The BenQ AK700ST is a 4K UHD short-throw laser projector designed for an ultra-realistic golf simulation experience. With 4000 lumens of brightness, HDR-PRO™ technology, and 97% Rec.709 color accuracy, it delivers crisp, vibrant visuals in any lighting condition. Its low input lag ensure smooth, real-time ball tracking, while the short-throw design allows for flexible installation in compact spaces. Perfect for golfers seeking precision, clarity, and immersive gameplay
ALL SPECIFICATIONS
DISPLAY
Brightness (ANSI lumens) 4000
Resolution 4K UHD (3840×2160)
Native Aspect Ratio 16:9
Contrast Ratio (FOFO) 3,000,000:1
Display Color 30-bit (1.07 billion colors)
Light Source Laser
Light Source Life 20000 hrs
OPTICAL
Throw Ratio 0.69-0.83
Zoom Ratio 1.2x
Lens F/2.53(Wide), f = 10.2mm(Wide)
Projection Offset (Full-Height) 102.50%
Keystone Adjustment 3D, Vertical ± 30 degrees; Horizontal ± 30 degrees; Rotation ± 30 degrees
PICTURE
Rec. 709 Coverage 95%
Picture Modes 3D, Bright, Cinema, Game, Golf, HDR10, HLG, sRGB, User 1, User 2
COMPATIBILITY
Input Lag 33.4 ms (1080P 60Hz)
Resolution Support VGA (640 x 480) to 4K UHD (3840 x 2160)
Horizontal Frequency 15K~135KHz
I/O INTERFACE
HDMI in (x2), HDMI-1 (2.0b/HDCP2.2), HDMI-2 (2.0b/HDCP2.2)
USB Type A (x2), USB Type A-1 (2.0/Power Supply1.5A/Service), USB Type A-3 (2.0/Wireless Dongle)
USB Type C (x1), Display Port with PD out 5V/1A
RS232 in (DB-9pin) (x1)
AUDIO
Speaker (x1), 10W
HDMI Audio Return eARC, 7.1 channel
Environment
Operating Temperature 0~40℃
Power Supply AC 100 to 240 V, 50/60 Hz
Typical Power Consumption (110V) 192W
Stand-by Power Consumption <0.5W
Acoustic Noise (Typ./Eco.)(dB) 32db/29db
Accessories
Wireless USB dongle 5201BS
Remote Control w/ Battery RCA011
Power Cord (by region) x1 (1.8M)
Quick Start Guide (x1) 21L
Warranty Card (by region) Yes
Universal Ceiling Mount CM00G3
Dimension & Weight
Dimensions (WxHxD) (mm) 303.5 x 112.4 x 234.5
Net Weight (kg) 3.4 Kg +/- 100g
Dimensions (WxHXD) (inch) 11.94 x 4.43 x 9.23
Net Weight (lb) 7.48 lb
Projection System
Projection System DLP