<p>New Delhi: The Indian Air Force (IAF) is likely to receive an advanced version of an indigenous beyond-visual-range (BVR) missile in another two years as all the trials of Astra Mk-2 are likely to be completed by 2026, defence sources said.</p><p>The missile, with a range of 140 km plus, would be one of the most lethal weapons that the home grown fighter jet Tejas Light Combat Aircraft will use.</p><p>“A series of development and user trials for Astra Mk 2 are planned next year. All the trials will be over by 2026 when the missile will be ready for induction,” sources told <em>DH</em>.</p><p>Developed by the Defence Research and Development Organisation (DRDO), the Astra Mk-1 that the IAF currently uses, has a range of 80-110 km.</p><p>The range will be enhanced to over 140 km in Astra Mk-2, for which a few design modifications have been made.</p>.More assembly lines needed on Tejas LCA, says IAF chief; HAL looks at fresh deadline for deliveries.<p>An air-to-air missile with BVR capability provides large stand-off ranges to IAF fighter jets which can neutralise the enemy aircraft without exposing themselves to adversary air defence measures, thereby gaining and sustaining air space superiority.</p><p>The missile is capable of destroying highly-manoeuvrable supersonic aerial targets, officials said.</p><p>More than two years ago, the defence ministry signed a Rs 2,971 crore contract with Bharat Dynamics Limited, Hyderabad for the supply of an unspecified number of Astra Mk-1 missiles and launchers to the IAF and Indian Navy.</p><p>Initially the missile was integrated with the Su-30 MK-I fighter aircraft but later it was successfully launched from the homegrown Tejas Light Combat Aircraft. The missile can also be used in the naval MiG-29K fighters that operate from the decks of the aircraft carriers.</p><p>Last year one of the first generation Tejas LCA successfully fired an Astra Mk-1 missile off Goa from an altitude of 20,000 ft. “BDL is now in the process of integrating the missile to the Tejas fleet,” sources added.</p>
<p>New Delhi: The Indian Air Force (IAF) is likely to receive an advanced version of an indigenous beyond-visual-range (BVR) missile in another two years as all the trials of Astra Mk-2 are likely to be completed by 2026, defence sources said.</p><p>The missile, with a range of 140 km plus, would be one of the most lethal weapons that the home grown fighter jet Tejas Light Combat Aircraft will use.</p><p>“A series of development and user trials for Astra Mk 2 are planned next year. All the trials will be over by 2026 when the missile will be ready for induction,” sources told <em>DH</em>.</p><p>Developed by the Defence Research and Development Organisation (DRDO), the Astra Mk-1 that the IAF currently uses, has a range of 80-110 km.</p><p>The range will be enhanced to over 140 km in Astra Mk-2, for which a few design modifications have been made.</p>.More assembly lines needed on Tejas LCA, says IAF chief; HAL looks at fresh deadline for deliveries.<p>An air-to-air missile with BVR capability provides large stand-off ranges to IAF fighter jets which can neutralise the enemy aircraft without exposing themselves to adversary air defence measures, thereby gaining and sustaining air space superiority.</p><p>The missile is capable of destroying highly-manoeuvrable supersonic aerial targets, officials said.</p><p>More than two years ago, the defence ministry signed a Rs 2,971 crore contract with Bharat Dynamics Limited, Hyderabad for the supply of an unspecified number of Astra Mk-1 missiles and launchers to the IAF and Indian Navy.</p><p>Initially the missile was integrated with the Su-30 MK-I fighter aircraft but later it was successfully launched from the homegrown Tejas Light Combat Aircraft. The missile can also be used in the naval MiG-29K fighters that operate from the decks of the aircraft carriers.</p><p>Last year one of the first generation Tejas LCA successfully fired an Astra Mk-1 missile off Goa from an altitude of 20,000 ft. “BDL is now in the process of integrating the missile to the Tejas fleet,” sources added.</p>