Boxing fans are in for a thriller as Kayiwa Ali is set to square off with Fahim Mubiru in what is shaping up to be one of the most anticipated matchups of Sweet Science Reloaded, scheduled for 2nd August 2025 at Club Obligato, under the banner of Nara Promotions.

 Fighter Profiles: Experience vs. Momentum

According to their BoxRec records, this fight is more than just two rising Ugandan boxers meeting in the ring—it’s a clash of styles, records, and ambitions:

•  Kayiwa Ali [BoxRec ID: 1104318]
  Kayiwa has built a solid professional profile, known for his toughness and ability to withstand pressure. His ring craft and resilience make him a dangerous opponent for any rising star.
•  Fahim Mubiru [BoxRec ID: 1123237]
  Fahim, known for his aggressive and come-forward style, is riding a wave of momentum. Although still early in his pro career, Mubiru has shown flashes of brilliance and relentless pressure that have made him a crowd favorite.

Why This Fight Stands Out

This matchup is attracting attention because it represents a true test for both boxers. Kayiwa, with slightly more experience and ring maturity, is looking to stop the hype around Fahim. On the other hand, Mubiru is eager to prove he belongs at the top level by taking out a durable and respected opponent.

“This is a classic 50-50 fight,” said a spokesperson from Nara Promotions. “It’s the kind of bout where someone’s career takes a big leap forward—or suffers a major setback.”

Fans are also excited due to the stylistic contrast: Kayiwa’s calculated pace versus Mubiru’s pressure and volume. Add in the stakes—pride, rankings, and potential title implications—and it becomes clear why this bout is one of the main attractions of the night.

 Event Details

• Event: Sweet Science Reloaded
• Date: 2nd August 2025
• Venue: Club Obligato, Kampala
• Promoter: Nara Promotions

 Get your tickets early, because this fight promises fireworks and could very well steal the show at Sweet Science Reloaded. Stay tuned for full fight night coverage and post-bout analysis.