above your head. If your bay has a tall ceiling and you want overhead tracking, the depth is already there; the ceiling is the only question left.

Light control

Ambient light is the difference between a vivid simulator and a washed-out disappointment, and garages are the worst-case room: a wall of glass panels in the door, gaps at the edges, and sessions that happen in daylight. You fight this from both directions. Block what light you can, and buy brightness for the rest. The Optoma GT2400HDR is the brightest of the affordable short-throw projectors in our lineup at 4,200 lumens, which is exactly why it anchors this build. Our garage projector guide ranks the options specifically for ambient light, and the lumens guide explains how much brightness your screen size and light level actually demand.

The floor itself

Concrete is unforgiving in both directions: it is hard on your joints through a thin mat, and it is hard on balls and club heads on any mishit that reaches it. The fix is coverage. A quality mat where you stand and hit, and a landing pad in front of the screen where balls drop after impact. That is why the Tour Golf Simulator Landing Pad is in the parts list rather than in the optional extras.

The one-bay parts list

A complete single-bay garage golf simulator takes seven parts: a Uneekor EYE MINI LITE launch monitor, a Carl's Place DIY Golf Simulator Enclosure (C-Series) with its impact screen, the pre-cut Pipe Framing Kit that builds its frame, an Optoma GT2400HDR projector, a hitting mat, a landing pad, and a year of GSPro.

Why each pick earns its line:

• Uneekor EYE MINI LITE. Camera tracking from a floor unit beside the ball. Its 10-foot minimum depth leaves 9 feet to spare in the bay's 19 usable feet. It hangs nothing overhead, which matters under door tracks. Our EYE MINI and EYE MINI LITE review covers what the LITE gives up against the standard EYE MINI.
• Carl's Place DIY Golf Simulator Enclosure (C-Series). An enclosure does double duty in a garage: it is the screen structure, and it is a dark backdrop that helps the image fight ambient light. The C-Series is a complete screen-plus-enclosure kit in six stock sizes with four screen materials, so pick the stock size that fits your measured bay. Every kit ships with the impact screen, the BlackStop enclosure panels and the steel corner fittings. The enclosure buyer's guide compares the alternatives if your bay is unusually narrow or wide.
• Carl's Place Pipe Framing Kit. The frame is 1-inch steel EMT, and you have two ways to get it. Add the Pipe Framing Kit on the enclosure page and the pipes arrive pre-cut to your enclosure size and already black, so the frame disappears into a dark bay instead of outlining it. Or follow the cut list in the box and buy raw conduit locally, which is cheaper and leaves you with a bare galvanized frame around the screen. In a garage, where the enclosure is doing half the work of controlling light, the black frame earns the difference.
• Optoma GT2400HDR. A 4,200-lumen 1080p laser projector with a 0.496 throw ratio. The short throw puts it about 5 feet from a 10-foot image.
• Carl's Place HotShot mat. A forgiving surface between you and the concrete, at a price that leaves room in the budget for the tracking and the picture. The Fiberbuilt versus HotShot comparison covers the upgrade path when you want it.
• Tour Landing Pad. Concrete protection where balls actually land.
• GSPro, billed yearly. The simulation software line in the budget. Confirm your launch monitor's supported software list before you subscribe to anything.

Assembling the list yourself is what keeps a garage build cheap, but it is not the only way in. Our All-In-One golf simulator packages bundle the same classes of part into one line item, already matched to each other, if you would rather buy a finished package than source seven components. Price the parts against a package before you commit either way.

The build assumes you bring a computer to run the software. When you are ready to dedicate one, the SurfThing SG3-5602 is the entry point, and our simulator computer guide explains when that upgrade pays off.

The garage simulator install, in one weekend

A garage simulator installs in six steps over one weekend: measure, enclosure, mat and landing pad, launch monitor, projector, then software, in that order, because each step verifies the one before it:

1. Clear and measure. Empty the bay, then measure width, depth, and height to the lowest obstruction along the actual hitting line. Take the driver swing test at the planned mat position before assembling anything.
2. Assemble the enclosure. Position it for the straightest possible ball flight line, then confirm you still have your monitor's minimum depth between screen and hitting position with room behind you.
3. Place the mat and landing pad. Set the hitting position, then stand on the mat and repeat the swing test, because the mat's thickness just raised you toward the opener rail.
4. Set the launch monitor beside the mat and level it per the manufacturer's alignment procedure.
5. Mount the projector last. Measure your actual final image width, multiply by the throw ratio, and mount at that distance. Drilling first and measuring second is the classic garage-build error.
6. Connect software and calibrate with a short session of easy wedge shots before you trust a number.

The upgrade path from here

The first upgrade worth making is the launch monitor: the EYE MINI LITE steps up to the Bushnell Launch Pro Circle B Edition or the full Uneekor EYE MINI, with the same beside-ball placement and no layout changes. The build is designed so upgrades replace one line at a time instead of the whole list. Next comes the dedicated computer, then the mat, where the Fiberbuilt 7'x4' Grass Series Single-Hitting Studio Golf Mat is the durable endpoint. The enclosure and landing pad you will simply keep. Notice what is not on the upgrade list: the projector. At 4,200 lumens the GT2400HDR already has the brightness a garage bay needs, and the brighter options in our lineup, such as the 5,000-lumen Optoma ZU507TST, cost several times as much. That is a spend that only makes sense once everything else is where you want it.

If the car still needs the bay

A garage simulator does not have to cost you the parking spot; it has to cost you about ten minutes of setup instead. Two products in our lineup are built for exactly this trade. The HomeCourse Pro 180 Retractable Golf Simulator Screen retracts out of the way between sessions, replacing the fixed enclosure in the parts list. The Net Return Simulator Series Golf Net & Screen takes down and stores, trading permanence for flexibility. Either swap keeps the rest of the parts list intact, and the HomeCourse retractable screen guide covers the daily-driver lifestyle in detail.

The mat is the other movable piece. Nothing in this build bolts down except the projector, so a car-sharing bay is a real option, though a permanently free bay always produces more practice, because friction kills habits.

What the garage build leaves out, on purpose

This build deliberately leaves out three things: a dedicated computer, a premium enclosure, and a 4K projector. No dedicated computer, because most garage builds start on a machine the household already owns, and money spent on a SurfThing before you know your usage pattern is money spent guessing. No premium enclosure, because in a garage the enclosure's job is screen support and light backdrop, and the C-Series does both; the step up to the Carl's Place Pro Golf Simulator Enclosure belongs to rooms where finish quality is the point. And no 4K projector, because in a bright bay, lumens beat pixels. If you want the resolution anyway, our 4K versus 1080p guide lays out exactly what the extra money buys at each screen size, and the answer in a light-polluted garage is: less than you would hope.

Getting the layout right

Lay the bay out from the door wall inward: screen and enclosure nearest the garage door or the back wall (whichever gives the straightest run), then the landing pad, then the hitting mat with the monitor beside it, then open space behind you. With roughly 19 usable feet and a beside-ball monitor needing 10, the numbers leave about 9 feet beyond the monitor's minimum. The fit rules stop there: they do not place your hitting position or check clearance from the opener rail, so verify both in the bay, and use the spare depth to move the hitting position away from the rail and give your follow-through honest room.

Then check the projection triangle before drilling anything. Throw distance is throw ratio multiplied by image width: the GT2400HDR at 0.496 needs 4.96 feet for a 10-foot-wide image. Run your actual screen width through the projector calculator, and if you want to sanity-check the whole layout at once, enter your bay's measurements in the Golf Simulator Builder. It applies the same rules used throughout this article (usable depth is depth minus 1 foot, screen width is room width minus 1 foot) and filters every component against your real space, which is a better starting point than any generic diagram of somebody else's garage. If the builder tells you the bay fits and you would rather skip the sourcing, compare the result against our All-In-One golf simulator packages before you buy.