Ishaq Dar Praises Successful Test of Indigenous Fa’az Missile System

ISLAMABAD (Special Correspondent) – Deputy Prime Minister and Foreign Minister Ishaq Dar on 4 November 2026 congratulated the Pakistan Air Force (PAF), along with the nation’s scientists and engineers, following the successful flight test of Pakistan’s first indigenously developed Fa’az air-to-air missile. This development marks a significant achievement in the country’s pursuit of sovereign defence technology and self-reliance capabilities.
Key Points
- Deputy Prime Minister Ishaq Dar lauded the Pakistan Air Force, scientists, and engineers for the successful test.
- The Fa’az missile represents the first indigenously developed air-to-air weapon system for the country.
- The test is being hailed as a major milestone in strengthening national defence infrastructure.
Strategic Milestone in Indigenous Defence
In a formal statement shared on X, the Deputy Prime Minister expressed his pride regarding the technological advancement, describing the successful flight test of the Fa’az missile as a proud moment for the nation. He emphasized that this milestone is critical in bolstering national security and demonstrates the growing technical expertise within the domestic defence sector.
The integration of indigenous systems such as the Fa’az missile is expected to enhance the operational readiness of the Pakistan Air Force. Officials noted that the project reflects the government’s commitment to reducing dependence on foreign military hardware by fostering local innovation and engineering excellence.
Frequently Asked Questions
What did the government announce regarding the Fa’az missile?
Deputy Prime Minister Ishaq Dar announced the successful flight test of Pakistan’s first indigenously developed Fa’az air-to-air missile, marking a key advancement in local defence production.
Who was commended for this achievement?
Ishaq Dar extended his congratulations to the Pakistan Air Force, as well as the scientists and engineers who demonstrated technical expertise in developing the new missile system.