Floating Decoy System (FDS)
The FDS3 passive off-board corner reflector floating decoy system is a ship-deployed surface floating passive RF soft kill countermeasure. It has been designed to protect naval ships from RF-seeking missile threats, including modern agile seekers.
FDS3 anti-missile floating decoy system is capable in seduction, distraction, confusion or signature-management roles and is suited to blue-water or littoral operations. Its multi-reflector structure achieves a ship-like Radar Cross Section (RCS) that is greater than the ship, such that a single FDS3 decoy can provide protection for a ship. FDS3 units are supplied as a complete decoy launch tube assembly in low-RCS launchers, typically in pairs, and may be integrated within the ship’s systems or as a standalone system, with just 8 bolts and a power feed necessary for installation. Should all ship’s power be lost, then FDS3 can still be launched and provide full ship protection. No auxiliary power is required in this mechanical launch mode and no targeting is necessary.
The decoy is completely independent of the ship’s systems and does not require other countermeasures such as jammers to be used in conjunction with it and once FDS3 is launched its operation is automatic and requires no further input from the ship.
FDS3 complements other active and passive soft-kill and hard-kill countermeasures, providing an essential layer of ship defence. Installation is simple, with minimal in-service maintenance requirements, resulting in extremely low through life cost of ownership. FDS3 and its earlier generations have a long in-service record with many leading navies, including the UK Royal Navy and the US Navy.
FLOATING DECOY SYSTEM (FDS) FEATURES
- Non-kinetic countermeasure – removes risk of Rules of Engagement (ROE) violation
- Does not take space in locker – so enables more ammunition rounds to be carried
- Once launched, fully automatic and immediate operation – RCS produced within seconds of launch
- Standalone operation – no other countermeasures need be used in conjunction
- Totally passive – no mutual interference with other ship systems. Cannot be jammed.
- Capable against broad frequency, agile, multi-band threats with no knowledge of type of threat required
- 360 degree response arc, regardless of threat bearing or azimuth
- Bulk RCS, greater than ship’s own RCS
- Insensitive to chaff discriminators – radar response looks like a ship
- ‘No-power’ mode of operation – still functions with total loss of ship’s power
- Manual launch or fully integrated into ship’s combat management system (CMS)
- Remains effective on sea surface for as long as required
- Can be launched regardless of ship or wind direction/speed or sea-state
- Simple to install, simple to operate, low maintenance
- Very high availability (>98 per cent availability over 10 years in-service record)
Airborne decoy system (ADS)
ADS103, is an air-deployed Off board Corner Reflector (OCR) passive RF airborne decoy system. It has been designed to protect naval ships from RF missile attack. The product has been developed by Airborne Systems in partnership with Rheinmetall, Germany for use with Rheinmetall’s MASS launcher system.
ADS103 is a Corner Reflector-based decoy, which offers navies an additional RF countermeasure to complement chaff and active decoys and provides a highly effective layer of defence against agile missile threats. ADS103 benefits from the combined experience of two of the industry’s leading manufacturers of ship protection systems and has proven highly effective in demonstration trials.
- High performance Corner Reflector with ship-like RCS
- Compatible with MASS decoy launcher system with upgrade
- Reloadable at sea
- Passive RF response, cannot be jammed
- Part of layered system of countermeasures
- RCS produced within seconds of launch
- Continues to produce RCS response even when on sea surface
- Resistant to chaff discriminators
- Insensitive to polarization of the missile radar (vertical or horizontal)
- 360° response arc
- Capable against broad frequency, agile, coherent and LPI threats