How We Test Golf Simulators and Launch Monitors

I'm Tyler Brooks. I build home golf simulators for a living and I play to a 4 handicap, which means I hit a lot of real shots into a lot of screens and nets. Sim Golf Bay exists because I got tired of reviews written by people who clearly never set the gear up in a real garage with a low ceiling and a wife who wants the car to still fit. So before any monitor or setup lands in a ranking, I hit balls with it. Drivers, irons, wedges, on real range sessions, not a one-and-done demo.

Here is the short version of how that works, what "tested" actually means on this site, where my limits are, and why an affiliate link will never move a product up our list. If you just want the picks, go straight to our best golf launch monitors guide. If you want to know whether you can trust me first, keep reading.

We hit real shots, not spec sheets

Every launch monitor I rate gets a real test session, usually several. I warm up, then I work through a full bag so I can see how a unit behaves across very different ball speeds and launch angles. A radar that nails driver numbers can fall apart on a 40 yard wedge, and a photometric unit can read your 7 iron perfectly but choke on a low spinning chip. You only find that out by hitting all of it.

For each unit I log what matters to a player at home:

• Carry and total distance across driver, mid iron and wedge, checked for consistency shot to shot.
• Ball data like ball speed, launch and spin, plus club data where the unit claims to read it.
• Read reliability, meaning how often it misreads, double counts, or just refuses to register a shot.
• Behavior indoors versus outdoors, because a radar like the FlightScope Mevo+ or Garmin Approach R10 reads beautifully on a real range and then needs careful setup in a tight room.

I shoot for at least 50 to 100 logged shots per unit before I form an opinion, and a lot more on the ones we recommend. One good drive proves nothing. Repeatability is the whole game.

We check against a known reference where we can

Accuracy claims are easy to make and hard to verify, so I check numbers against a reference whenever it is practical. The cleanest way is to put two devices on the same shots and compare. I use the Bushnell Launch Pro as my indoor benchmark because it is a photometric camera unit that delivers the most trustworthy ball data of anything in the home price range, roughly $2,000 to $3,500 depending on which license you turn on. When a cheaper unit's carry and spin line up with the Launch Pro across a full session, that tells me a lot.

Outdoors, the reference shifts. A doppler radar that watches most of the ball flight has real-world distance to work with, so I cross-check radar units against each other and against actual range markers when I can. I am honest about the limits here. I do not own a tour-grade TrackMan to call the absolute truth, so I talk about agreement and consistency, not lab-certified accuracy down to a tenth of a yard. If a unit and my benchmark disagree, I tell you where and by how much rather than pretending the gap does not exist.

What we score, and how the weighting works

Once I have the shot data, every setup gets scored on five things. These are weighted the way a normal person building a home bay should weight them, not the way a spec-sheet nerd would.

That last point on value is where a lot of reviews quietly mislead people. A unit can look cheap on day one and cost you a yearly subscription forever. I roll those costs into the value score so you see the real number.

Space fit gets tested, not guessed

Space is where the most expensive mistakes happen, so I do not just read the manufacturer's recommended dimensions, I confirm them. Radar units like the Garmin Approach R10 and the FlightScope Mevo+ need ball-flight distance to read well, roughly 8 to 16 ft from the ball to the screen, so I test them in deeper rooms and note exactly how cramped you can go before the numbers get flaky. Photometric units like SkyTrak+, the Bushnell Launch Pro and the overhead Uneekor EYE XO sit beside or above the ball and fit much tighter rooms, which I verify rather than assume.

The numbers I keep coming back to for a comfortable home bay are about 10 ft wide by 12 ft deep by 9 to 10 ft tall, with a hard minimum ceiling around 9 ft. I also check left and right handed clearance, because a setup that works for a righty can clip the wall on a lefty's backswing. If a unit only works in a big room, I say so plainly so you do not buy something your garage cannot hold. When budget and ceiling are both tight, a doppler unit and a net can be the smarter call than a full screen build.

Independence and our affiliate disclosure

Here is the part that actually matters. Sim Golf Bay earns a commission when you buy through some of our links, including retailer links like Rain or Shine Golf and the others on this site. That is how the lights stay on. It does not change a single ranking. I score the gear before I ever look at what pays and what does not, and plenty of products we link to earn us nothing at all.

If a $300 OptiShot 2 infrared pad is the right honest answer for someone on a tight budget, that is what I tell them, even though a $9,000 Uneekor pays far better. I will also tell you when you do not need any of this. A net and your phone is enough real practice for a lot of golfers, and a full simulator is a want, not a need. You can read more about who runs this site and why on our about page. The deal I make with you is simple: the links pay us, the testing decides the rankings, and those two things never touch.

What "tested" means here, and our honest limits

I want to be straight about the boundaries so you can weigh my opinion correctly. When I say a unit is tested, it means I personally hit real shots with it across multiple sessions and logged the data. It does not mean a sponsored weekend at a fancy studio. I am one builder with a real garage bay and access to a benchmark unit, not a robot arm in a climate-controlled lab.

So here is what I cannot do. I cannot certify accuracy to tour-lab standards, and I do not claim to. I cannot test every firmware update the day it ships, so a unit's read quality can shift over time, for better or worse. And I cannot replicate your exact room, your lighting, or your swing, all of which affect results, especially on photometric units that care about lighting and radar units that care about distance. I update pages when gear, prices or software change, and I flag it when a recommendation is based on a shorter look rather than months of use. If something on this site is wrong, tell me and I will fix it. Honest beats polished every time.