Nishad Kumar wins second gold at Asian Para Games, sets High Jump T47 Games Record
Synopsis
Key Takeaways
India's Nishad Kumar claimed his second gold medal at the 2026 Asian Para Games in Nagoya on Tuesday, 20 October, clearing 2.04 metres in the Men's High Jump T47 final at the Nagoya City Mizuho Park Athletic Stadium — a new Games Record that surpassed the previous mark set eight years ago.
A Record-Breaking Clearance
Nishad's winning jump of 2.04m eclipsed the old Games Record of 2.01m, which had belonged to Thailand's Angkarn Chanaboon since the Jakarta 2018 Asian Para Games. Nishad cleared the bar on his first attempt at each of the heights 1.98m, 2.02m, and 2.04m, having already bypassed six lower heights — 1.60m, 1.65m, 1.70m, 1.75m, 1.80m, and 1.85m — before entering competition at 1.88m.
Notably, Nishad holds the Asian record of 2.14m, set at the World Para Athletics Championships 2025 in New Delhi. The world record of 2.16m belongs to America's Roderick Townsend-Roberts.
Podium Standings
Uzbekistan's Muhammadabdulloh Tursunjonov claimed silver with a personal-best jump of 1.94m. Thailand's Chanaboon, the former Games Record holder, had to settle for bronze with 1.75m — well short of his own historic mark.
Double Gold Across Two Disciplines
Nishad had earlier secured gold in the Men's T47 Long Jump at the same Games, recording 7.11m twice during the final to dominate a discipline that remains secondary to his speciality. The long jump gold underscored his all-round athleticism — a statement that went well beyond his primary event.
A Decorated Para Athlete
Nishad is one of India's most accomplished para athletes. He has won silver medals at both the Tokyo Paralympics and the Paris Paralympics in the High Jump T47. He added a gold at the 2025 World Para Athletics Championships in New Delhi and had previously won gold at the Hangzhou 2023 Asian Para Games in the same event. The Nagoya gold is his latest milestone in a career that continues to redefine what Indian para athletics can achieve on the continental and global stage.