A decoy drone is mostly a small UAS – no larger than an ALCM – designed to hold out radar jamming or spoofing, reconnaissance, and precision strike (by being a small long-range cruise missile).
Examples of decoy drones embody, amongst others, the U.S. ADM-160 Miniature Air-Launched Decoys (MALD) and Turkish Aerospace Industries (TAI) Tremendous Şimşek. Tangentially, some distributors – resembling MBDA – selected to lean extra on the munition facet of the equation. For instance, the forthcoming MBDA SPEAR 3 will be capable of play an EW function along with its fundamental function as a long-range weapon.
A decoy drone will be deployed from land or by air. By way of the latter, it may be launched from fighter plane, drones, and even transport plane. The aim of decoy drones is to litter the air atmosphere by creating extra targets (usually masking one’s high-valued fighters or bigger drones), densify EW with a large spectrum of radar and communications jamming, and function munitions.
These decoy drones instantly draw upon goal drone and cruise missile know-how. The truth is, one can view decoy drones as a lateral improvement or repurposing of present know-how inputs, not a vertical leap that requires net-new experience and techniques.
Thus, of the potential items of Pakistan’s IATS, a decoy drone could be the primary homegrown answer to emerge. The truth is, one can argue that Pakistan is already growing a number of decoy drones: the AZB-81LR and KaGeM V3 by NESCOM/AWC and NASTP, respectively.
The design idea of the AZB-81LR is intently modelled after the MBDA SPEAR. It’s also designed with autonomous operations in thoughts, notably when it comes to focusing on and swarming. Likewise, the KaGeM V3 is a long-range loitering munition that pulls on Baykar’s autonomous operations know-how stack. In a single or each of those situations, one can see the inclusion of a EW payload for radar spoofing/jamming.
Pakistan additionally has a number of high-speed goal drone platforms that may be developed into decoy drones, comparable in idea to the TAI Tremendous Şimşek. These embody the Sysverve Aerospace Hadaf-series, the NASTP M-series (e.g., M-20A, M-20B, M-40, and M-55), and others by numerous personal sector distributors, resembling Built-in Dynamics. Sadly, personal sector actors don’t profit from the identical stage of entry to testing services and are typically restricted by safety controls. So, their capacity to design and develop a decoy drone (and even sensible munitions) is artificially restricted.
Thus, any decoy drone program will emerge from an SOE, probably one from NESCOM and one from NASTP. Whether or not this might occur utilizing a ‘sensible munition’ or a devoted design is unclear. The previous is prone to materialize quickly, and the latter shouldn’t be essential from an operational standpoint.
Nevertheless, whereas not essential from an operational standpoint, a devoted decoy drone design primarily based on a goal drone may present developmental worth. For instance, the seller accountable can leverage the decoy drone as a smaller know-how demonstrator for a bigger loyal wingman UCAV.
