ATP Finals Power Rankings: Is Novak Djokovic, Rafael Nadal, Stefanos Tsitsipas or Daniil Medvedev top?
Novak Djokovic, Rafael Nadal, Stefanos Tsitsipas and Daniil Medvedev are the top players at ATP Finals.
Rafael Nadal is the top seed for the ATP Finals in Turin. Carlos Alcaraz has withdrawn due to injury. Taylor Fritz gets in as a replacement for Al CarcarAZ. Novak Djokovic and Felix Auger-Aliassime are ranked outside the world's top four.
Novak Djokovic qualified for ATP Finals via his Wimbledon win. Djkovic is playing very good tennis. He is looking forward to the tournament in Turin.
Stefanos Tsitsipas is in good form this season. He has made two finals and pushed Novak Djokovic close in Paris Masters semis. Tsitipa won the ATP Finals in 2019. Felix Auger-Aliassime is the second best player on the tour.
Felix Auger-Aliassime is ranked No. 3 ahead of his ATP Finals debut. He has won three successive tournaments and reached the semi-finals at the Paris Masters.
Daniil Medvedev lost to Alex de Minaur in his first match in Paris. He smashed his racquet afterwards. Medvesev has a huge game and heading into 2023 should be considered among the contenders to challenge for Grand Slam titles.
Rafael Nadal has not won the ATP Finals in 10 previous attempts. Nadel has played just one singles match since the US Open.
Rafael Nadal lost to Tommy Paul in Paris. Nadel will play at the ATP Finals. Novak Djokovic tops the rankings.
Andrey Rublev has won four titles this season but has not reached the ATP Finals. Stefanos Tsitsipas is ranked higher than Ruble. Rubler lost in straight sets to Rune and Grigor Dimitrov.
Taylor Fritz won three titles and made the Wimbledon quarter-finals. He lost early in Vienna and Paris in the Race to Turin. Fritz tested positive for Covid-19 in early October.
Casper Ruud's season is going to end on a negative note. RuUD has made two Grand Slam finals and a Masters final this year. He hit No. 2 in the world rankings following the US Open. His form has dipped recently due to a busy schedule and the change of surface.
