Skip to main content

India’s highways could be used as runways

The Indian Air Force (IAF) is suggesting that new highways could also be designed as backup runways for its air defence fleet. The first highway to be constructed so that it could also be used as a runway is likely to be the 302km Lucknow-Agra Expressway. This route will be operational by the end of 2016. The IAF has been working on plans to build emergency runways and has been developing solutions for mobile logistics support. It has also been researching suitable road sections and the minimum infrastr
May 18, 2016 Read time: 2 mins
The Indian Air Force (IAF) is suggesting that new highways could also be designed as backup runways for its air defence fleet. The first highway to be constructed so that it could also be used as a runway is likely to be the 302km Lucknow-Agra Expressway. This route will be operational by the end of 2016.

The IAF has been working on plans to build emergency runways and has been developing solutions for mobile logistics support. It has also been researching suitable road sections and the minimum infrastructure requirements needed. The plans have been shared with India’s Ministry of Road Transport and Highways. The runways would serve as alternative runways for operations if key IAF air force bases were to be attacked.

The idea of using a highway as a temporary runway is by no means new. The first stretches of Germany’s Autobahn system were constructed in the 1930s and these were considered from the outset as being suited to use as temporary runways. During the latter part of WWII, a number of Autobahn sections were used as temporary runways, particularly for fighter operations. Other countries too have used sections of highway at times for military aircraft.

Related Content

  • Indian quarry boosts wear life and output
    June 20, 2016
    An Indian quarry facility has seen increased uptime and gains in overall efficiency due to the installation of new wear components in its crushing system Installing new distributor plates in this Indian granite quarry has increased its plate operational lifetime by 400-500%. Panchami Stone has fitted the unique HX900 plates to the 85 HP rotor of its Sandvik Construction CV218 VSI, reducing its replacement costs by 50%. The Panchami Stone granite quarry is located 60km from Bangalore, in the south of I
  • Building a major Turkish highway project
    August 15, 2018
    The North Marmara Motorway Project in Turkey has been a major focus for project financing, as well as for novel technical solutions for its construction. This mega infrastructure project is intended to boost transport connectivity between the European and Asian sides of Turkey International law firm Winston & Strawn LLP has advised on major project financing for two sections of the highway. The structure for implementation of the Project is based on the build-operate-transfer (BOT) concession model. The
  • Central Ring Road to become one of most important projects in modern history of road-building in Russia
    December 16, 2014
    Moscow’s new ring road will provide a major economic boost and tackle congestion - Eugene Gerdner writes The Russian Government has officially started building of the Central Ring Road (CRR), one of the largest infrastructural projects in the modern history of the country. Total volume of investments in the project is estimated at more than US$7.2 billion (300 billion RUB). Building of the road should be completed by the World Cup 2018 and will be carried out as part of the existing state program ‘The de
  • Efkon India wins four tolling and ITS contracts
    April 30, 2012
    Austria-headquartered Efkon Group has announced that its Efkon India subsidiary has received four prestigious tolling and ITS contracts valued at some US$8.8 million in total. The company has received a repeat contract from Oriental Structural Engineers to provide the complete ITS product-mix for the Nagpur Bypass project. This contract includes the delivery of advanced traffic management systems (ATMS) for 117 kms and 44 lanes of semi-automatic toll system integrated with a weigh-in-motion (WIM) system. Ef