Build Your Own
Golf Simulator

A permanent setup gives you the most flexibility. Both floor-mounted and overhead launch monitors can work, depending on your budget and preferences.

If your simulator needs to disappear when you’re done playing, consider how easily the launch monitor can be set up, removed, or stored.

Want to practice in your simulator and take your launch monitor to the range? Focus on portable models designed for both environments.

Family, friends, and mixed-handed golfers can make hitting area size, mounting location, and ease of switching players more important.

Most launch monitors include or offer their own software for practice, data analysis, virtual golf, or a combination of the three.

Platforms such as GSPro can offer additional courses, online play, and a different simulation experience, but compatibility varies by launch monitor.

Look beyond the initial purchase price. Some launch monitors require annual subscriptions, software licenses, or additional fees to access certain features or third-party software.

Metrics such as ball speed, launch angle, spin, and carry distance tell you what the ball did after impact. For many golfers primarily interested in simulator play, quality ball data provides everything they need.

Club path, face angle, angle of attack, impact location, and other club metrics can help explain why the ball flew the way it did. These measurements become more valuable for golfers using their simulator for practice, instruction, and swing improvement.

Not every number displayed by a launch monitor is directly measured. Some metrics may be calculated from other measurements, and what’s measured versus calculated varies by model.

Use the available room dimensions to determine how large your impact screen can comfortably be while leaving enough space for the enclosure and installation.

Common projected image formats include 16:9, 16:10, and 4:3. The shape of your available screen area will influence which format makes the most sense.

A quality screen needs to withstand thousands of full-speed shots without excessive wear.

A smoother, tighter screen generally produces a cleaner projected image.

Screen construction and installation can affect how loud the ball sounds at impact.

Proper material and tension help absorb impact rather than sending the ball aggressively back toward the golfer.

Know the usable height and width of your impact screen. These dimensions determine the size and shape of the image you’re trying to create.

The standard widescreen format. Best suited for wider simulator screens with enough room to take advantage of the full image. For a 9’ tall image: 16’ wide.

Slightly taller than 16:9 and often a great fit for golf simulator spaces. For a 9’ tall image: 14.4’ wide.

Uses less width relative to its height, making it useful for narrower simulator screens. For a 9’ tall image: 12’ wide.

The relationship between the size of the projected image and the distance between the projector and screen. A lower throw ratio allows a projector to create a larger image from a shorter distance.

The distance from the projector lens to the impact screen. Most golf simulator builds benefit from short-throw projectors because they can produce a large image while remaining relatively close to the screen.

Realistic course visuals, active development, online play, and a large community-built course library. Compatible with many popular launch monitors.

FSX Play and other Foresight software are designed for compatible Foresight launch monitors and offer practice, game improvement, and simulated golf.

A widely supported simulation platform offering course play, practice, and multiplayer options across many launch monitor brands.

Some launch monitors include proprietary software or support additional third-party platforms. Always verify compatibility before choosing your launch monitor or PC.

The GPU is one of the most important components in a simulator PC. It renders the course, lighting, shadows, textures, and other graphics you see on screen. Higher resolutions and higher graphics settings require more GPU performance — especially important if you plan to play in 4K.

The CPU handles calculations and instructions behind the scenes. It matters, but for most simulator builds, you generally don’t need the fastest processor available. Think of it this way: GPU creates the graphics, CPU runs the underlying workload.

RAM gives your computer working space while programs are running. 16GB can be sufficient for many simulator applications, while 32GB provides additional headroom and is a good target for a new simulator PC.

Your SSD stores Windows, simulator software, courses, and other files. SSDs provide significantly faster loading than traditional hard drives. Course libraries can grow quickly, so 1TB or more is a good starting point.

The minimum hardware needed for the software to operate. Meeting these requirements may mean using lower graphics settings or accepting less consistent performance.

The hardware the software developer recommends for a better overall experience. If you’re purchasing or building a new simulator PC, this should generally be your starting point.

Building a computer to barely meet today’s requirements can limit you as software, courses, and graphics continue to evolve. Some additional performance headroom can help extend the useful life of your PC.

A complete hitting mat combines your stance area and hitting surface into one piece. It’s a simple solution for garages, multipurpose rooms, and setups where the mat may need to be moved or stored.

A hitting strip provides a dedicated hitting surface that can be installed into a larger stance mat or surrounding turf. It’s a popular choice for permanent simulator builds and can be replaced independently as it wears.

Not all hitting surfaces react the same way at impact. Mats that are excessively firm or grab the club too aggressively can put additional stress on your wrists, elbows, and joints — especially when you’re hitting hundreds of shots indoors.

Running turf through the simulator creates a clean, continuous look and allows hitting strips, stance areas, and other components to blend into the room.

After the ball strikes your impact screen, it still needs somewhere to go. Turf — and the padding underneath it — helps absorb energy and slow the ball after impact. On a hard concrete floor, golf balls can bounce and roll throughout the room.

Padding beneath the turf can also make the room more comfortable to stand and walk on while adding another layer of protection over concrete or other hard flooring.

Padding, panels, curtains, or netting can protect exposed walls while helping create a more finished simulator environment.

Depending on your enclosure depth, hitting position, ceiling height, and the golfers using the simulator, additional overhead protection may be worth considering.

Windows, TVs, lighting, doors, and other vulnerable areas should be considered before the first ball is hit.

Good lighting lets you comfortably see the hitting area without washing out the projected image. Directional or separately controlled lighting can be especially useful around the golfer while keeping excess light off the impact screen.

Club racks, ball storage, shelving, and equipment organization help keep the hitting area clean and uncluttered.

Seating, TVs, speakers, and other additions can turn a dedicated simulator into a space for family, friends, and entertaining.

Wall treatments, signage, décor, and other details are where a simulator starts to feel like your space rather than simply a room with golf equipment in it.