Company and Armament Development Authority have been selected by the Ministry of Defense’ Defense Research and development Directorate (DDRD) to develop a new terminal missile defense interceptor to defeat a variety of low-cost, short-range threats. According to an IMOD announcement, The next step in the program will be a feasibility study. No decision about full scale development has been made.
The Short Range Ballisticprogram is an IMDO initiative to address the proliferating threat of short-range ballistic threats. Such missiles and rockets are cheap, plentiful, easily concealed and largely exempt from international arms control accords. These relatively insignificant battlefield weapons can be transformed into deadly, strategic threats when fitted with unconventional warheads and deployed in large quantities.
and the US have agreed to jointly develop new Short Range ( ) capability. The systems will be optimized to defend against short range s and long range rockets with ranges of 70 – 200 km. The new system will establish a lower tier, complementing the i Arrow system, which extends the defensive capability to longer range and higher altitude. The program will be managed by the Israel Organization (IMDO), which already supervises Israel’s ballistic missile defense program.
Theprogram will be based on a interceptor, under development by RAFAEL. The IMDO selected the solution proposed by a team headed by and RAFAEL. This team competed against another plan, proposed by , IAI/MLM and which proposed an Arrow derivative missile interceptor, augmented by a lower tier RAM solution, based on a low cost rocket to be developed by IMI. “ ’s cooperation with ensures that ’s multi-mission interceptor is designed from the start for seamless insertion into U.S. terminal missile defense systems. Our approach provides the U.S. Army with a low-cost extended air defense option for the future,” said Michael Booen, Raytheon vice president of Advanced Missile Defense programs commenting on the company’s selection by the IMDO.
The interceptor proposed by Raytheon and RAFAEL, is specially designed for all-weather, day and night “hit to kill” intercept, and is considered to be low cost and optimized for the trajectory and short flight time of the potential SRMD and rocket targets. “Our interceptor solution fundamentally redefines the performance-cost value equation for terminal missile defense, providing all-weather, hit-to-kill performance at a tactical missile price,” said David Stemer, Rafael Missile Division general manager.
IAI, RAFAEL andhave teamed in the past to develop the Nautilus chemical laser based rocket and mortar defense program, which has recently been cancelled due to lack of funding and limited access to current generation (solid state laser) technology. Facing the new threat of improvised rockets fired from the Gaza strip, Israel could revive this program, which will be based on locally developed directed energy sources.