Madhya Pradesh secured a convincing win over Bihar in the Ranji Trophy on 26 October 2026, with the bowlers delivering a dominant performance. The match, played at the Vidarbha Cricket Association Ground, saw the home side bowl out the visitors for 99 runs, setting up a comfortable chase.
Avesh Khan, the fast bowler who last represented India in 2024, opened the innings with a spectacular start, claiming two wickets in the very first over. Over the course of the match he added a further six wickets, bringing his tally in the tournament to eight across three innings. Saransh Jain, the spinner, followed with a match‑winning spell, taking seven wickets for 40 runs and reducing Bihar to 99.
The Ranji Trophy 2026-27 remains a focal point for domestic cricket, with teams vying for a place in the final stages. Madhya Pradesh’s performance, highlighted by Khan’s early wickets and Jain’s seven‑for‑40, positions them strongly in the group. The tournament’s competitive nature is underscored by the recent national selections, where players like Jain have been called up for Tests against Sri Lanka.
Looking ahead, further confirmations and official statements on the Ranji Trophy are expected before the next set of competitive fixtures. The board’s announcements will clarify the remaining fixtures and any changes to the schedule, ensuring teams and fans remain informed as the tournament progresses toward its climax.
Jain’s figures of 7 for 40 represent his best performance in a first‑class innings, a milestone that underscores his skill as a spinner. The haul not only dismantled Bihar’s batting line‑up but also gave Madhya Pradesh a decisive advantage, reinforcing the team’s position in the league table.
The result confirms Madhya Pradesh’s strong form in the current season and sets the stage for the remaining matches in the Ranji Trophy. With key bowlers performing at a high level, the team is poised to challenge for top positions as the tournament moves into its later phases. Fans and analysts will watch closely to see how the momentum carries forward.