International debut of ST Kinetics' 40MM Low Velocity Extended Range Ammunition at Eurosatory 2010

ST Kinetics, the land systems arm of ST Engineering, introduces the all new 40mm Low Velocity Extended Range (LVER) ammunition at Eurosatory 2010.

The 40mm LVER round is the latest addition to ST Kinetics' 40mm munitions family, and is designed specifically for the urban battlefield. Compared with a conventional low velocity round, the LVER ammunition has a 30% shorter time of flight, a flatter trajectory and covers a longer range. This greatly enhances the accuracy and range of each shot.

The LVER round can be fired from any conventional 40mm low velocity grenade launchers, including the CIS 40GL and M203, and can thus be easily and quickly introduced into service. Four types of LVER ammunition are currently being produced, namely the High Explosives, High Explosives Dual Purpose, Target Practice Marker and Flash & Bang rounds.

"We are pleased to introduce the LVER ammunition as the latest addition to our 40mm munitions family. The LVER round is a highly effective solution for urban close-quarter combat with its improved accuracy and shorter time of flight. As the 40mm munitions global market leader, ST Kinetics continues to innovate to deliver enhanced warfighter's effectiveness at the soldier level."
SEW Chee Jhuen
President, ST Kinetics

ST Kinetics is a leading provider of Total 40mm Solutions, offering a comprehensive range of 40mm grenade launcher weapon systems, and a family of high velocity and low velocity 40mm ammunitions that include high explosive, enhanced blast, self-destruct, air bursting, surveillance, insensitive and less-than-lethal rounds. ST Kinetics is committed to maintaining its 40mm market leadership by growing market shares through product quality and innovation, and broadening the customer base.

ST Kinetics' 40mm LVER round and full range of 40mm solutions are on display at Eurosatory 2010 (Paris-Nord Villepinte Exhibition Centre) from 14 to 18 June 2010, Hall 6 Stand M320.

Source: ST Kinetics