DexWin logo
Top Events
Football
Basketball
Tennis
Cricket
MMA
Boxing
Ice Hockey
American Football
Baseball
Rugby Union
Rugby League
Volleyball
Table Tennis
Dota 2
League of Legends
Counter-Strike 2

Live Betting - Sebastian Korda vs Casper Ruud February 20, 2026

FAQ Icon

Who is favored to win the Sebastian Korda vs Casper Ruud at the Delray Beach?

Sebastian Korda is favored to win against Casper Ruud at the Delray Beach Open with odds around 1.95, while Ruud sits at approximately 1.90 as the slight underdog. Korda has shown strong recent form with impressive performances at the tournament, demonstrating excellent court movement and aggressive play that suits the hard court conditions at Delray Beach with DexWin - Best Odds on Your Favourite Sports.

What time does Sebastian Korda vs Casper Ruud at the Delray Beach start?

The match starts at 3:00 PM EST on February 20, 2026 at the Delray Beach Open in Delray Beach, Florida.

Where is the Sebastian Korda vs Casper Ruud at the Delray Beach being played?

The match will be played at the Delray Beach Open in Delray Beach, Florida, one of the premier hard court tournaments on the ATP Tour calendar held at the Delray Beach Tennis Center.

Sebastian Korda vs Casper Ruud at the Delray Beach prediction & odds – who is expected to win?

Sebastian Korda is predicted to win with moneyline odds of 1.95 based on his recent tournament performance and hard court expertise. Korda has demonstrated clutch play throughout the Delray Beach Open with unreal gets and aggressive shot-making, while Ruud enters as a formidable competitor seeking to extend his strong 2026 season.

What is the head to head record between Sebastian Korda vs Casper Ruud?

In their head-to-head record, the players have limited recent direct matchups, but Casper Ruud holds a slight edge in their career meetings. Both players have faced each other on hard courts where Korda's aggressive style and Ruud's consistency create an intriguing tactical battle, with recent tournaments showing both competitors in strong form on the ATP circuit.