RAM Flugkörpersystem Einstellungen

[Lokra]

inspiriert von der letzten 2 WK Dokumentation " das Ende der Schlachtschiffe" schaute ich mir mal an, was es heutzutage an Flugabwehrsystemen gibt.
http://www.danmil.de/RAM.pdf
Das RAM Flugkörpersystem hört sich ja fast schon überwältigend an.
95% Trefferwahrscheinlichkeit gegen ankommende Rakete, auf einer anderen Seite las ich etwas von 102% bei Abschuss von 2 Raketen.

Wie ist das in der Praxis zu sehen? Das ist ja fast schon "Gottgleich" für so ein System.
Wieso dann überhaupt noch Flugzeug oder Raketenangriffe gegen Schiffe starten?
Was spricht dagegen, solche Systeme auf auf Land, oder gar auf Flugzeugen einzusetzen?

[Merowinger]

US Congressional Research Service, Navy Shipboard Lasers for Surface, Air, and
Missile Defense: Background and Issues for Congress (Ronald O'Rourke):

Although these perspectives differ somewhat, the
following conclusions might be drawn from the table regarding approximate laser power levels
needed to affect certain targets:

• Lasers with a power level of about 10 kW might be able to counter some UAVs
at short range, particularly “soft” UAVs (i.e., those with design features that
make them particularly susceptible to laser damage).
• Lasers with power levels in the tens of kilowatts could have more capability
for countering UAVs, and could counter at least some small boats as well.
• Lasers with a power level of about 100 kW would have a greater ability for
countering UAVs and small boats, as well as some capability for countering
rockets, artillery, and mortars.
• Lasers with power levels in the hundreds of kilowatts could have greater
ability for countering targets mentioned above, and could also counter manned
aircraft and some missiles.
• Lasers with power levels in the megawatts could have greater ability for
countering targets mentioned above—including supersonic ASCMs and ballistic
missiles—at ranges of up to about 10 nautical miles.

In addition to the points above, one Navy briefing stated that lasers with power levels above 300
kW could permit a ship to defend not only itself, but other ships in the area as well (a capability
referred to as area defense or escort operations or battle group operations).

Angedacht sind insbesondere:
- 35-100 kW Laser für Phalanx (Laser Weapon System "LaWS" als CIWS)
- 10 kW Laser für 25mm Kanone (Tactial Laser System "TLS" für Mark 38)

Benötigte Infrastruktur:

Required ship power (in kW or MW) and cooling capacity (in tons)
• 60-100kW Laser: <400 kW and 68 tons
• 300-500kW Laser: <2.5MW and 560 tons
• > 1 MW Laser: ~10-20 MW and ~1,400 tons
Power and cooling requirements assume continuous firing of the laser with a 67% duty cycle (i.e., the laser is firing 67% of the time).

Der Beitrag wurde von Merowinger bearbeitet: 7. May 2013, 18:59