
India to become self-reliant in fighter jets in next few yrs: Expert
Berhampur: India is on track to achieve self-reliance in indigenously built fighter aircraft within the next few years, aviation scientist and Padma Shri award winner
said on Thursday in Berhampur.
Tired of too many ads? go ad free now
Addressing the media, the former programme director and chief designer of Tejas, the Light Combat Aircraft (LCA) said a robust manufacturing ecosystem has been developed and production technology significantly improved, enabling India to soon meet the Indian Air Force's requirements across all fighter categories.
"In the not-too-distant future, India will become an exporter of defence products to other countries," said Harinarayana, who was in Berhampur to attend the convocation of a private university.
He said the wider use of Tejas by the IAF has proven the importance of indigenous aircraft. Harinarayana, a former professor at the Defence Research and Development Organisation (DRDO), also noted that the IAF plans to replace its ageing MiG-series fleet — including MiG-21, 23 and 27 — in a phased manner, a move that would further boost the country's indigenous aerospace industry.
According to him, India demonstrated its defence capabilities by repelling Pakistan's recent attack following Operation Sindoor, which was launched in the aftermath of the terror attack in Pahalgam. The development and successful use of
during the operation, he said, reflected India's growing strength in the sector.
Harinarayana also hailed the successful test of Bhargavastra, a low-cost counter-drone system developed by Solar Defence and Aerospace Limited (SADAL), conducted on Wednesday at the seaward firing range in Gopalpur, Ganjam district. The system is designed to neutralise hostile drone swarms.
The 82-year-old scientist was conferred the Padma Shri in 2002 and named a distinguished scientist by the DRDO in 2007. He currently serves as chairman of the board of governors at IIT (BHU), Varanasi.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


India.com
8 hours ago
- India.com
Runway Eraser: How India's SAAW Can Cripple Pakistani Airbases With 100-Km Strike Range, Pinpoint Accuracy
photoDetails english 2915699 Updated:Jun 13, 2025, 10:57 PM IST What is SAAW? 1 / 7 SAAW is a 125-kg class long-range, stand-off, air-to-surface weapon capable of neutralizing enemy runways, bunkers, and radars from a safe distance of up to 100 km. Developed by DRDO's Research Centre Imarat, it combines lightweight design with heavy-hitting capability—an ideal blend for modern aerial warfare. The high precision guided bomb is light weight as compared to weapon system of the same class. The weapon was earlier successfully test fired from Jaguar aircraft. Impressive Specs 2 / 7 With a compact length of just 1.85 metres, SAAW delivers impressive performance. It features inertial navigation (INS) coupled with GPS guidance for high accuracy—striking targets within 7 metres, and even better (<3m) with seeker-based guidance. Its standoff range and precision reduce the risk to launch platforms while maximizing mission effectiveness. Multi-Platform Launch 3 / 7 Initially tested with Jaguar and Su-30MKI aircraft, the SAAW's compatibility was further extended to HAL's indigenously upgraded Hawk-i trainer jet. In 2021, a milestone was achieved when SAAW was successfully test-fired from the Hawk-i off the Odisha coast, marking the first smart weapon launch from an Indian Hawk-Mk132 platform. (Pic: X/@VivekSi85847001) Eight-for-Eight 4 / 7 The SAAW underwent rigorous developmental trials, with eight successful test firings completed by August 2018. Conducted at the Chandan range, the weapon was validated under three different scenarios using live warheads—demonstrating its reliability and consistency across varying conditions. (Pic: X/@ReviewVayu) Seeker-Equipped Evolution 5 / 7 To further boost strike accuracy and expand mission profiles, DRDO has developed a seeker-equipped variant of the SAAW. This advanced version offers terminal guidance using Electro-Optical or Imaging Infrared technology, allowing precision attacks on even mobile or partially obscured targets. (Pic: X/@Amitraaz) Strategic Edge 6 / 7 SAAW adds a crucial edge to the Indian Air Force's capability to strike hardened airfield assets deep inside hostile territory like that of Pakistan and China —without crossing borders. Its indigenous development aligns with the 'Aatmanirbhar Bharat' initiative, strengthening India's strategic autonomy and modern warfare readiness. 7 / 7


India.com
11 hours ago
- India.com
India developing hypersonic stealth missile capable of..., entire Pakistan, most parts of China...
(Representational image: AI generated) New Delhi: India will soon test the Extended Trajectory-Long Duration Hypersonic Cruise Missile (ET-LDHCM) hypersonic missile. This missile can destroy enemy targets with a speed of 11000 km/hr and a range of 1500 km. it is equipped with scramjet engine and stealth technology. The Defense Research and Development Organization (DRDO) is soon going to test the ET-LDHCM as part of Project Vishnu. This hypersonic cruise missile has been built with completely indigenous technology and keeping in mind the objective of 'self-reliant India'. It is considered to be India's most advanced hypersonic technology. It can fly more than five times faster than the speed of sound. ET-LDHCM can fly at Mach 8 i.e. eight times faster than the speed of sound and at a speed of about 11,000 km/h. Its range is more than 1500 km. With this lethal range, this cruise missile can target the whole of Pakistan and most parts of China. That is, if any target in Pakistan has to be hit, then Indian fighter jets will not need to go to Pakistan or near the international border or LOC. This missile can be fired from Sukhoi or Rafale flying over Punjab or Delhi. This missile flies at low altitude. It will not move straight in the air but will move forward in a curved manner. With this speed and stealth feature, it will completely dodge the enemy air defense system. It will not be able to tracked by the enemy radar. The ET-LDHCM hypersonic missile can carry both nuclear and non-nuclear weapons. It is capable of carrying up to 1000-2000 kg of warheads. Under the completely Make in India programme, this missile has been built by DRDO in collaboration with private industry partners at Dr. APJ Abdul Kalam Missile Complex in Hyderabad.


India Gazette
16 hours ago
- India Gazette
India's identity in space: Designer Manish Tripathi crafts special badge for AXIOM-4 astronaut Subhanshu Shukla
New Delhi [India], June 13 (ANI): As India celebrates a historic moment with Group Captain Subhanshu Shukla becoming part of the AXIOM-4 mission to the International Space Station (ISS), a unique piece of Indian pride will accompany him, a mission badge designed by fashion designer Manish Tripathi. This custom-designed badge is not just an accessory; it's a visual legacy of India's space heritage, ambitions, and cultural identity, set to orbit Earth on the spacesuit of a son of Indian soil. In an exclusive conversation with ANI, Manish Tripathi, who designed the symbolic Mission Badge, shared the deeply personal and patriotic journey of creating this mission emblem. He revealed that he and Subhanshu Shukla are alumni of the same school, a bond that brought them together for this once-in-a-lifetime creative collaboration. Talking to ANI Designer Manish Tripathi said, 'It's not just a badge, it's a stamp of India's presence in space. The design process took nearly eight months, full of conversations across time zones and countless iterations to reflect our heritage, space ambitions, and scientific legacy.' Inspired by a postal stamp, the badge carries multiple elements reflecting India's astronomical and cultural depth: * Gaganyaan Mission depiction as a symbol of India's independent spaceflight aspirations. * Aryabhata Satellite, celebrating its 50th year. * The Sun (Surya) honoured in Indian culture and crucial in space exploration. * Jantar Mantar, representing India's historical legacy in astronomy. * Mathematical symbols including zero, pioneered in India. * Infinity sign, showing the endless nature of exploration. * Moon illustrations, nodding to India's lunar achievements. * An astronaut helmet framing India's map at the chin, symbolizing the essence of 'Hanuman' a metaphor for strength and awakening and maps of other participating nations. Designer Manish Tripathi further added, 'This badge is designed to inspire the next generation. Through this one patch, I hope young minds understand our heritage and feel encouraged to carry the legacy forward. Through this badge, we're leaving India's fingerprint in space. It's more than design. It's an emotion, a statement, a story of who we are and where we're going.' For me, Subhanshu Shukla is a real superhero, 'Calm, composed, and deeply inspirational, he carries the hopes of a billion Indians.' Tripathi concluded. A distinguished Indian Air Force officer, Group Captain Subhanshu Shukla is part of the AXIOM-4 mission a private crewed spaceflight to the ISS organized by Houston based Axiom Space, in collaboration with NASA and SpaceX. He is among the few Indians to venture into space, marking a proud moment for India's defence and space community. (ANI)