Border Flood Restoration Project – Jammu Frontier (Part-II)

As part of the large-scale restoration initiative along the Indo–Pakistan Border under the Jammu Frontier, VRC Group is executing Part-II of the Border Infrastructure Restoration Project, focusing on the reconstruction of lateral roads, bundhs, and associated road infrastructure damaged due to severe flooding.

The project involves rebuilding critical support infrastructure that ensures operational accessibility and stability along the border region. These works are essential for restoring connectivity, strengthening embankments, and supporting the functioning of the security fencing system across the affected districts of Jammu, Kathua, and Samba.

With a contract value of ₹84,59,15,306.00, the project is scheduled for completion within 6 months, as per the Letter of Acceptance dated 10.02.2026. This assignment highlights VRC Group’s capability to undertake time-sensitive infrastructure restoration in strategically significant and environmentally challenging areas.

Project Overview

This project forms an integral part of the broader flood restoration programme along the Indo–Pak Border. While earlier works focused on fencing reconstruction, Part-II emphasises rebuilding lateral roads, bundhs, and other allied road infrastructure that support border operations and movement.

The works are designed to restore structural stability, improve terrain accessibility, and reinforce the resilience of infrastructure affected by extreme weather conditions.

Key Objectives

Border Connectivity Restoration

Reconstruction of lateral roads and access routes to ensure uninterrupted movement along the border corridor.

Strengthening of Bundh Infrastructure

Development and reinforcement of bundhs to improve terrain stability and flood resilience.

Infrastructure Rehabilitation

Restoration of critical border support infrastructure damaged due to inclement weather conditions.

Time-Bound Execution

Completion of works within the stipulated 6-month schedule while maintaining engineering and safety standards.

Project Details