Former India cricketer Ambati Rayudu said batsman KL Rahul deserves an IPL trophy following an explosive 2026 season with the Delhi Capitals.

Rayudu's praise comes as Rahul has become a central figure in the Delhi Capitals' campaign. His ability to dominate bowling attacks has shifted the momentum of the tournament and solidified his reputation as a premier white-ball player.

Rayudu highlighted Rahul's statistical dominance throughout the season. According to reports, Rahul scored 593 runs at a strike rate of 174.41 [1]. This aggressive approach has allowed the batsman to impact games quickly and consistently.

One specific highlight cited by Rayudu was a match at Sawai Mansingh Stadium in Jaipur. During that encounter, Rahul hit a 75-run match-winning knock against Rajasthan [2]. Rayudu said that Rahul has been fantastic for every team for which he has played.

The former cricketer emphasized that Rahul possesses a mindset that allows him to dominate regardless of the opposition. "He can take any bowler at any time," Rayudu said [3].

Other cricket figures have echoed this sentiment. Former South Africa wicket-keeper Mark Boucher praised the batsman's skill set. "He is not good, he is a very good player," Boucher said [4].

Rayudu's comments follow a period of high performance for the Delhi Capitals, where Rahul's ability to anchor an innings while maintaining a high scoring rate has been critical. The praise underscores a broader consensus among veterans regarding Rahul's technical proficiency, and mental toughness in high-pressure T20 environments.

KL Rahul deserves an IPL trophy after explosive IPL 2026 season with Delhi Capitals.

The endorsement from veterans like Rayudu and Boucher suggests that KL Rahul has successfully transitioned his game to meet the increasing demand for high strike rates in the IPL. By pairing a high volume of runs with a strike rate above 170, Rahul is positioning himself as a prototype for the modern T20 opener, moving beyond the traditional 'anchor' role to become a primary aggressor.