Advance bookings for Ustaad Bhagat Singh in North America are currently showing a slower trend than expected. The film stars Pawan Kalyan and is directed by Harish Shankar.
Early trade estimates had projected that the film could open with around $1.5 million in North America premieres, making it one of the biggest overseas openings of the year.
However, the current advance booking trend suggests a much slower pace than anticipated.
Advance Bookings Slow After Initial Start
Advance bookings for Ustaad Bhagat Singh opened a few days ago and showed a decent first-day response. However, the momentum did not continue in the following days.
Bookings remained relatively low across major locations in the USA, preventing the film from building the expected pre-release momentum.
Trailer Release Fails to Boost Sales
Trade circles expected the film’s trailer to provide a major push to overseas advance bookings, which is a common trend for big-ticket releases.
The trailer for Ustaad Bhagat Singh was released recently but did not create the strong jump in bookings that many industry observers anticipated.
A similar situation occurred earlier with OG, another Pawan Kalyan film that needed a strong promotional push to boost North American bookings.
Currently, Ustaad Bhagat Singh has recorded around $200K in North America premiere pre-sales, which is considered low for a film with such high expectations.
Final Days Critical for Premiere Numbers
With three days left before release, Ustaad Bhagat Singh now needs a significant jump in bookings to reach a respectable premiere figure.
The current trend is notably slower compared to earlier Pawan Kalyan releases, where overseas advance bookings usually crossed major milestones well before release.
Based on the present trend, trade analysts estimate that the film could open at around $750K in North America premiere collections, unless bookings witness a strong surge in the final days.
Industry watchers are closely monitoring the weekend booking patterns to see whether Ustaad Bhagat Singh can regain momentum before release.