2 Shooters, 3 gang associates Held In Rajpura Firing

Major Breakthrough after an intense highway chase

by The_unmuteenglish

Patiala, July 2: The Patiala Police on Thursday solved the June 26 shooting incident at a local property dealer’s office by arresting two suspected shooters after an encounter, alongside three associates linked to the notorious Goldy Dhillon gang. Special operational teams from the CIA Patiala, CIA Samana, and CIA Rajpura tracked down the suspects following a coordinated intelligence-led pursuit. The dynamic operation has dealt a significant blow to organized extortion syndicates operating across the region.

The suspects were cornered by police teams during a vehicle pursuit but chose to open fire on the law enforcement personnel instead of surrendering. The police party fired back in self-defense, injuring one of the armed suspects before successfully taking both individuals into custody.

“The arrested shooters were identified as Paramjeet Singh alias Pamma and Jaskaran Singh, both residents of Hamira village in Kapurthala district,” Patiala Senior Superintendent of Police Varun Sharma stated. He declared that the three arrested associates were responsible for organizing local logistics, shelter, and weapons to execute the daylight attack.

The investigation began immediately after multiple gunshots were fired at the commercial office of Lakshmi Property Dealer in Rajpura late last month. Following the panic-inducing event, gangster Goldy Dhillon reportedly posted a message on social media claiming responsibility and issuing direct threats to the local Rajpura legislator and her son.

The law enforcement agency has intensified its crackdown on these network fragments over the last several months to ensure public safety. Senior Superintendent Sharma asserted that the district police have arrested 19 active members of the same gang over the past eight months. He maintained that the department holds a firm zero-tolerance policy against organized crime and extortion, with further investigations underway to uncover additional linkages.

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