The second version of the Legends League Cricket will now be performed in India as an alternative of Oman. The identical was confirmed by the event organizers on July 23 (Saturday). In accordance with the organizers, the choice has been taken as a result of massive fan base within the nation.
The second version of LLC is slated to begin on September 20 with veteran gamers from 9 different nations aside from India participating within the event. Nonetheless, the grounds for the event are but to be determined and the ultimate choice might be taken quickly.
We acquired requests from followers to carry the event in India: LLC CEO Raman Raheja
Raman Raheja, Co-Founder, and CEO, of Legends League Cricket, mentioned, “We’ve been always receiving requests from followers to carry the sequence in India and we’re excited to convey the Legends League second season again dwelling. We’ve the utmost variety of cricket followers right here in India.”
“The primary season had most viewership from India, adopted by Pakistan and Sri Lanka adopted by the remainder of the world. We hope to offer a greater expertise to our viewers and cricket fanatics. We’re positive that the cricketing followers will rejoice in our choice to shift the bottom to India as the joy of watching dwell cricket can’t be matched,” he added.
A number of legends of the sport who’ve contributed closely to their nation within the cricketing area might be seen in motion within the event. Distinguished batters Virender Sehwag, Shane Watson, Eoin Morgan, Irfan Pathan, Yusuf Pathan, Muttiah Muralidaran, and Monty Panesar amongst others have confirmed their participation. Equally, Harbhajan Singh, former Bangladesh captain Mashrafe Mortaza, Denesh Ramdin, and Lendl Simmons have additionally given their availability for the upcoming T20 event.
There was some experiences of Board of Management for Cricket in India (BCCI) president Sourav Ganguly participating within the event. Nonetheless, the left-handed batter had cleared that he won’t be taking part within the upcoming event.
