Indian security forces and emergency responders rescued nearly 300 [1] tourists after a technical fault stranded cable cars mid-air in Gulmarg.
The incident highlights the inherent risks of high-altitude tourism infrastructure and the critical reliance on military and police coordination for emergency evacuations in rugged terrain.
The Gulmarg Gondola system halted abruptly due to a technical fault in the cable-car mechanism [1, 2]. This failure left passengers suspended in cabins over the mountains of Jammu and Kashmir, creating a precarious situation for the tourists on board.
A coordinated rescue operation was launched immediately to evacuate the stranded passengers. The mission involved the Jammu and Kashmir Police, the State Disaster Response Force (SDRF), and the Indian Army’s 9 Rajputana Rifles [1, 2]. These teams worked together to reach the suspended cabins and safely bring the passengers back to ground level.
According to reports, nearly 300 [1] people were affected by the outage. The rescue teams utilized specialized equipment and tactical maneuvers to ensure that no passengers were injured during the descent from the stalled cars.
The operation continued throughout the day as teams navigated the technical challenges of the gondola system. The rescue effort concluded at around 8 p.m. [1] on the day of the incident.
Local authorities have not yet released a detailed report on the specific nature of the technical fault. However, the successful evacuation of all passengers prevented a potential tragedy in one of India's most popular tourist destinations.
“Nearly 300 tourists were stranded mid-air due to a technical fault.”
The incident underscores the vulnerability of critical tourism infrastructure in mountainous regions. The involvement of the Indian Army's 9 Rajputana Rifles demonstrates that in high-risk zones like Jammu and Kashmir, military assets are often the primary redundancy for civil disaster response. This event may prompt a review of safety protocols and maintenance schedules for the Gulmarg Gondola to prevent future technical failures.
