📽️ Best Projector for Golf Simulators (2026)

A short-throw laser at about $999 changes the budget math. The GT2000HDR is rated for 30,000 hours, which is the whole life of a sim room with zero lamp swaps, and independent bench tests measured input lag at 8.6 ms, roughly half the 16.67 ms of the lamp projector that used to own this price. At 3,500 lumens it is also brighter than that outgoing budget default, and it will still be that bright in five years.

The TH671ST wore the budget crown for years, and we are demoting it with respect, not spite. Here is the plain reason: now that a laser lands under $1,000, lamp loses on all three of the things that decide a projector you will own for years. Brightness decay, because a lamp dims steadily from the day you turn it on while a laser holds its output. Lifespan, because a lamp is rated in the low thousands of hours against 30,000. Total cost, because every replacement lamp is money you spend again on a projector you already bought. What the BenQ still does better than anything near this price is placement: a 1.2x zoom gives real freedom on mount position that the fixed-lens Optoma simply does not have. If your mount point is constrained, the placement king is still the right buy.

The 2026 refresh of the GT2000HDR: the same short-throw laser recipe, now rated at 4,200 lumens, which is the reason to pay the difference. At about $1,299 it is the pick when the bay has windows or light walls and the 2000 would be fighting for contrast. It ranks third rather than higher because it is the newest thing here and we have no member builds running it yet, so we are leaning on the spec sheet alone and saying so.

The most-run projector in our community, with 5 published builds on this site, and the pick that settles arguments: true 4K from a 4,000-lumen laser, a short throw designed around golf rather than adapted to it, and Auto Screen Fit, which squares the image to the impact screen instead of making you nudge a ceiling mount a quarter inch at a time. That last feature is the one owners bring up unprompted, because screen-squaring is the part of the install that eats an afternoon. This is the projector we point people at when they ask what to buy once.

The same chassis thinking at 1080p, and the quiet default of professional installers: golf throw, laser source, and install-friendly setup. If your screen size and viewing distance make 4K a luxury rather than a difference you can see, this is the sensible spend.

The answer for bays where depth, not width, is the constraint: a 0.5:1 throw ratio against the 700-series 0.69 to 0.83:1, which is the difference between fitting and not fitting in a shallow room. It keeps the same 4,000-lumen laser as the AH700ST and costs about $300 less, so you are not paying for the tighter throw. When the throw math in the 3D builder says the others will not fit, this is the BenQ that will.

The premium benchmark: 5,100 lumens of 4K laser, HDBaseT so the projector can sit far from the source on one cable run, and, rarest of all at golf throw distances, real optical lens shift. Lens shift is the feature worth paying for, because it lets you move the image instead of moving the projector, which is what saves an install when the ceiling joist is not where the geometry wants it.

The WUXGA 16:10 sibling for rooms that fight ambient light: 5,500 lumens against the LK936ST's 5,100, for about $900 less. Trading 4K pixels for lumens is the grown-up move when the bay is bright, because at sim viewing distances a washed-out 4K image looks worse than a bright 1080p-class one, and contrast is what your eye reads as sharpness. The 16:10 native shape also maps neatly onto taller screens. Buy the LK936ST instead if the room is genuinely dark and you sit close.

A 6,000 lumen 4K short throw for statement bays and bright commercial-leaning rooms. One member build on this site runs it, which is exactly the kind of small honest sample we report rather than inflate.