Einomies1
Respected Leader
Leppis kirjoitti:kunnas kirjoitti:MGM-164 ATacMS - Block II on BAT-ohjautuvilla ammuksilla varustettu ohjus kantama 140 km. Ei tullut operatiiviseen käyttöön
MGM-168 ATacMS - Block IVA on 500 naulan taistelulatauksella varustettu malli kantama 300 km
MGM-140 kantaa rypälepommeja mutta sen valmistus lopetettiin 2003
Gmlrs:n löytyy muistaakseni enemmän vaihtoehtoja, mutta silloin täytyy tyytyä pienempiin kantamiin. Uskoisin, että hankintojen painopiste on nimenomaan "halvemmat" Gmlrs:t jollain lisäosto optiolla ja muutama Atcms pelotteeksi. Tiedä sitten mitä jenkit suostuu myymään meille.
GMLRS:n olisi paras panostaa eniten koska sen taistelulatausta, hakupäätä ja kantamaa kehitetään jatkuvasti. GMLRShän on jo ohjus eikä pelkkä raketti koska sen tarkkuus on jo aivan eri tasolla kuin tyhmän raketin. Unitary-taistelukärjen käyttö ja sillä osuminen loi vaatimuksen GPS ja muiden ohjausjärjestelmien integroimiseksi.
Melko pian nähdään varmasti uusien älykkäiden tytär-ammusten integrointi ja kehittäminen tuohon ohjukseen. Bonus / DM 662 -tyyppisiä, hakeutuvia ammuksiahan ei rypälepommikieltokaan koske. Lisäksi ne ovat turvallisempia myös omille joukoille jos omat joukot joutuvat samalle, jo RakH 298:n kyllästämälle alueelle.
Uusimpia raketteja on testattu jo yli 100 km:n kantamalle. Tuo ATACMSia lyhyempi kantama ja useiden rakettien käyttäminen tekee GMLRS tyyppisistä ohjuksista todella työläitä torjuttavia jopa S-400-tyyppisille järjestelmille ja kyllästää melko nopeasti it:n torjuntakyvyn.
Toivon omasta puolestani että Ilmavoimat saisivat JASSM AGM-158ER risteilyohjuksia, koska ne olisivat suurin uhka S-400/500 it-ohjuksille ja rajoittaisivat varmasti jonkun verran noiden systeemien käyttöä. Muutoin meillä ei ole mitään keinoa vaikuttaa syvälle vihollisen alueelle mm. S-400 järjestelmiin.
JASSM kykenee välittämään reaaliaikaista videokuvaa jolla voidaan joka auttaa määrittämään post-strike tehoa.
GMLRS/BANG:
The current GMLRS warhead uses a cargo of 404 Dual Purpose Improved Conventional Munition (DPICM) bomblets. The development of a 180 pound unitary warhead is in progress. Several versions of multi-effect warheads are currently considered by the US forces and other MLRS users.
An advanced version of the GMLRS' unitary warhead could use the Enhanced Blast Warhead (EBW) developed by Lockheed Martin. When exploded, this warhead creates an over-pressurization effect (similar to a thermobaric charge). This effect devastates enclosed structures but has less effect on adjacent buildings, therefore, reducing the risk of collateral damage. This version of GMLRS is designed to strike targets at a range of over 70 km. EBW will also have improved penetration capability, enabling the rocket to go through several floors of conventional buildings before exploding in the basements.
Another unitary warhead option is the BANG warhead, already used by the French Army. BANG uses insensitive explosives and multi-effect fuze, featuring airburst, impact and penetration modes of operation. MBDA and Aerojet are jointly proposing BANG to the five nation's unitary warhead program. GMLRS loaded with BANG warhead was tested in 2005 as part of UK MoD evaluation. Further tests demonstrated extended range capability, firing the rocket to over 103 km using modified flight controls. Software modifications that could increase GMLRS range are incorporated as part of the future GMLRS unitary development. Further enhancements considered for the rocket are the inclusion of semi-active laser homing device.
http://defense-update.com/products/g/gmlrs.htm
BANG:
The BANG (Bombe Aéronavale de Nouvelle Génération/ New Generation Aero Naval Bomb) represents a new generation of insensitive bombs for the French Armed Forces developed in conjunction by MBDA and SNPE. The BANG warhead flexibility allows the weapon to be used from penetration of hardened targets to variable fragmentation and blast of semi-hardened and soft targets. In addition, the weapon can fitted with precision guidance kits based on laser, infrared, GPS or INS homing head such as BGL and AASM. As an insensitive munition, the BANG bomb can be used safely and stored easily. The French Defense procurement agency DGA launched the BANG program in May 1997 with the first BANG bombs entering the French Air Force and Navy inventories in 2000.
The BANG 125 is a 250-lb class munition fully interchangeable with MK-81 bomb and is fully compatible with FMU 139, FMU 143, FEU 80 fuzes. It is not provided with an internal tube and can be attached to an aircraft for 220 flight hours.
http://www.deagel.com/Warheads/BANG-125_a001989001.aspx
Myös muita vaihtoehtoja on saatavilla:
EXTRA - Extended range Rocket System
IAI / MLM / IMI Rocket Systems Div.
The EXTRA rocket is developed and marketed under cooperation between IMI and IAI/MLM. TEquipped with a GPS/INS guidance system, the rocket achieve high accuracy at twice the range of standard MLRS (20 to 150 kilometers) carrying twice the warhead weight (warhead of 150 kg compared to 60 kg of standard MLRS). The 430 kg rocket is designed for carriage by a wide range of launching platforms, including the standard two six barrel MLRS pods which will be able to take four EXTRA rockets in two launcher/container pods.
The rocket uses an aft section fitted with stabilizing fins and a large solid rocket motor. The warhead is built as a modular compartment, designed to carry various types of submunitions or a unitary warhead. For example, EXTRA can carry up to 400 AT/AP Bomblets, scatterable mines, anti-runway munitions and similar loads. The fin mounted control section stores the guidance and control avionics, driving four flight control surfaces for trajectory shaping. The system was developed by IAI as a modular Kit. By adjusting the ballistic trajectory of the rocket to compensate for wind drift and other meteorological effects the system improves the accuracy of the rocket by 4 times the average of unguided MLRS rocket.
http://defense-update.com/products/e/extra.htm
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