High-speed visual recognition
200+fps imaging captures the target in real time and rapidly calculates 3D position, velocity and the expected interception point.
Trust 10 years of engineering · RobotKeeper patented product · CN210331612U
Machine vision meets high-speed motion control
A commercial AI goalkeeper robot engineered for exhibitions, entertainment venues, brand activations and football training—with real-time ball tracking, predictive interception, 3D trajectory visualization, traceable data and global remote support.
20+ m/sSupported maximum shot speed
>90%Specified save rate
200+AI predictions and corrections / sec
5–10 daysAssembly & test lead time
Trust 10 years of engineering · RobotKeeper patented product · CN210331612U
Deployable, visual and traceable high-speed interception
High-speed AI cameras identify footballs, hockey pucks and other fast-moving targets in real time, execute automatic saves, and output 3D trajectories, ball speed, system status and traceable shot data.
Automatic high-speed saves
Rotary or sliding keeper panels work with industrial drives to deliver stable high-speed saves, with more than 200 control corrections per second.
3D trajectory visualization
Every shot can generate a visual 3D flight path showing the ball route and predicted interception point.
Ball speed and status feedback
Live displays show ball speed, shot outcome, equipment status and challenge results.
Traceable shot data
Every shot can be recorded for statistics, scoring, rewards and operational review; all trajectories support 3D replay.
Global remote operations
Remote diagnostics, parameter tuning and rapid technical response simplify worldwide deployment, training and ongoing operation.
Machine vision meets high-speed motion controlThe real-time tracking and prediction system can interface with industrial robot arms, humanoid robots, smart displays, scoring platforms and other automation equipment.
System architecture
A millisecond control loop from stereo imaging to actuation
During flight, the system continuously estimates 3D position and velocity, predicts the intersection with the goal plane, and sends the target to the keeper mechanism.
01High-speed captureSynchronized stereo cameras capture the ball
023D localizationCalibration models recover spatial coordinates
03Trajectory fittingFiltering and fitting estimate continuous flight
04Impact predictionPredict arrival time and position at the goal plane
05Automatic saveController drives the rotary or rail mechanism
Engineering priorities
Engineering priorities
During flight, the system continuously estimates 3D position and velocity, predicts the intersection with the goal plane, and sends the target to the keeper mechanism.
High-speed capture
Synchronized stereo cameras capture the ball
3D localization
Calibration models recover spatial coordinates
Trajectory fitting
Filtering and fitting estimate continuous flight
Impact prediction
Predict arrival time and position at the goal plane
Automatic save
Controller drives the rotary or rail mechanism
Safety & delivery
The table consolidates parameters published on the current public website for early-stage selection. Final dimensions, performance, power and delivery scope are governed by the formal proposal and technical agreement.
Engineering priorities
A millisecond control loop from stereo imaging to actuation
During flight, the system continuously estimates 3D position and velocity, predicts the intersection with the goal plane, and sends the target to the keeper mechanism.
Synchronized stereo cameras capture the ball
Calibration models recover spatial coordinates
Filtering and fitting estimate continuous flight
Predict arrival time and position at the goal plane
Controller drives the rotary or rail mechanism
Safety & delivery
Safety & delivery
The table consolidates parameters published on the current public website for early-stage selection. Final dimensions, performance, power and delivery scope are governed by the formal proposal and technical agreement.
The table consolidates parameters published on the current public website for early-stage selection. Final dimensions, performance, power and delivery scope are governed by the formal proposal and technical agreement.
We will recommend a preliminary configuration based on the sport, goal, shooting distance, visitor throughput, power and safety envelope.
Custom goal dimensions, appearance, challenge logic, scoring, display integration, ticketing interfaces and remote maintenance.
RobotKeeper
From visitor attraction to robotic system integration
RobotKeeper can operate as a standalone commercial attraction or connect with telecom, display, scoring and robotics platforms for a complete intelligent sports experience.
Brand activation and footfall
For malls, pop-ups, sports festivals, major event fan zones and brand roadshows, creating highly shareable competitive experiences.
Interactive training and teaching
Make ball speed, landing point, save result and 3D trajectory visible to participants, coaches and spectators in real time.
Science museums and innovation parks
Combine embodied intelligence, human-machine competition, machine vision and live data in one repeatable exhibit.
Telecom and innovation demonstrations
Connect with telecom systems, 5G / 6G, scoring platforms, smart displays and third-party services to demonstrate low-latency intelligent control.
Machine vision meets high-speed motion controlThe real-time tracking and prediction system can interface with industrial robot arms, humanoid robots, smart displays, scoring platforms and other automation equipment.
Get a Proposal
Send us your venue dimensions and project goal
We will recommend a preliminary configuration based on the sport, goal, shooting distance, visitor throughput, power and safety envelope.