IAF Successfully Tests Indigenous ‘Khagantak-243’ Long-Range Glide Bomb: Why This New Weapon Matters
The Indian Air Force has successfully completed the first recorded flight test of the indigenously developed Khagantak-243 Long Range Glide Bomb (LRGB). It is one more important step towards development of the modern strike weapons in India. The trial was completed on September 2nd and IAF stated that during testing all the necessary tasks have been fulfilled.
It is essential because the Khagantak-243 LRGB is developed as a stand-off weapon. In other words, it can be delivered by the fighter aircraft from the large distances as opposed to being released by aircraft flying over the target zone.
Khagantak-243 LRGB
The Khagantak-243 is an indigenously developed long-range glide bomb produced in collaboration of the Nagpur-based private defense company JSR Dynamics and the state-owned corporation Bharat Electronics Limited (BEL). This collaboration illustrates the increasing importance of private defense industries in India along with traditional defense enterprises.
As opposed to the free-fall bomb, the glide bomb uses the aerodynamic forces to fly towards its pre-specified target. The Khagantak-243 is classified as a 300-kg class precision-guided munition which makes it very different from the larger weapons like cruise missile.
How Far Can the Khagantak-243 Travel?
Range, in publicly available data, is well over 140 kilometers. Specialist reporting, meanwhile, has mentioned some older estimates where the range was pegged at somewhere closer to 180 kilometers, while no figure has yet been made public by the IAF regarding what range was hit during its September 2 test.
It is worth mentioning here that range of a weapon system may be based on various factors including altitude at which it has been fired, its speed, trajectory and configuration. Thus, after the latest test, it is best to state that the Khagantak-243 is a 140 kilometers-plus class weapon.
Why Is It Called a Glide Bomb?
Aerodynamic characteristics allow the Khagantak-243 to glide towards its target after release and guide system controls its trajectory. Reports suggest that the weapon has deployable glide wings and rear control surfaces. This provides an interesting combination of range and maneuverability without needing any propulsion system as needed in missiles.
Which Aircraft Can Carry It?
The Su-30MKI has been identified in multiple reports as the initial integration platform for the Khagantak-243, and reports on the September trial say the weapon was released from a Su-30MKI at the Pokhran Field Firing Range in Rajasthan.
The significance of the Su-30MKI goes beyond this individual test. India has increasingly used the fighter as a platform for integrating domestically developed air-launched weapons, allowing the IAF to expand the capabilities of one of its principal combat aircraft.
Future integration with other platforms has also been discussed, although the exact operational roadmap will depend on further testing and certification.
Who Developed the Weapon?
One interesting thing about the weapon is the cooperation of the private company that manufactures weapons and public sector electronics and defence manufacturing unit. The JSR Dynamics, which operates from Nagpur, is linked with the weapon’s development, while Bharat Electronics Limited has been working in the programme. This public and private sector collaboration is vital for India’s defence industry policy. It means that the country no longer depends solely on research units and foreign suppliers to develop advanced weapons systems.
Why Is the Test Important for the IAF?
Firstly, the biggest importance of this successful test is adding another stand-off precision strike capability to India’s arsenal of weapons.
With the use of stand-off weapons, aircraft can launch attacks from the zone beyond the range of some enemy air defence systems. Of course, it does not mean that the aircraft will be completely invulnerable to air defence; however, it can offer greater operational flexibility to commanders and will not require aircraft to approach the target as close as when using conventional bombs.
Thus, Khagantak-243 is one of the many attempts of providing IAF with additional capabilities of precision engagement with the help of indigenous munitions.
How Does It Support Atmanirbhar Bharat?
According to IAF officials themselves, the successful test was considered a major breakthrough for the air force and Indian industry as well, as this test was tied to several other initiatives related to Atmanirbhar Bharat and Make in India.
For India, developing capabilities domestically means much more than just assembling a weapon domestically. Developing important parts, guidance and control systems locally may mean less reliance on foreign suppliers and make future upgrades easier.
Khagantak-243, therefore, is not only a military capability but also an industrial one.
Is the Khagantak-243 Operational Yet?
However, the success of the trials should not mean that the weapon system is ready for use in its full capacity by the IAF.
Developmental trials, evaluation, integration, and certification are usually needed before any new weapons can be deployed in operations.
It must be added that the reports suggest that the weapons are still part of an ongoing development and production process.
Why the Khagantak-243 Is Important Today
Contemporary air combat operations require precision in combat and standoff engagements more than large numbers of conventional weapons.
In this context, for India, the development of such a weapon system as Khagantak-243 allows for providing more flexibility for the IAF while developing expertise in precision-guided weapons.
This test has shown that the Indian defense industry has changed because of collaboration between private enterprises, government-owned organizations and the armed forces.
Conclusion
Another significant step forward in the efforts by India to ensure self-reliant defence technologies was made through the successful testing of the Khagantak-243.
The Khagantak-243 has a reported range in excess of 140 km, along with a high level of precision, which may allow the weapon to become an additional solution for long-range strikes in the Indian Air Force.
What is more important, it is another evidence that the domestic defence industry of India is moving beyond the realm of conventional platforms and is developing into an area of highly advanced air-launched weaponry.
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