Four Nationals Figure Skating Championships
| Four Nationals Figure Skating Championships | |
|---|---|
| Status | Active |
| Genre | National championships |
| Frequency | Annual |
| Country | Czech Republic Hungary Poland Slovakia |
| Previous event | 2026 Four Nationals Championships |
| Next event | 2027 Four Nationals Championships |
| Organized by | Czech Figure Skating Association Hungarian National Skating Federation Polish Figure Skating Association Slovak Figure Skating Association |
The Four Nationals Figure Skating Championships are an annual figure skating competition organized by the Czech Figure Skating Association, Hungarian National Skating Federation, Polish Figure Skating Association, and Slovak Figure Skating Association. The genesis of this competition was in 2006, when the skating federations of the Czech Republic and Slovakia held their national championships together as one unified competition. Poland joined in 2008 and the competition was named the Three Nationals Figure Skating Championships. Hungary joined in 2013; hence the formation of the Four Nationals Figure Skating Championships. Medals are awarded in men's singles, women's singles, pair skating, and ice dance at the senior level, and in pair skating and ice dance at the junior level, although not every discipline is held every year due to a lack of participants. The results are then split to form national podiums for each nation.
Tomáš Verner of the Czech Republic currently holds the record for winning the most championship titles in men's singles (with six), while Ekaterina Kurakova of Poland holds the record in women's singles (with seven). Maria Pavlova and Alexei Sviatchenko of Hungary hold the record in pair skating (with three), while Ioulia Chtchetinina of Poland and Márk Magyar of Hungary have also each won three championship titles in pair skating, and while two of those titles were won together, the others were won with different partners. Natalia Kaliszek and Maksym Spodyriev of Poland hold the record in ice dance (with six).