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An unguided bomb, often referred to as a free-fall bomb, gravity bomb, dumb bomb, or iron bomb, is a conventional or nuclear weapon that is dropped from an aircraft but lacks a guidance device and instead follows a ballistic trajectory.
Then, with the greatly increasing usage of precision-guided munitions, a retronym was required to distinguish “smart bombs” from free-fall bombs. For a while, “dumb bomb” was in use, but many military circles thought it sounded corny, therefore “gravity bomb” gradually became more common.
The Global Free-fall missile market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
At the Farnborough International Airshow, Thales introduced the FreeFall Lightweight Multi-role Missile (FFLMM), a brand-new precision-guided air-dropped weapon.
An accurate glide munition is the FFLMM. It is around half the size and weight of Thales’s current LMM but has the same sophisticated warhead inside.
This is because the LMM does not include a rocket motor. Additionally, because there is no launch recoil or negative platform effect, it is perfect for lightweight air platforms like UAVs or COIN aircraft.
The delivery of a weapon of this type from a tactical UAS platform has only before been successfully demonstrated by Thales, a manufacturer in Europe.
In time-sensitive, network-centric CAS and Armed ISTAR missions against both fixed and moving targets, FFLMM offers precise, proportionate effects.
There is an increasing need for appropriate lightweight yet effective weapons because these missions typically call for less expensive, lightweight platforms.
The need for a weapon that is highly accurate, low-collateral-damage, very effective against all stationary and moving, conventional and asymmetrical threats, and effective in both open and crowded areas is now being filled by FFLMM.
It is possible to create a weapon that is simple to integrate on a variety of manned and unmanned aircraft systems by using the current LMM modular building blocks.
The business has demonstrated through a series of tests over the past year how little of an influence the weapon and its storage release unit actually has on the performance and endurance of such a light platform.
In order to accomplish exceptionally accurate and secure man-in-the-loop aiming, FFLMM makes use of advanced Inertial Navigation and GPS subsystems.
These subsystems work in conjunction with terminal guidance delivered by a cutting-edge Semi Active Laser seeker.