嗯 有空在慢慢整理可單兵攜行之中短程反裝甲飛彈
歡迎跟貼與更新~~~

Future mission profiles will differ quite significantly from familiar scenarios: modern anti-armor missile systems have to be effective not only against armored targets but also against secondary targets like e.g. helicopters, hardened shelters, mortar and artillery posts, camouflaged combat stations or command centers.

The Eurospike family of missiles provides the very best prerequisites to meet exactly these requirements, as demonstrated during recent tests in Norway.

Having booked orders for the light anti-tank missile system Eurospike from the Dutch Army in 2001 and the Finish Army in 2000, the Rheinmetall DeTec subsidiary STN ATLAS Elektronik GmbH and its cooperation partners Diehl and Rafael now plan to Europeanize the Eurospike missiles.

The aim is to transfer as much of production and related know-how to Europe as possible. The involvement of additional subcontractors in Finland and the Netherlands shows that this aim is being achieved.

The integration facilities for the missiles at Diehl and for the launch equipment including thermal imaging system at STN ATLAS Elektronik in Bremen have been qualified and are in operation for the systems to be delivered to Finland and the Netherlands. STN ATLAS Elektronik and Rafael are also working on a concept for the integration of Eurospike in new or existing weapon systems. Ultimately, this missile system is to close any gaps in standoff capability combined with high hit accuracies.

The Eurospike family consists of the three missile types GILL, SPIKE and NTD. Whereas GILL and SPIKE differ only in the guidance process, NTD is identical to SPIKE in terms of guidance but provides a far greater range and a bigger warhead. Basically, Eurospike missiles are fire-and-forget systems.

--The GILL missile has a range of between 200 and 2500 m. A CCD, IR or combined CCD/IR seeker is available for tracking and guidance.

--SPIKE with a range of between 200 and 4000 m and NTD operating over distances of between 400 and 8000 m are additionally provided with a fiber-optic link between the soldier and the seeker. This link is used not only to transmit command signals from the soldier to the missile but also to send mission images to the soldier and present these in the launch facility. During target approach, the soldier sees exactly what the seeker is transmitting, almost as if he were flying toward the target.

All three missile types follow a lofted trajectory and dive down to attack the target. This trajectory in conjunction with the fiber-optic link gives the system tactical/operational capabilities hitherto unknown with surface-to-air missiles of this range.

Despite the powerful reconnaissance components of such weapon systems for reconnaissance at day and night, it is practically impossible for soldiers operating at combat ranges of 2000 to 4000 m to aim at the most effective target point. The fiber-optic link allows soldiers to correct the aiming point at any time during the entire flight and thus also to minimize the possibility of collateral damage.

This feature is particularly important when the missiles are used against hardened shelters since they can be aimed against weak points like doors or vent openings.

就破甲威力而論
紅箭9以不遜於HELLFIRE了
當然，其他方面差距還不小