All weather transit achieved as historic Zojila Tunnel project hits final breakthrough milestone

ZOJILA, JUNE 9, 2026 :- The strategic infrastructure landscape of northern India reached a monumental milestone today with the final structural breakthrough of the Zojila Tunnel. Jammu and Kashmir Lieutenant Governor Manoj Sinha, alongside Union Minister for Road Transport and Highways Nitin Gadkari, attended the landmark event marking the completion of excavation for what stands as Asia’s longest bi-directional tunnel.

The breakthrough officially sets the stage for uninterrupted, year-round transit between the Kashmir Valley and the high-altitude region of Ladakh.Nestled beneath the formidable Zojila Pass at an altitude exceeding 11,500 feet, the single-tube, two-lane engineering marvel spans a height of 7.57 metres to connect Ganderbal in Kashmir directly with Drass in Ladakh.

Once fully operational, the all-weather passage will eliminate the grueling seasonal isolation that cuts off Ladakh for nearly six months every winter due to heavy snowfall and avalanches. Beyond providing a smoother and safer commute through the treacherous Himalayan terrain, the tunnel is expected to drastically cut down travel times and yield massive fuel savings for commercial and private vehicles alike.

The completed project is anticipated to function as a vital economic lifeline, accelerating regional development by stabilizing local supply chains and unlocking the immense potential for winter tourism in both union territories. Crucially, the permanent link offers immense strategic value to the Indian Armed Forces, ensuring the seamless, unhindered movement of troops, heavy machinery, and essential supplies to sensitive border outposts regardless of weather conditions.

Constructed with an investment of Rs 6,809.69 crore, the comprehensive infrastructure corridor covers a total distance of 30.18 kilometres, integrating a 13.153-km main tunnel with 17.030 kilometres of engineered approach roads.

To overcome the fragile and unpredictable alpine geology, engineers utilized the highly specialized New Austrian Tunneling Method. The state-of-the-art facility features advanced safety integrations, including a automated Supervisory Control and Data Acquisition smart tunnel system, continuous CCTV monitoring, dedicated radio communication channels, high-efficiency ventilation, and an uninterrupted power backup grid.