Ratel IFV with Ingwe launcher on top and missile in front on ground.
The ZT3 and its launch system were developed under the codename "Project Raleigh" in the 1980s as a "long-range indigenous antitank guided missile". The missile was developed to provide the South African Army's mechanized infantry vehicles, such as the Ratel IFV, with anti-tank abilities and to supplement the ageing MILAN missile system that was in service at the time. Preproduction models, mounted in a triple launcher on top of a Ratel IFV, saw service in Operation Moduler during the South African Border War with good effect.[1]
In the years since, Denel Dynamics have continually upgraded the system to improve its range, accuracy, reliability and warhead effectiveness. In May 2010, Denel Dynamics and Rheinmetall Denel Munitions were working on a new series of multi-purpose warheads for the missile system. Denel stated that due to changing trends in warfare in recent years, customers required a "generic precision land-attack missile" that can be used against a variety of targets such as buildings and bunkers.
Denel is also developing the missile system for use on the Badger Infantry Fighting Vehicle that will enter service with the South African Army as part of Project Hoefyster. The company has also collaborated with the French-South African company, ATE, to integrate the missile system for use on helicopter platforms such as the Eurocopter EC635, the Mi-24 SuperHind Mk III and Eurocopter Fennec for use in various Air Forces around the world. Several missile systems in use with the South African Army were also modernised in 2005 as part of Project Adrift.[2]
In February 2013, Denel unveiled a new version of the system at the International Defence Exhibition held in Abu Dhabi. The new system, called the Portable Launch System (IPLS), is a portable, light-weight launch system that comprises a new missile launch unit designed for use on light vehicle mounts or tripods. It can fire both high-explosive anti-tank (HEAT) and multi-purpose penetrator (MPP) versions of the Ingwe.[3]
The system consists of a laser projection unit and guidance and control units. The system uses a laser beam riding missile that automatically determines its own position in the laser beam and manoeuvres onto its line of sight (LOS). The sighting system varies from a non-stabilised optic system for light vehicles to a stabilised day/night system on helicopter launch systems. Automatic target recognition and targeting modules can also be added to the missile system to ensure fully automatic post-lock on missile guidance by an operator. The missile can engage targets at ranges from 250–5,000 metres (820–16,400 ft). It employs a tandem-charge warhead to defeat up to 1,000 millimetres (39 in) of armour.[1] The missile is also designed to be highly resistant to countermeasures, and uses stealth technology to be harder to detect.[3]
As of 2009, the ZT-3 was estimated to cost about $39,900.[4]
Launch platforms
Mi-24 SuperHind with Ingwe Missiles.
Denel states that the Ingwe missile can be integrated on a wide variety of launch platforms, from infantry-crewed stationary launchers to helicopter-based launchers. The missile is known to be integrated for use on these platforms:
