SNITCH wearable AI golf ball tracking camera on a golf course at dusk, gold flag-in-ring wordmark

AceCaddie Limited · Hong Kong

A caddie-view of every shot. Strike to landing.

SNITCH is an AI golf-vision camera. It finds the ball, tracks the flight, and frames the landing — so the golfer keeps the film, not just the numbers.

Wearable or tripod · Caddie legal station · About 300 yards

Not a launch monitor. Not a broadcast truck. The missing visual layer between the two.

The job

Give every golfer a caddie-view video of each shot — without a broadcast crew.

Phones lose the ball. Radar tools print smash factor. High-end coverage still needs operators, long lenses, and a truck. SNITCH sits where a caddie is allowed to stand and records the shot as video.

Phones

First-person, short range. They cannot follow long-range flight against sky, trees, turf, and glare.

Launch monitors

TrackMan-class tools output numbers. They do not give the golfer a picture of the ball in the air.

Broadcast

Quality at a price clubs cannot pay. It does not scale to academies, junior events, or mid-tier tournaments.

Legal station

From the only angle a caddie may stand.

SNITCH occupies the caddie station: rear-right of the player, about 45 degrees. Worn on a harness or mounted on a tripod. Two form factors, one optical geometry.

From that angle the system detects the strike, recognizes the ball, tracks flight, controls zoom and framing, and identifies landing at about 300 yards. Output is a real caddie-view video of the shot.

Studio render of the SNITCH wearable camera and harness

Vision loop

AI controls the imaging process — not just the recording.

Golf-ball flight is one of the hardest sports visuals to automate. The ball is small, fast, and occupies few pixels, out to about 300 yards. SNITCH couples computer vision, camera control, edge AI, and optics as one closed loop.

01

Detect

Recognize the strike in outdoor light.

02

Find

Lock a tiny, high-speed ball.

03

Track

Hold temporal lock against sky, trees, and turf.

04

Zoom

Frame the flight without losing the object.

05

Land

Identify landing at about 300 yards.

SNITCH on course at sunset Gold SNITCH flag logo on the camera housing Close-up of the SNITCH tracking lens and gold gimbal
SNITCH concept render on the course

Field validation

A working prototype. On a real course.

Core tracking has been proven at Foshan Golf Club: continuous visual tracking from strike through flight to landing at about 300 yards. Foshan is a testing partner, not a paying customer.

SNITCH is pre-revenue and not in mass production. The work now is miniaturization, outdoor reliability, and the first paid pilots for courses and academies.

300 ydstrike to landing
1 stationcaddie-legal geometry
2 formswearable or tripod

Who it is for

Courses, academies, events, and the people who film them.

Courses

A visual record of the hole without a camera crew on every tee.

Academies

Strike-to-landing film for coaches and juniors — the shot, not a data sheet.

Events

Mid-tier amateur and corporate coverage that cannot buy a truck.

Media

Caddie-angle video for content teams who need the ball in frame.

Pilots

First conversations with clubs and academies.

AceCaddie Limited is a Hong Kong company. Founders Ming Feng and Zhaowei Feng have been building the tracker since 2024. The first product is a single-station device for courses and academies; software and multi-unit event coverage follow after the tracker is deployable.

If you run a course, academy, or mid-tier event and want a field demo, write to us. Hardware internals stay in diligence.

Ming Feng, Founder & CEO
[email protected]

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