MMA journalist Ariel Helwani has reported that the UFC is developing a fight between Conor McGregor and Max Holloway for July 11. This represents a potential rematch of their 2013 featherweight bout, which McGregor won by decision. The fight would mark McGregor's return to action and would be a significant matchup given both fighters' current statures in the sport. No official confirmation has been made by the UFC at this time. The post characterizes this as information coming directly from Helwani's reporting.
According to MMA journalist Ariel Helwani, the UFC is working on a fight between Conor McGregor and Max Holloway targeted for July 11, though no official confirmation has been issued by the promotion.

The matchup would serve as a rematch of the pair's original 2013 featherweight meeting, which McGregor won by decision. For McGregor, it would represent a long-awaited return to competition. The Irishman, now 37, carries a professional record of 22-6 and fights out of SBG Ireland. Standing five-foot-nine with a reach of 74 inches, the southpaw striker posts a significant strike accuracy of 49 percent and lands 5.32 significant strikes per minute across his career.
Holloway arrives in very different form. The 34-year-old American, known as "Blessed," is ranked fourth in the lightweight division and ninth in the pound-for-pound standings, with a record of 27-9. He is one of the most prolific strikers in UFC history, landing 7.2 significant strikes per minute at 48 percent accuracy. Standing five-foot-eleven with a 69-inch reach, Holloway fights out of Gracie Technics and has built his reputation through relentless volume and output.

Why it matters
- McGregor has not fought in years, making any confirmed return a major commercial event for the UFC
- Holloway enters as a ranked lightweight contender, giving the bout genuine divisional weight beyond nostalgia
- The stylistic contrast is sharp: McGregor's southpaw precision against Holloway's high-volume orthodox pressure
- A win for either fighter carries significant pound-for-pound and lightweight implications





