Royal Challengers Bengaluru (RCB) have announced a significant addition to the roster as renowned English cricketer Danielle Wyatt- Hodge joins the team in a cash trade ahead of WPL 2025.
Danielle Wyatt, known for her explosive batting and dynamic fielding, will bring a wealth of experience and talent to RCB.
"With a proven track record in international cricket, she is poised to make a remarkable impact on the team as we aim for a yet again successful campaign in the upcoming season," said Luke Williams, Head Coach, Royal Challengers Bengaluru, Women's Team.

Danielle Wyatt has shown impressive form in her recent matches, consistently contributing to her team's success. In the limited-overs format, she has accumulated a solid number of runs, often averaging between 30 to 40, with her highest scores reaching the 50 to 80 range. Her aggressive batting style is reflected in her strike rates, typically above 100 in ODIs and exceeding 130 in T20Is.
Her performance in T20 internationals has also been noteworthy, where she has scored hundreds of runs while maintaining a healthy average and showcasing her ability to accelerate the innings when needed. Additionally, Wyatt's fielding has been a significant asset, with several catches and run-outs to her name, highlighting her quick reflexes and athleticism on the field.
Overall, Wyatt's recent performances demonstrate her status as a key player, making impactful contributions in crucial moments and enhancing the team's competitive edge added Luke Williams.
"Danielle is a game-changer and a phenomenal athlete," said Smriti Mandhana, Captain, Royal Challengers Bengaluru. "Her skills and competitive spirit align perfectly with our team's vision. We are excited to welcome her to the RCB and look forward to the energy she will bring to the squad", she added.
The RCB management is committed to building a strong, competitive team that embodies the spirit of our fans and the passion for cricket. Danielle's arrival is a testament to our dedication to enhancing our performance on the field.