Indian shotgun squad of 12 heads to Almaty for second ISSF World Cup stage
Synopsis
Key Takeaways
A 12-member Indian shotgun squad is set to compete at the second International Shooting Sport Federation (ISSF) World Cup stage in Almaty, Kazakhstan, with team arrivals beginning on Saturday, May 3, 2026. The event will run for 10 days, featuring 284 athletes from 42 national Olympic committees competing across five Olympic shotgun disciplines.
Competition Schedule and Events
Men's and women's skeet qualifiers kick off on Monday, May 4, 2026, with finals following on Tuesday, May 5. The two trap finals are scheduled for May 9, while the mixed team trap final — the fifth and final event — concludes on Saturday, May 10, 2026. Eight members of the Indian contingent are competing as RPO (ranking points only) shooters, a designation that affects their seeding and classification.
India's Opening Day Lineup
The Indian challenge begins with three senior Olympians on day one: Mairaj Ahmad Khan and Anantjeet Singh Naruka in men's skeet, and Raiza Dhillon in women's skeet. All three are competing in international action for the first time this calendar year, having prepared extensively since the squad's previous outing in Tangier, Morocco, in March 2026.
Competitive Landscape
India faces a formidable field led by Italy's dominant shotgun contingent, with strong representation from Finland, Denmark, Czech Republic, Cyprus, Greece, Peru, and Qatar. Host nation Kazakhstan brings a quality squad, while China and Russia — the latter competing as Individual Neutral Athletes (AIN) — add further depth to the competition. Notably, this is the Indian team's second World Cup stage of the season, following their March campaign in Morocco.
Path Forward
Success in Almaty would position Indian shooters favourably in the ISSF rankings ahead of upcoming continental and world championships. The squad's performance will also serve as a barometer for Olympic preparations, with several athletes eyeing podium finishes to strengthen their credentials for future selection.