Read on..I think this system would be right for our SAF.
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All contents courtesy RAFAEL
Info
RAFAEL has used the Israel Defense Forces experience while
designing and developing the SPYDER system. SPYDER is a
state-of-the-art low-level, quick reaction Surface-to-Air Missile
System capable of engaging aircraft, helicopters, UAVs and PGMs. It
provides excellent protection to valuable areas, as well as
first-class defense for forces located in the combat area.
The SPYDER system incorporates RAFAEL's most advanced,
state-of-the-art Air-to-Air Missiles the Derby, active radar (RF)
missile and the Python-5, a dual band Imaging Infra Red (IIR)
missile. Both missiles are the outcome of many years of research
and development efforts utilizing the most modern technologies.
SPYDER missiles have full commonality with the air-to-air missiles
version.
The SPYDER launcher system is a 360ºxN electromechanical turret
based unit. The system can launch missiles in slant method with two
modes of operation: Lock-On-Before Launch (LOBL) and
Lock-On-After-Launch (LOAL). This launching method enables the
Lock-on-Before-Launch feature that cannot be achieved in vertical
launch method. For this reason, many engagements can be carried out
with the missiles seeker locked on the target before launch. The
advantages of LOBL are threefold:
It allows the Squadron Commander to positively confirm that the
missile is locked on the target prior to launch
It increases the probability of kill (PK) for short range high
manoeuvring targets.
It also enables designated targets engagement by add-on optical
sensors.
SPYDER is an innovative combination of RAFAEL's state-of-the-art
missiles and IAI advanced C4I, high performance radar. The system
is comprised of a truck-mounted Command and Control Unit (CCU) with
Elta EL/M 2106 ATAR 3D surveillance radar and truck-mounted Missile
Firing Units (MFU) equipped with both IIR and RF missiles. The
surveillance radar has advanced ECCM capabilities and can
simultaneously track multi-targets. The MFU carries any combination
(IIR/RF) of four missiles on a rotatable launcher assembly.
Wireless data link communication enables deployment of the MFUs at
a distance from the CCU. The system's high mobility allows quick
deployment and operational agility.
SPYDER system includes the following main components:
Truck mounted Command and Control Unit (CCU) with mounted radar,
IFF and communication equipment
Truck mounted Missile Firing Units (MFU) and communication
equipment
Combination of Derby and Python-5 missiles (equipped with RF and
IIR seeker heads respectively)
Field Service Vehicle
Missiles Supply Vehicle
Ground support and special test equipment
Built-in and add-on training equipment
A typical SPYDER Squadron consists of one Mobile Command &
Control Unit (CCU) for its operation and four Mobile Firing Units
(MFU). The CCU is equipped with surveillance radar and two
operator's stations. Each MFU can carry up to four ready-to-fire
missiles (RF or IIR) in any combination. The CCU controls the MFUs
and supplies them with engagement data. The missiles can be fired
either from the CCU in remote mode or from the CCU with the
confirmation of the MFU operator.
MFU
MFU
CCU
Derby test launch
Python-4 test launch
MFU
Field Service Vehicle 