Singapore to test missiles in India
The Singapore and Indian ministries of defence inked a letter of intent on 20 November, concluding an MoU to facilitate the use of India’s Chandipur Integrated Test Range by the Singapore Armed Forces (SAF). The deal was signed at the 4th Defence Ministers’ Dialogue between India and Singapore.
Singapore’s Defence Minister Ng Eng Hen said Singapore can use the range to test systems like the Rafael SPYDER surface-to-air missile, something which would be impossible to do in Singapore.
Facing the Bay of Bengal, the Chandipur Integrated Test Range is managed by the Defence Research and Development Organisation, and it has
Already have an account? Log in
Want to keep reading this article?
More from Land Warfare
-
Lockheed nets $4.9 billion US Army contract to build more precision strike missiles
The PrSM missiles, known as Increment 1 weapon systems, will eventually replace the US Army’s Army Tactical Missile Systems (ATACMS).
-
US Army to field first human-machine platoon in two years
The Rapid Capabilities and Critical Technologies Office plans to deploy armoured and infantry platoon configurations around FY2027.
-
Avalon 2025: Hanwha signs engine deal with Penske for Redback IFVs
Penske Australia will also carry out local assembly and testing of Allison X1100 series cross-drive transmission under licence using kits supplied by South Korea's SNT Dynamics.
-
Ovzon trials UGV comms in Arctic conditions
Swedish company showcases Arctic UGV test as it eyes NATO defence market expansion.
-
US Army Project Convergence to evaluate CJADC2 in the Indo-Pacific theatre
As part of its experimentation campaign, the service will assess CJADC2 concepts and capabilities in challenging environments.
-
Avalon 2025: Hanwha outlines tight schedule for Redback deliveries
The Hanwha Armoured vehicle Centre of Excellence (H-ACE) is a A$225 million (US$142 million) factory being built beside Avalon Airport near Melbourne, Australia, despite a substantial drop in the number of vehicles originally planned to be produced.