Birdie-X proves local expertise ready to lead national defense technology
Translated from Malay, summarized and contextualized by DistantNews.
At a glance
- Malaysia has developed its first national laser anti-drone system, Birdie-X, marking a significant advancement in domestic defense technology.
- The Birdie-X system was developed through a strategic collaboration between the Royal Malaysian Air Force (TUDM), the Defence Science and Technology Research Institute (STRIDE), and local company Benua Defence Sdn. Bhd.
- This development signifies Malaysia's readiness to produce high-tech military technology and reduces reliance on imported defense assets.
Malaysia has achieved a new milestone in its defense landscape with the development of Birdie-X, the nation's first laser-powered drone destroyer. This innovative system is specifically designed to counter the increasingly complex threat posed by unmanned aircraft systems (UAS).
The creation of Birdie-X represents a significant paradigm shift in domestic defense capabilities. This success is the result of a strategic partnership involving the Royal Malaysian Air Force (TUDM), the Defence Science and Technology Research Institute (STRIDE), and a local firm, Benua Defence Sdn. Bhd. The collaboration underscores Malaysia's growing expertise in developing advanced military technology.
This achievement demonstrates that local expertise is now capable of undertaking the responsibility of building high-technology military systems. It is a crucial step towards reducing the country's complete dependence on imported defense assets and fostering greater self-reliance in the defense sector.
The development of Birdie-X is a testament to Malaysia's commitment to advancing its technological prowess and ensuring its national security through indigenous innovation. The system is poised to bolster the nation's defense against evolving aerial threats.
Originally published by Utusan Malaysia in Malay. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.