Every World Cup has its own ball, and each of these balls tells a story about its time. The official ball for the 2026 World Cup is called "Trionda" and was unveiled last October. In four months, it will roll onto the pitch for the first time in Mexico City. Time for a closer look.
A name for three countries
The name is derived from "tri" for the three host countries and the Spanish word "onda" for wave. The design also incorporates the hosts: red with a maple leaf for Canada, green with an eagle for Mexico, and blue with a star for the USA.
Only four panels
Technically, it is notable that the Trionda consists of only four thermally bonded parts. This is the lowest number any World Cup ball has ever had. To ensure the ball still flies stably, its surface has a fine structure with embossed patterns. This is intended to provide a predictable flight path and offer good grip even in wet conditions.
A chip for the video assistant referee
Inside is a small sensor that measures the ball's movements. The data helps the video assistant referee determine the exact moment the ball is played, for example in offside decisions. Similar technology was already used at the 2022 World Cup and the 2024 European Championship.
A brief history of World Cup balls
- 1970, Telstar: The first World Cup ball produced by Adidas with the famous black-and-white pattern, ideal for the black-and-white televisions of the time.
- 1986, Azteca: The first World Cup ball made entirely of synthetic material. It no longer absorbed water.
- 2006, Teamgeist: Only 14 panels, a clear departure from the classic design.
- 2010, Jabulani: Eight panels and a very smooth surface. Goalkeepers complained about unpredictable flight paths.
- 2014, Brazuca: Six panels and a textured surface, which was seen as an answer to the criticism of the Jabulani.
- 2022, Al Rihla: Featured a sensor inside for referee support for the first time.
What fewer seams mean for shooters
The fewer seams a ball has, the more important its surface structure becomes. A very smooth ball can flutter at high speeds because the air separates irregularly. This makes it difficult for goalkeepers to predict, but also for shooters. Modern balls attempt to control this effect with targeted structures.
For you as a player, this means: a clean point of contact is more important than ever. A ball struck in the center with little spin flies hard and straight with modern balls. A poorly struck ball, on the other hand, can break away uncontrollably.
Training the point of contact
Regardless of which ball you play with: a consistent point of contact only comes from many repetitions under the same conditions. Especially with volleys, it is worth starting with a stationary ball. With the VOLLEYCHAMP®, the ball is at a fixed height, and you can observe exactly how different points of contact affect the flight path.
A little test for your next training session
Shoot five volleys and consciously hit the ball slightly below the center, then five exactly in the center. Observe how differently the balls fly. Anyone who develops this feel can steer the ball precisely in any situation, whether with the Trionda or a perfectly normal training ball.
We are curious to see how the new ball performs at the World Cup, and above all, to see what goals our national team scores with it.
