Olympic champions Hungary eased into the women's K4 500m final ©Getty Images

Olympic champions Hungary eased into the women’s K4 500 metres final at the International Canoe Federation (ICF) Canoe Sprint World Championships in Copenhagen.

The Hungarian team had made one change to its Tokyo 2020 line-up as they aim to extend their record of winning eight of the past nine world titles in the event.

Dóra Bodonyi was absent, with Alida Gazso joining Olympic champions Danuta Kozák, Tamara Csipes and Anna Kárász.

The quartet achieved a time of 1min 34.75sec to win their heat in front of Tokyo 2020 silver medallists Belarus, who were second in 1:35.31.

The two nations will expect to go head-to-head again in the final, with Poland having won the second heat in a slower time of 1:36.32.

"Since Tokyo, we’ve just had two sessions with the girls, we didn’t have much opportunity to train together," Karasz told the ICF.

"But we found the harmony with the girls, we didn’t have a big change. 

"I don’t feel there is a big difference.

"Life has been busy for the past month, a lot of events and we also had to do the training, so it was exhausting some times.

"Now I’m just happy to race again, and to finish the season here."

Poland's Dorota Borowska impressed in the women's C1 200m event ©Getty Images
Poland's Dorota Borowska impressed in the women's C1 200m event ©Getty Images

Poland’s Dorota Borowska posted the fastest time in the women’s C1 200m event, clocking 48.83 seconds to advance directly to the final.

New Zealand’s Aimee Fisher dominated the early stages of the women’s K1 500m event, clocking 1:54.97 to ease into the next stage of the competition.

Fisher finished two seconds faster than her nearest rival, establishing herself as the clear favourite to win gold.

The women’s C2 500m saw Spain’s Maria Corbera, Belarus’ Alena Nazdrova and Ukraine’s Liudmyla Luzan earn top three finishes to progress from their heat.

Chile’s Maria Mailliard, Canada’s Katie Vincent and Britain’s Katie Reid progressed from the second heat.