DUAL SMART CAMERA
X-GOLFBLACK
Two high-speed cameras. Above your game.
1,440 views of the ball. Every second.
- 1,440
- FPS · High-speed capture
- 2048 × 1024
- Pixels · per camera
- ≤ 0.3s
- Impact → on-screen ball launch
Product visualization · Final exterior not confirmed
EVERY DETAIL. EVERY FRAME.
MORE DETAIL.
MORE FRAMES.
High resolution meets high frame rate. More information to read every moment.
Start with the ball markings and the moment of club contact. High-resolution source images preserve detail for analysis.
Explore BLACK specificationsDETAIL STARTS AT THE SOURCE
X-CAMERA / ORIGINAL CAPTUREClear source images. Better-informed analysis.
Actual X-CAMERA capture example; not a controlled performance test of BLACK.
EVERY DETAIL. ONE BLACK.
Precision,
from the inside.
From the enclosure to the camera inside. Explore BLACK as it opens, moves closer and comes together in 36 seconds.
One BLACK.
Enclosure, protective grille and ceiling mount. See the elements that come together as BLACK.
3D product visualization. Exterior based on CAD; interior reconstructed from product photographs. Some internal dimensions and placements are approximate.
SEE YOUR GAME, DEEPER.
One shot.
Four perspectives.
From actual footage to 3D analysis and results. Explore BLACK’s software experience, one feature at a time.
Camera footage with analysis overlays
The moment of impact. In the original footage.
See the marked ball and club captured by a high-speed camera. Follow the trajectory overlay to examine motion before and after impact.
Actual software demo · Korean UI · Sample shot results, not guaranteed product performance.
FROM LIGHT TO DATA.
TWO VIEWS.
ONE MOTION.
How does a passing moment become data? Explore BLACK’s measurement principle in 3D, from capture to position reconstruction and motion analysis.
1,440 FPS · synchronized capture
Read motion as data.
Two trajectory points and their time interval determine speed. The direction from Ready to the ball gives angles, while changes between marker images inform spin analysis.
Two cameras observe the ball at the same instant from different viewpoints. Intersecting the sight lines of matching observations reconstructs its position in space.
3D principle illustration. Dimensions, layout, trajectory and eight observations are illustrative, not installation drawings or live measurements.Two ways
to read the game.
BLACK reads from ceiling-mounted cameras.
NEX B combines floor optical sensors and cameras.
X-GOLF BLACK
Two ceiling-mounted smart cameras, aligned front to back, read the movement of the ball and club.
- Sensing method
- Camera-only sensing
- Core configuration
- Two ceiling smart cameras
X-GOLF BLACK is a dual smart-camera system mounted above the hitting bay. With no floor sensor, two high-speed cameras observe the club and ball from above and record impact frame by frame.
2048×1024 resolution and 1,440 frames per second provide detailed source images across time. The camera analyzes ball detection, speed and spin, with subsequent processing on the PC. The on-screen ball launches within 0.3 seconds of impact.
Built on X-CAMERA, the high-performance smart-camera technology developed by X-GOLF since 2020. An October 2022 KIMM performance test recorded an impact detection time of 3.87 ms. Protected by smart-camera sensor patent 10-2256260.
X-GOLF NEX B is a separate configuration combining NEX floor optical sensors with smart cameras. It differs from BLACK's two ceiling cameras. Conversion of existing equipment is assessed against the installed configuration.
Specifications
- Cameras
- DUAL SMART CAMERA · 2048 × 1024 Pixel · 1,440 FPS
- Display response
- Impact → on-screen ball launch within 0.3 s (September 2026 presentation specification)
- Installation
- Two ceiling-mounted modules, aligned front to back
- Measurements
- Ball speed, direction, launch angle and spin; club path, impact position and putting
- Independent testing
- X-CAMERA impact detection: 3.87 ms · KIMM test, October 2022
- Patent
- Smart-camera sensor for screen golf · Patent 10-2256260
※ Capture and response figures follow the September 2026 presentation; final release specifications will be announced separately. The 0.3 s display response and KIMM's 3.87 ms impact-detection test are different measures.
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