Patiala, April 28: In a major security breakthrough, Patiala Police have busted an alleged Pakistan’s ISI-backed pro-Khalistani terror module behind a late-night attempted detonation on a railway track near Shambhu, arresting four accused and recovering a cache of arms, including a hand grenade and two pistols.
The arrested individuals have been identified as Pardeep Singh Khalsa (Mansa), Kulwinder Singh alias Bgga (Mansa), Satnam Singh alias Satta (Tarn Taran), and Gurpreet Singh alias Gopi (Tarn Taran). Police said all four are habitual offenders with multiple criminal cases registered against them.
According to officials, the operation was carried out within 12 hours of the incident. The accused were found in possession of one hand grenade, two .30 bore pistols with ammunition, sophisticated communication devices, and laptops allegedly used to coordinate with handlers.
Addressing the media, DIG Patiala Range Kuldeep Chahal and SSP Patiala Varun Sharma said the module was actively involved in subversive activities and was planning further attacks on public infrastructure and property. Preliminary investigation indicates the group had already carried out a low-intensity IED blast on the main railway line near Shambhu station.
Police identified Pardeep Singh Khalsa as the kingpin, allegedly maintaining links with Malaysia-based pro-Khalistani elements and Pakistan-based arms suppliers. He is also accused of sending radicalised youth to Malaysia for terror training before deploying them for operations.
Officials further revealed that Khalsa had formed an organisation named “Chalda Vaheer Chakarwarti, Attariye” to expand the network and recruit members.
A case has been registered under FIR No. 76 dated April 28, 2026, at Police Station Kotwali, Patiala. Charges include Section 111 of the Bharatiya Nyaya Sanhita (BNS), provisions of the Explosive Act, Arms Act, and multiple sections of the Unlawful Activities (Prevention) Act (UAPA).
Police said further investigation is underway to uncover the wider network and prevent potential threats.