Anureet Singh, a fast bowler and useful lower-order batsman, has had his share of experiences in the Indian Premier League (IPL). Though his contributions have often been more prominent with the ball, he has made notable appearances with the bat as well. Below is a synthesis of his top stats from his IPL career:
Total Wickets: Anureet Singh has amassed a total of 18 wickets during his IPL tenure, showcasing his effectiveness as a bowler in the shortest format.
Best Bowling Figures: His best bowling figures in the IPL are 0/37, which, while not particularly remarkable, reflect his capacity to create pressure on the batting lineup.
Bowling Average: He maintains a bowling average of 34.61, indicating that while he has taken wickets, his economy could have been better in high-pressure situations.
Total Overs Bowled: Anureet has bowled a total of 69 overs in IPL matches, demonstrating his presence in many games and the trust his teams placed in him.
Economy Rate: His economy rate stands at 9.03, which highlights the challenge he faced in containing runs consistently, particularly in the high-scoring format of T20.
Total Runs Conceded: He has given away 623 runs throughout his IPL career, which is indicative of his bowling impact.
Total Dots Bowled: Anureet managed to bowl 136 dot balls, showing that he has the ability to build pressure and restrict batsman from scoring freely.
Total Sixes Conceded: In his IPL career, he has conceded 19 sixes, reflecting some challenges against aggressive hitters.
Total Maidens Bowled: He has not bowled any maiden overs in his IPL career, suggesting his bowling style tends toward aggressive wicket-taking rather than containment.
Total Runs as a Batsman: Anureet has scored a total of 36 runs in his IPL career, with a highest score of 15, primarily contributing to the lower order.
These statistics paint a picture of Anureet Singh's IPL journey, underscoring his role predominantly as a bowler while also hinting at his struggles in making significant contributions with the bat. His performances reflect the challenges of maintaining consistency in a high-octane environment like the IPL.