Qualification complete for 2025 BJK Cup and Davis Cup Junior Finals | ITF

Qualification complete for 2025 BJK Cup and Davis Cup Junior Finals

Ross McLean

15 Aug 2025

Following qualification campaigns across the globe, the line-ups for the 2025 Billie Jean King Cup by Gainbridge Junior Finals and Davis Cup Junior Finals are now known.

At the Finals, 16 boys’ teams and 16 girls’ teams will compete to be crowned world champions in the 16-and-under age category. Here are the nations to have qualified:

Billie Jean King Cup Junior Finals  Davis Cup Junior Finals 
Australia Brazil
Austria Canada
Brazil Chile (host nation)
Canada China, P.R.
Chile (host nation) Chinese Taipei
Chinese Taipei Czechia
Czechia Ecuador
France Egypt
Great Britain France
Japan Germany 
Kazakhstan Japan
Morocco Korea, Rep.
Peru Slovakia
Poland Spain
Romania Turkiye
USA USA

The Billie Jean King Cup Junior Finals and Davis Cup Junior Finals are the pinnacle of team competition for tennis players aged 16 and under and this year the Finals are being hosted in Santiago, Chile.

The Finals, which will take place at Estadio Nacional from 3-9 November 2025, are returning to South America for the first time in 24 years, with Santiago having hosted the event in 2001. All ties will be played on outdoor clay courts. 

The Finals are contested as four round-robin groups of four teams over the first three days of play, followed by a rest day, then the knockout stages over the final three days.

USA are the defending champions in both events, with both the American boys' and girls' teams defeating Romania to win the titles in Antalya, Turkiye in 2024. 

Previous winning teams have featured players who have gone on to excel at the top of the game including Rafael Nadal (Spain, 2002), Ashleigh Barty (Australia, 2011), Felix Auger-Aliassime and Denis Shapovalov (Canada, 2015), Iga Swiatek (Poland, 2016), Carlos Alcaraz (Spain, 2018), Coco Gauff (USA, 2018) and Joao Fonseca (Brazil, 2022). 

This competition is another important milestone on the ITF player pathway.