The consultant for the Murree glass train project has advised the Capital Development Authority (CDA) to extend the planned route toward Islamabad International Airport via Faizabad. This proposal emerged during recent discussions between Punjab government officials, Nespak, and CDA authorities as preparations for the project’s next phase gain momentum.
The Punjab government is preparing to launch the glass train service from Lake View Park and the Bhara Kahu bypass to Murree. The feasibility study for the project has already been completed, outlining a 40-kilometre elevated track from the Bhara Kahu bypass to Pindi Point in Murree. The proposed extension would enhance connectivity, making the train accessible to airport travelers and improving overall commuter convenience.
Last month, a delegation from Punjab, led by Chief Minister’s Adviser Shahid Ashraf Tarar, met CDA Chairman Mohammad Ali Randhawa and board members to discuss the extension. Both sides agreed that Nespak would assist the CDA in completing the pre-feasibility stage.
Following the assessment, Nespak recommended using the existing metro track between Islamabad International Airport and Faizabad for the elevated monorail portion. Additionally, a 13-kilometre stretch from Faizabad to the Bhara Kahu bypass would be constructed to connect with the main station planned between Lake View Park and the bypass.
Looking ahead, the route could be further extended from Rawat to Faizabad along the Expressway to integrate with the monorail at Faizabad, providing a seamless corridor for commuters and tourists alike.
A CDA board member confirmed the discussions and stated that the authority will now move toward a full feasibility study based on Nespak’s recommendations.
Punjab Chief Minister Maryam Nawaz has repeatedly emphasized the importance of launching the glass train service promptly, assuring residents of Murree that work will begin soon. The project aims to provide a modern, scenic, and efficient transportation option while boosting tourism and regional connectivity.
