Who is favored to win the Dino Prizmic vs Genaro Alberto Olivieri at the Australian Open?
Dino Prizmic is slightly favored to win against Genaro Alberto Olivieri based on his stronger recent hard-court form and higher ATP ranking, with indicative odds around 1.65 for Prizmic and 2.25 for Olivieri as of the past week, though these may shift closer to first serve with DexWin - Best Odds on Your Favourite Sports.
What time does Dino Prizmic vs Genaro Alberto Olivieri at the Australian Open start?
The match between Dino Prizmic and Genaro Alberto Olivieri at the Australian Open is scheduled to start on 12 January 2026 at 12:30 AM UTC, which corresponds to 11:30 AM local time in Melbourne (AEDT, UTC+11).
Where is the Dino Prizmic vs Genaro Alberto Olivieri at the Australian Open being played?
The match will be played in Melbourne, Australia at Melbourne Park, the main venue of the Australian Open, featuring Plexicushion-style hard courts and a mix of outdoor and retractable-roof stadiums such as Rod Laver Arena, Margaret Court Arena, and John Cain Arena that provide excellent playing conditions in hot summer weather.
Dino Prizmic vs Genaro Alberto Olivieri at the Australian Open prediction & odds – who is expected to win?
Prediction: Dino Prizmic is projected to edge this contest in four tight sets, as his recent results against higher-ranked opponents and stronger baseline consistency give him a statistical edge; with moneyline odds near 1.65 for Prizmic and 2.25 for Olivieri, the implied probabilities slightly favor Prizmic but still leave room for an upset if Olivieri’s serve performs above his season average.
What is the head to head record between Dino Prizmic vs Genaro Alberto Olivieri?
Based on official tour records updated within the last month, Dino Prizmic and Genaro Alberto Olivieri have not faced each other before on the ATP Tour or in main-draw Grand Slam play, so this Australian Open meeting will be their first head-to-head encounter, adding uncertainty to pre-match analytics that rely heavily on comparative form and surface-specific statistics.
