Lahore, 30 September 2024: The Pakistan vs England three-match Test series, part of the ICC World Test Championship 2023-25, will be held from 7 to 28 October in Multan and Rawalpindi. Tickets go on sale online today at 1700 PST via PCB’s official platform, PCB.tcs.com.pk, while physical tickets will be available from 4 October at designated outlets.

The series will see Pakistan playing the first two Tests at Multan Cricket Stadium (7-19 October), followed by the third Test at Rawalpindi Cricket Stadium (24-28 October). Box offices outside both venues will be operational a day prior to the matches for last-minute ticket purchases.

To attract large crowds, there will be free entry to the general enclosures (Hanif Muhammad, Mushtaq Ahmed) on the opening day of both Tests in Multan. Similarly, fans will enjoy free access to premium enclosures (Miran Baksh, Shoaib Akhtar, Sohail Tanvir, Yasir Arafat) on the first day of the third Test in Rawalpindi.

Ticket prices are kept affordable to ensure accessibility for all. General enclosure tickets start at PKR 50 for days 2 to 4 of the Tests, while tickets for the fifth day will cost PKR 100. First-class enclosures (Wasim Akram, Elahi Brothers) range from PKR 100 to PKR 200, and premium enclosures (Javed Miandad, Zaheer Abbas) are priced between PKR 200 and PKR 300 depending on the day. VIP enclosure tickets (Fazal Mahmood, Imran Khan) cost PKR 300 to PKR 400, and the exclusive PCB Gallery (Inzamam ul Haq) tickets, which include lunch, are priced at PKR 2,000 to PKR 2,500.

For the second Test (15-19 October), the pricing structure remains consistent, with affordable rates aimed at encouraging fans to attend. Similarly, for the third Test at Rawalpindi, free entry will be provided on the first day, with premium and VIP enclosure tickets ranging from PKR 200 to PKR 500 for the remaining days.

Only printed tickets from designated TCS centers will be accepted at entry gates.

Grab your tickets today and be part of the thrilling Test series between Pakistan and England! Sources PCB