In 1997, the British
Defence Procurement Agency (DPA) began issuing
invitations to tender for a new
man-portable anti-tank weapon, to replace the obsolescent British
LAW 80s. American
Lockheed Martin, and German
Dynamit Nobel replied with offers; due to the limited spots of the NLAW-trials come January 2001, only the two former were rewarded with Project Definition Phase contracts in 1999. Bofors began development of the so-called MBT LAW the same year. In May 2002,
Saab Bofors Dynamics' MBT LAW was selected as winner over
Matra BAe Dynamics' Kestrel (the British derivative of Lockheed Martin's
FGM-172 SRAW) in the NLAW-trials. In June, a
memorandum of understanding (MoU) was signed between the British DPA and the
Swedish Defence Materiel Administration (FMV), who also showed interest in the system. It was developed in Sweden and produced in the United Kingdom, with final assembly done by subcontractor
Thales Air Defence. The contract signed in June 2002, between Saab and the two defence authorities, was worth approximately 4.8 billion
SEK, including development and serial production; Sweden's share in the serial production was estimated at one billion SEK. With the finalising of agreements between Sweden and the United Kingdom in 2003, This was followed by Luxembourg, Indonesia, Malaysia, and Switzerland. As of 16 March 2022, the United Kingdom confirmed that it had delivered more than 4,000 of their NLAWs to the Ukrainian military, to be used against Russia during the
2022 Russian invasion of Ukraine.
Development Research for a new Swedish light
anti-tank guided missile began in the 1990s by the
Swedish Armed Forces, for its
mechanized infantry which were lacking both tanks and
anti-tank warfare weapons. Initially, the project focused on creating as simple and cost-effective a system as possible; after some analysis, the need for a man-portable anti-tank weapon with great effectiveness at short to mid-range emerged. In October 1999, the British DPA awarded Bofors (later Saab Bofors Dynamics) with a product definition order to procure a weapon prototype within 22 months, corresponding to the requirements of the British NLAW-programme: Full production and delivery was expected to begin by the end of 2006, with the development phase "nearing its end" in 2005 according to Nick Moore (DPA). It uses a single
shaped-charge warhead, as opposed to other comparable missiles that have a
tandem warhead. More than 24,200 units have been produced. The system weighs , with a rocket weight of ; the mass of the warhead is . Against tanks and other armoured vehicles, the overfly top attack (OTA) mode is used; the missile flies about one metre above the line of sight, detonating the warhead above the target's weaker top armour via
proximity fuze and magnetic sensors. The exact way in which the "combined magnetic and optical sensors" ensure the proper detonation of the warhead is classified. The direct attack (DA) mode is used against non-armoured targets, detonating the warhead on impact via
contact fuze as the missile flies on the line of sight. The launcher can be fired only once and is disposed of after use. The missile will auto-destruct at the maximum flight time of 5.6 seconds, which is about . It is designed to operate in all climate conditions and environments, from −38 to +63 degrees
Celsius. == Combat history ==