Delhi Capitals will be playing match 10 of IPL 2025 against Sunrisers Hyderabad at Dr. Y.S. Rajasekhara Reddy ACA-VDCA Cricket Stadium in Visakhapatnam. The match will be action packed as DC will be eyeing to continue their winning momentum while SRH will bring their best foot forward to register a dominating victory.
DC Vs SRH: A Look At Their Campaign So Far
Under Axar Patel’s leadership, DC had the most thrilling start to their IPL campaign, in the first match when everyone thought DC would be on the losing side, Ashutosh Sharma came in as a storm and took his team towards the win. SRH on the other hand faced a shocking defeat against LSG by five wickets.
With both teams eager to secure another win, all eyes are on how the conditions in Visakhapatnam will influence the game.
DC Vs SRH, Pitch Report: Batting-Friendly Track In Vizag
Visakhapatnam’s ACA-VDCA Stadium has earned a tag of being the batters’ paradise. The average run-scoring rate over the last three IPL matches in this ground is 10.44 runs an over, showing how much a pitch-friendly one it is for high-scoring matches.
While pacers have found it tough to get movement here, spinners have been comparatively better at this ground. In the last IPL match at this ground, spinners picked up 9 of the 15 wickets, establishing how crucial they are for both innings. But overall, the wicket is still a happy hunting ground for aggressive stroke play, and that makes this a thrill-packed destination for T20 cricket.
Also Read: DC Vs SRH, IPL 2025: Match Preview, Head-To-Head Record – All You Need To Know
Toss Strategy: Chase Or Defend?
The surface is expected to stay consistent throughout the match, the toss plays a very crucial role and the team that wins the toss is likely to opt for bowling first unless the wickets appears to be overly dry. A well-paced run chase is very much achievable on this track and the team batting second is likely to get more advantage of the conditions. Fans can expect a thrilling contest with power-hitting, spin bowling and tactical decision making.
