Plasan Ushers in New Era in Light Vehicle Protection against RPGs |
Plasan Sasa
7910 Woodmont Ave.
Bethesda, MD, 20814
USA
Press release date: September 13, 2011
Company will showcase wide array of solutions for vehicle and personal protection at DSEi
Plasan - a global leader in the field of combat-proven survivability and armor solutions for vehicles, airborne platforms and personal protection - ushers in a new era in light-vehicle protection against RPGs with its introduction of FlexFence at DSEi, London, Stand N8-250. The company will also showcase its range of solutions for vehicle and personal protection, based on its unique optimization of protection, payload, and cost.
Plasan's new FlexFence system, based on the company's most advanced and intelligent engineering, delivers the maximum protection at the lightest weight and at an affordable cost. Designed for light vehicles, the system is easily mounted on existing vehicle hulls - and easily removed, with no design changes required. Combining exceptional ballistic protection with maximal functionality, FlexFence provides an unparalleled level of protection against one of today's most serious threats - Rocket Propelled Grenades (RPG). Optimized materials together with cutting-edge design enable unmatched durability. Plasan's fine-tuned engineering ensures that the integrity of the platform's performance - as well as the armored protection - are never compromised. FlexFence causes no standoff from the vehicle's hull, maintaining the platform's silhouette, thus preventing the creation of improvised storage spaces that can interfere with system performance.
According to Dani Ziv, Plasan's CEO, "We are very pleased to unveil FlexFence at DSEi. The system represents a significant milestone in the quest for an effective defense for light vehicles against the scourge of RPGs. This new technology, based on the most cutting-edge materials, methods and engineering processes, safeguards the lives of soldiers on the battlefield by providing protection levels substantially beyond current standards - while adding the smallest possible weight to the vehicle."
About Plasan
Plasan provides customized survivability solutions for tactical wheeled vehicles, aircraft, naval platforms, and personal protection. A recognized global leader and industry veteran, Plasan's survivability solutions offer the optimal combination of protection, payload, and cost by combining in-house R&D, design, prototyping and manufacturing capabilities.
Plasan combines innovative survivability engineering and design with advanced armor materials development. Its unique development process is based on continuous interaction between the R&D and the Design & Prototyping departments. During this process, Plasan combines computer-generated analysis and simulations with real-time calibration and ballistic test data. The effective combination of test and simulation data enables improved simulation accuracy and performance, resulting in the optimal survivability solution.
Plasan's engineers are unique in terms of their military backgrounds and hands-on experience. As veterans of the Israel Defense Forces they are familiar with soldiers' behavior during combat and share a common language with the end user. This often contributes to the development of life saving solutions.
Plasan's success is a combination of innovation, a high level of commitment and a full range of in-house capabilities. As a preferred supplier to the Israel Defense Forces and an approved supplier to ministries of defense around the world, Plasan's solutions have been tried and tested by dozens of armed forces in the most demanding battlefields such as Lebanon, Iraq and Afghanistan.
As a global company with locations in Israel, North America and Europe, Plasan is a worldwide market leader. Plasan's production capabilities are complemented by a comprehensive supply chain that encompasses suppliers of materials, equipment and solutions in strategic locations worldwide. This extensive network enables the production capacity flexibility necessary to expand or reduce production volumes according to demand.
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