DRDO and Indian Navy successfully test-fire VL-SRSAM off Odisha coast

[Circadian Rhythm]

There’s something else I forgot to mention about the VL-SRSAM. Besides the Ku-band AESA seeker, it’s also got a fiber optic gyroscope, which adds another level of precision to the missile’s capabilities. Both of these systems working together make the VL-SRSAM incredibly reliable when it comes to engaging fast-moving threats.

The Ku-band AESA seeker is crucial because it gives the missile the ability to track targets with instantaneous beam steering. Basically, this means the seeker can quickly adjust and follow even the most agile, fast-moving missiles that are trying to evade interception. Since it’s an active seeker, the missile can find and lock onto targets independently, which is a huge advantage when things get chaotic and there’s a lot of electronic interference. So, this seeker ensures the missile doesn’t lose sight of its target, especially when dealing with advanced cruise missiles like the Chinese YJ-18 or YJ-12.

On the other hand, the fiber optic gyroscope makes sure the missile maintains perfect stability and orientation throughout its flight. When the VL-SRSAM is maneuvering at high speeds or making sharp turns to follow a target, the FOG ensures it stays on course without losing balance or accuracy. This stability is very crucial when the missile has to make those last-second adjustments to hit a high-speed, supersonic target that’s trying to evade it.

I hope and wish we can operationalise the ASTRA MK 2 soon

 

[DDG-80]

I hope and wish we can operationalise the ASTRA MK 2 soon

The Astra series BVRAAMs will be the primary BVR missile for the IAF.