October 2023 brought the official launch of a smart rugby ball that tracks kick distance, hang time, velocity and exact position on the pitch. World Rugby developed it with Sportable, a sports data and analytics firm, and Gilbert, the long-standing ball manufacturer. The setup was trialed in the 2023 World Rugby U20 Championship in South Africa and the U20 Six Nations before World Rugby cleared it for international Test matches later that same month. A consumer version of the Gilbert smart ball, powered by Sportable's platform, also reached the market. The smart ball is now sanctioned equipment for elite competition, not a prototype or a concept. What follows is how the system works, who built it, where it was tested and what it changes for officials, broadcasters and analysts.
The Sensor Package and the Data It Captures
The smart ball houses a chip inside the standard Gilbert match ball. That chip tracks multiple data points in real time: kick distance, hang time, velocity, trajectory, spin and the ball's exact position on the pitch. Positional data lets the system determine whether the ball has crossed the try line. The sensor does not alter the ball's weight or feel in any meaningful way, and World Rugby certified the ball as meeting its existing match ball standards.
What the ball measures
Every kick generates a record of distance, hang time and speed. The chip also captures trajectory and spin, giving analysts and broadcasters a detailed picture of each pass and kick. Positional tracking is precise enough to confirm try-line crossings, supporting close officiating calls.
How the data reaches the sideline
Data transmits from the ball to stadium infrastructure that feeds broadcast graphics and analytics platforms in real time. Broadcasters can show a graphic of exactly where the ball landed, how long it stayed in the air and how fast it was travelling. Coaches and analysts receive the same data stream for post-match review and in-game decision support.
Sportable and Gilbert: The Partnership Behind the Ball
World Rugby did not build the smart ball itself. The governing body partnered with Sportable, a company that specialises in sports data and analytics, and Gilbert, the ball manufacturer that supplies match balls for most elite rugby competitions. Sportable provided the sensor hardware and the data processing platform. Gilbert integrated the sensor into its standard match ball construction. The partnership was announced alongside the official launch in October 2023.
Sportable's track record
Sportable had already worked with other sports on similar instrumented ball systems, and its experience in real-time data capture and transmission was a key factor in World Rugby's decision to adopt the platform. The company's existing infrastructure meant the rugby project could move from concept to competition quickly.
Gilbert's role in certification
Gilbert ensured that the ball met the playing standards required for elite competition. The three parties together managed the trials, the certification process and the subsequent commercial launch of both the elite and consumer versions of the ball.
Trials in the U20 Six Nations and the World Rugby U20 Championship
Before World Rugby cleared the smart ball for Test matches, the system was tested in two specific competitions. The first trial took place in the 2023 World Rugby U20 Championship, held in South Africa. The second trial was in the U20 Six Nations. Both competitions provided a controlled environment where World Rugby, Sportable and Gilbert could validate the ball's performance, data accuracy and durability across multiple matches.
What the trials tested
The trials allowed the partners to test the sensor's ability to track kicks, passes and try-line crossings under match conditions. They also tested the data transmission infrastructure in different stadiums. The results from these trials informed the final certification decision.
What the trials did not cover
World Rugby did not use the smart ball in every match of the 2023 Rugby World Cup in France. The trials were confined to the U20 level, and the clearance for Test matches came after those trials concluded successfully.
How the Data Is Transmitted to Broadcasters and Analysts
The sensor inside the ball transmits data to a network of receivers positioned around the stadium. Those receivers capture the ball's position, velocity and trajectory multiple times per second. Sportable's platform then processes the raw signals into the metrics that broadcasters and analysts use.
On-screen graphics for viewers
For broadcasters, the data appears as on-screen graphics: a kick's hang time displayed as a clock, a trajectory line showing the path of a pass, or a heat map of where the ball has been during a phase of play.
Real-time feeds for coaches
For analysts and coaches, the data is delivered to a tablet or laptop in real time, allowing them to review plays immediately. The system does not rely on camera-based tracking alone. It uses the ball's own sensor to provide data that camera systems cannot capture, such as the exact spin rate and the precise moment the ball crosses a line.
Why sensor data beats optical tracking
This combination of sensor and receiver infrastructure is what makes the smart ball distinct from earlier tracking systems that depended entirely on optical recognition. Camera-only setups struggle with occlusions and poor angles; the embedded chip reports directly from the ball itself.
Regulatory Approval and the Path to Test Match Use
World Rugby officially sanctioned the smart ball for use in Test matches in October 2023. The decision followed the trials in the U20 Six Nations and the World Rugby U20 Championship. The governing body's certification process involved testing the ball against its existing regulations for match balls, including weight, size and bounce characteristics. The sensor did not cause the ball to fail any of those tests.
Adoption is optional
The clearance means that national unions and tournament organisers can now choose to use the smart ball in elite international matches. It is not mandatory. Each competition decides whether to adopt the equipment. As of October 2023, the ball was authorised for Test matches, and the consumer version was also on the market.
A straightforward regulatory path
The regulatory path was straightforward: World Rugby controlled the standards, and the ball met them. No legislative or political hurdles delayed the process. The clearance was announced as a concluded matter, not as a proposal under review.
Benefits for Officiating: Try-Scoring Decisions and Lineout Throws
The smart ball is designed to help match officials with two specific types of decisions. The first is try-scoring. The ball's ability to report its exact position on the pitch allows the system to determine whether the ball has crossed the try line. This can support the Television Match Official in reviewing close calls where the ball is grounded near the line. The second area is forward passes. The sensor tracks the ball's trajectory, and the data can be used to assess whether a pass travelled forward relative to the passer's hands.
Supporting human judgment, not replacing it
World Rugby has stated that the ball is intended to support officiating, not to replace human judgment. The data is presented to officials as an additional input, not as an automatic ruling.
Beyond officiating: analytics and broadcast
The officiating benefits are one part of a broader set of use cases. The ball also provides new performance analytics for coaches and players, and it enhances broadcast coverage by giving viewers data they could not see before. For all these reasons, World Rugby, Sportable and Gilbert have positioned the smart ball as a central piece of the sport's broader digital transformation.
Key Facts
- Launch date: October 2023
- Partners: World Rugby, Sportable, Gilbert
- Trials: 2023 World Rugby U20 Championship (South Africa) and U20 Six Nations
- Approval: Approved for Test matches in October 2023
- Data captured: Kick distance, hang time, velocity, ball position on pitch
- Officiating uses: Try-scoring decisions, forward pass detection
- Consumer version: Launched alongside elite version
