High-speed visual recognition
200+fps imaging captures the target in real time and rapidly calculates 3D position, velocity and the expected interception point.
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.
Vision and keeper geometry optimized for low, fast pucks and hard rebounds—ideal for ice-rink interaction and branded activations.
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.

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.
Vision and keeper geometry optimized for low, fast pucks and hard rebounds—ideal for ice-rink interaction and branded activations.
Synchronized stereo cameras capture the ball
Predict arrival time and position at the goal plane
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 images below are existing public project materials showing indoor, outdoor, event and large-venue installations.
Custom goal dimensions, appearance, challenge logic, scoring, display integration, ticketing interfaces and remote maintenance.
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.
200+fps imaging captures the target in real time and rapidly calculates 3D position, velocity and the expected interception point.
Rotary or sliding keeper panels work with industrial drives to deliver stable high-speed saves, with more than 200 control corrections per second.
Every shot can generate a visual 3D flight path showing the ball route and predicted interception point.
Live displays show ball speed, shot outcome, equipment status and challenge results.
Every shot can be recorded for statistics, scoring, rewards and operational review; all trajectories support 3D replay.
Remote diagnostics, parameter tuning and rapid technical response simplify worldwide deployment, training and ongoing operation.
The models and parameters below are synchronized with the 2026 model sheet. Prices remain private; final configuration is governed by site confirmation and the technical agreement.
Basic · Indoor entertainment and compact venues
Specified capability: 12 m/s · >70% · 60/s
Standard / Training · Commercial activations, training centers and protected outdoor operation
Specified capability: 15 m/s · >90% · 100/s
Large / Training · Large venues, permanent operation and advanced training
Specified capability: 18 m/s · >90% · 100/s
Note: 20+ m/s is the capability ceiling for custom/advanced systems; 12 / 15 / 18 m/s are the specified capabilities of the 2026 standard models. High-speed imaging can reach 200+fps, AI trajectory prediction runs at 60 or 100 times/s by model, and the motion-control loop can perform 200+ corrections/s.
We will recommend a preliminary configuration based on the sport, goal, shooting distance, visitor throughput, power and safety envelope.