• Home
  • Match Hub
  • Kensington Oval Stadium Weather Report For Nam Vs Omn T20 World Cup Match

Kensington Oval Stadium Weather Report For  NAM Vs OMN T20 World Cup Match

Kensington Oval in Barbados [X] Kensington Oval in Barbados [X]

The excitement around the ninth edition of the ICC Men’s T20 World Cup is palpable, especially with its expansion to a 20-team tournament for the first time in its history. 

One of the early matches in this landmark tournament will see Namibia face off against Oman in the third match. This game is scheduled to take place at the iconic Kensington Oval in Bridgetown, Barbados, on June 3, 2024.

Namibia's rise in cricket under the leadership of Gerhard Erasmus is a remarkable achievement. 

Their journey to the ICC Men’s T20 World Cup 2024 has been paved with impressive victories, notably against Zimbabwe and Uganda, which secured their top spot in the World Cup Africa region qualifiers. 

In contrast, Oman has undergone a significant leadership change with Aqib Ilyas Sulehri taking over from Zeeshan Maqsood. Oman's lineup includes several impactful players capable of making a difference in the tournament, reflecting their strategic depth and cricketing skills.

So ahead of this match, let's take a look at the weather report of Bridgetown, Barbados. 


Kensington Oval Stadium Weather Report

Kensington Oval Stadium Weather Report (worldweatheronline.com)Kensington Oval Stadium Weather Report (worldweatheronline.com)


The weather in Bridgetown will be mostly cloudy and humid during the match day. The temperature will range between 27 to 31 degrees Celsius with chances of moderate downpours affecting the game. 

On Monday, Barbados's average temperature is expected to be 28°C with a slight wind blowing at the speed of 29 km/h. The humidity level is expected to be very high 78% so the fans and players are expected to stay hydrated. 

Although the cloud cover will be around 67% per cent, the chances of rain interrupting the game are minimal, ensuring a smooth and uninterrupted match.