Sandeep Sharma IPL 2025: Swing master headlines Rajasthan Royals attack with 146 wickets across 13 seasons Since his debut in 2013, Sandeep Sharma has quietly built one of the most consistent new-ball résumés in IPL history. Operating for Rajasthan Royals since 2023 (after earlier stints with Punjab Kings and Sunrisers Hyderabad), the right-arm seamer has sent down 3,041 deliveries and walked away with 146 wickets—an impressive strike rate of 20.83 balls per wicket. His economy sits at a tight 8.03 runs per over, rare restraint in the slam-bang format. Eleven three-wicket hauls and a solitary five-for underline his ability to break open an innings, while his best figures of 5/25 remain a testament to his knack for late-swing devastation. Sandeep’s longevity—13 campaigns and counting—makes him one of only a handful of bowlers to appear in every IPL season since 2013, and the only one to spend five-plus seasons each with both Punjab Kings and Sunrisers Hyderabad before anchoring the Royals attack.

David Warner IPL career – 6,565 runs at 139 strike-rate across 15 seasons Australian opener David Warner has turned the IPL into his personal highlight reel, amassing 6,565 runs from 4,697 balls since his 2009 debut with Delhi. The left-hander has blasted 663 fours and 236 sixes, translating to a boundary every 4.9 balls. Warner has reached fifty 62 times and gone past three figures on four occasions, his highest an unbeaten 126. After early seasons with Delhi Capitals, Warner became the heartbeat of Sunrisers Hyderabad, captaining the side to the 2016 title with 848 runs that year alone. He returned to Delhi Capitals in 2022 and, still going strong in 2024, has now faced 184 innings for two franchises while maintaining the same explosive intent. A solitary over with the ball is the only deviation from his batting master-class, underlining why Warner is remembered as one of the most feared IPL openers ever.

Note: This overview is partially generated using AI and is based on statistical data. Please verify with official sources for complete accuracy.