Epson QS100 4K PRO-UHD Ultra Short Throw Laser Projector for Golf Simulators | 4,500 Lumens

Bring the Fairway Home with the Epson QS100 Golf Simulator Projector

Elevate your golf simulator setup with the Epson QS100, a powerhouse 4K PRO-UHD laser projector engineered for performance and precision. Designed to be placed inches from your impact screen, its Ultra Short Throw (UST) capability eliminates the distracting shadows that often plague traditional simulator setups.

Why the Epson QS100 is the Ultimate Golf Sim Projector:

• Shadow-Free Gameplay: The ultra-short-throw lens allows you to mount the projector directly above or in front of your hitting area, keeping it safely out of your swing path and eliminating screen shadows.
• High-Brightness for Any Room: With a massive 4,500 lumens of color and white brightness, your virtual courses will look sharp and vibrant, even in garages, basements, or rooms with ambient light.
• Stunning 4K PRO-UHD Detail: Epson’s advanced pixel-shifting technology produces a high-definition, realistic image that brings fairways, greens, and textures to life, giving you the immersion you need to practice like a pro.
• Maintenance-Free Laser Life: The reliable multi-array laser light source offers up to 20,000 hours of virtually maintenance-free operation, ensuring your simulator is ready for thousands of rounds without the hassle of lamp replacements.
• Seamless Integration: Equipped with advanced image processing and flexible installation options, it integrates easily into custom home theater or golf simulator enclosures.

Key Technical Specifications:

• Brightness: 4,500 ANSI Lumens
• Resolution: 4K PRO-UHD (via advanced pixel-shifting)
• Light Source: Laser Diode (20,000+ hour life)
• Throw Ratio: Ultra Short Throw (perfect for tight spaces)
• HDR Support: HDR10 & HLG with Dynamic Tone Mapping
• Inputs: HDMI 2.1 support for low-lag, responsive gameplay

Note: For the best visual experience, we recommend pairing this projector with a high-quality, tensioned impact screen to maximize the clarity of the ultra-short-throw projection.