- Welcome to Defensieforum.nl.
Recente berichten
#1
Defensie Nieuws & Media (Internationaal) / Re: Defensiebegrotingen en -pr...
Last post by Sparkplug - Vandaag om 11:43Citaat van: januskop op Vandaag om 11:38Waarom denken jullie dat er F35, Chinooks en Ah 64 in de VS zijn gestationeerd??!!
Acht van de oorspronkelijke AH-64D's hebben zelfs nooit Nederland gezien. Die gingen direct van de fabriek naar Fort Cavazos (voorheen Fort Hood).
#2
Defensie Nieuws & Media (Internationaal) / Re: Defensiebegrotingen en -pr...
Last post by januskop - Vandaag om 11:38Waarom denken jullie dat er F35, Chinooks en Ah 64 in de VS zijn gestationeerd??!!
#3
Nieuwe ontwikkelingen op Defensiegebied / Re: U(C)AV ontwikkelingen
Last post by Sparkplug - Vandaag om 11:31Citaat van: Harald op Vandaag om 11:14@Sparkpluggoede aanvulling
We hebben het hier op DF eens gehad over vervanging A10 in relatie met CAS (Close Air Support) en gebruik van UAV, maar op deze manier kan zo'n Reaper/Mojave best interessant worden.
Het is een goede aanvulling op het wapenarsenaal, maar vanwege de munitie wordt deze gun pod op een veel kortere afstand gebruikt.
#4
Nieuwe ontwikkelingen op Defensiegebied / Re: internationale ontwikkelin...
Last post by Harald - Vandaag om 11:19Kongsberg Reveals Upgrades to NASAMS with AMRAAM-ER Missile and GhostEye MR Radar
(
zou onze Thales GM200 ook geschikt zijn ? )
Kongsberg, the Norwegian company, is currently engaged in upgrading the NASAMS anti-aircraft system by integrating a new AMRAAM-ER missile and the GhostEye MR radar system, specifically focusing on adding capabilities to intercept ballistic missiles. This development was first reported by the Norwegian media outlet Teknisk Ukeblad on April 22, 2024, citing internal sources from Kongsberg.
NASAMS is a medium to long-range air defense platform developed jointly by Kongsberg Defence & Aerospace and Raytheon (RTX). Designed to effectively counter various aerial threats such as aircraft, helicopters, drones, and cruise missiles, NASAMS combines advanced detection radars and ground-to-air missile launchers. The system is noted for its modularity and flexibility, allowing for the integration of various types of radars and missiles based on operational needs. Its open architecture and ability to be integrated into broader air defense networks make it a versatile solution for modern defense requirements.
The current versions of NASAMS are equipped to intercept aerodynamic targets such as aircraft, helicopters, and cruise missiles. However, to meet the requirements for intercepting ballistic targets, significant improvements are needed, particularly regarding the maximum interception altitude and speed of the guided anti-air missiles.
A key development is the integration of the new AMRAAM-ER air defense missile, which recently completed testing with the NASAMS system in February 2024. This missile is an upgraded version of the AIM-120C-8 missile and is equipped with a state-of-the-art guidance system featuring an active radar seeker and a significantly more powerful 10-inch rocket motor. This innovation provides the missile with increased speed and an extended range of 20 to 40 km.
Additionally, the GhostEye MR medium-range radar system has been successfully integrated into the system. This radar can detect targets such as cruise missiles, aircraft, and helicopters, and now also ballistic missiles. It uses technologies from the LTAMDS missile defense system, currently produced for the U.S. Army. The radar is equipped with a 360-degree rotating antenna and an S-band active phased array antenna using gallium nitride (GaN) transmission modules. The precise characteristics of this radar's aerial target detection capabilities remain unknown, but project participants suggest it will significantly extend NASAMS' range and altitude capabilities, replacing the current AN/MPQ-64 Sentinel radar. Despite these improvements, the missile capabilities are limited by the low power of their warheads, which may not be sufficient to inflict critical damage on missiles like the Iskander type.
Moreover, since November 2023, Kongsberg has been collaborating with the American company RTX to enhance the operational flexibility of NASAMS. Few details have been revealed about this collaboration, but it has been noted that the new version of the system will be mobile, thus increasing its adaptability in the field.
NASAMS has been adopted by several countries since it was introduced in the mid-1990s. The United States was among the first users, quickly followed by Norway, the system's country of origin. Other countries that have incorporated NASAMS into their arsenals include Spain, Finland, the Netherlands, and Australia, each deploying various numbers of units based on their specific defense needs. Since the onset of the war in Ukraine in 2022, several nations, including the United States and Norway, have provided NASAMS systems to Ukraine to bolster its air defense capabilities against Russian aggression.
https://www.armyrecognition.com/defense_news_april_2024_global_security_army_industry/kongsberg_reveals_upgrades_to_nasams_with_amraam-er_missile_and_ghosteye_mr_radar.html
(
zou onze Thales GM200 ook geschikt zijn ? )Kongsberg, the Norwegian company, is currently engaged in upgrading the NASAMS anti-aircraft system by integrating a new AMRAAM-ER missile and the GhostEye MR radar system, specifically focusing on adding capabilities to intercept ballistic missiles. This development was first reported by the Norwegian media outlet Teknisk Ukeblad on April 22, 2024, citing internal sources from Kongsberg.
NASAMS is a medium to long-range air defense platform developed jointly by Kongsberg Defence & Aerospace and Raytheon (RTX). Designed to effectively counter various aerial threats such as aircraft, helicopters, drones, and cruise missiles, NASAMS combines advanced detection radars and ground-to-air missile launchers. The system is noted for its modularity and flexibility, allowing for the integration of various types of radars and missiles based on operational needs. Its open architecture and ability to be integrated into broader air defense networks make it a versatile solution for modern defense requirements.
The current versions of NASAMS are equipped to intercept aerodynamic targets such as aircraft, helicopters, and cruise missiles. However, to meet the requirements for intercepting ballistic targets, significant improvements are needed, particularly regarding the maximum interception altitude and speed of the guided anti-air missiles.
A key development is the integration of the new AMRAAM-ER air defense missile, which recently completed testing with the NASAMS system in February 2024. This missile is an upgraded version of the AIM-120C-8 missile and is equipped with a state-of-the-art guidance system featuring an active radar seeker and a significantly more powerful 10-inch rocket motor. This innovation provides the missile with increased speed and an extended range of 20 to 40 km.
Additionally, the GhostEye MR medium-range radar system has been successfully integrated into the system. This radar can detect targets such as cruise missiles, aircraft, and helicopters, and now also ballistic missiles. It uses technologies from the LTAMDS missile defense system, currently produced for the U.S. Army. The radar is equipped with a 360-degree rotating antenna and an S-band active phased array antenna using gallium nitride (GaN) transmission modules. The precise characteristics of this radar's aerial target detection capabilities remain unknown, but project participants suggest it will significantly extend NASAMS' range and altitude capabilities, replacing the current AN/MPQ-64 Sentinel radar. Despite these improvements, the missile capabilities are limited by the low power of their warheads, which may not be sufficient to inflict critical damage on missiles like the Iskander type.
Moreover, since November 2023, Kongsberg has been collaborating with the American company RTX to enhance the operational flexibility of NASAMS. Few details have been revealed about this collaboration, but it has been noted that the new version of the system will be mobile, thus increasing its adaptability in the field.
NASAMS has been adopted by several countries since it was introduced in the mid-1990s. The United States was among the first users, quickly followed by Norway, the system's country of origin. Other countries that have incorporated NASAMS into their arsenals include Spain, Finland, the Netherlands, and Australia, each deploying various numbers of units based on their specific defense needs. Since the onset of the war in Ukraine in 2022, several nations, including the United States and Norway, have provided NASAMS systems to Ukraine to bolster its air defense capabilities against Russian aggression.
https://www.armyrecognition.com/defense_news_april_2024_global_security_army_industry/kongsberg_reveals_upgrades_to_nasams_with_amraam-er_missile_and_ghosteye_mr_radar.html
#5
Nieuwe ontwikkelingen op Defensiegebied / Re: U(C)AV ontwikkelingen
Last post by Harald - Vandaag om 11:14Citaat van: Sparkplug op Vandaag om 10:32Als aanvulling.
The rate of fire of the Minigun in a DAP-6 pod is 3,000 rounds per minute, according to Dillon. The combined rate of fire then of the two pods the Mojave carried during the demonstration was 6,000 rounds per minute. The DAP-6's maximum magazine capacity is also 3,000 rounds, which gives it 60 seconds of total firing time. The pod can be loaded with less ammunition to reduce its overall weight. When empty, a DAP-6 weighs 162 pounds (73.5 kilograms), but this grows to approximately 350 pounds (158.8 kilograms) when fully loaded.
A Dillon Aero DAP-6 gun pod on display. Joseph Trevithick
https://www.twz.com/air/minigun-armed-mojave-drone-now-blasting-targets-at-6000-rounds-per-minute
Deze minigun gun pod heeft het dubbele aan munitie dan de oude SUU-11/A.
@Sparkplug
goede aanvullingWe hebben het hier op DF eens gehad over vervanging A10 in relatie met CAS (Close Air Support) en gebruik van UAV, maar op deze manier kan zo'n Reaper/Mojave best interessant worden.
CitaatCompared to even advanced miniaturized precision-guided bombs and missiles designed to lower the risk of collateral damage, guns present advantages in terms of focusing fire on smaller targets or groups thereof. A gun-armed Mojave could be able to more rapidly shift focus from one target area to another from pass to pass than it would be able to with precision-guided munitions. All of this could be particularly valuable when providing close air support in dense urban areas or in other situations where friendly forces or innocent bystanders might be dangerously close to enemy positions. Guns also offer a way to engage larger area targets and provide suppressive fire.
#6
Nieuwe ontwikkelingen op Defensiegebied / Re: U(C)AV ontwikkelingen
Last post by Sparkplug - Vandaag om 10:32Citaat van: Alert5.com op Vandaag om 10:15Mojave fires the DillonAero DAP-6 gun pods
General Atomics Aeronautical Systems, Inc. (GA-ASI) recently released details of a successful live-fire demonstration involving its Mojave unmanned aircraft system (UAS). Conducted on Apr. 13th, at Yuma Proving Ground, Arizona, the test validated the Mojave's weaponization capabilities and underscored its potential as a multi-mission tactical asset.
.../...
https://alert5.com/2024/04/24/mojave-fires-the-dillonaero-dap-6-gun-pods/
https://www.ga-asi.com/ga-asi-mojave-lights-up-the-yuma-desert-in-live-fire-demonstration
Als aanvulling.
The rate of fire of the Minigun in a DAP-6 pod is 3,000 rounds per minute, according to Dillon. The combined rate of fire then of the two pods the Mojave carried during the demonstration was 6,000 rounds per minute. The DAP-6's maximum magazine capacity is also 3,000 rounds, which gives it 60 seconds of total firing time. The pod can be loaded with less ammunition to reduce its overall weight. When empty, a DAP-6 weighs 162 pounds (73.5 kilograms), but this grows to approximately 350 pounds (158.8 kilograms) when fully loaded.
A Dillon Aero DAP-6 gun pod on display. Joseph Trevithick
https://www.twz.com/air/minigun-armed-mojave-drone-now-blasting-targets-at-6000-rounds-per-minute
Deze minigun gun pod heeft het dubbele aan munitie dan de oude SUU-11/A.
#7
Defensie Nieuws & Media (Internationaal) / Re: Internationale Helicopter ...
Last post by Sparkplug - Vandaag om 10:20Citaat van: Lynxian op Vandaag om 01:01Is dit interessant voor militaire helikopters? 170 pk klinkt wat karig?
De CD-170 (hiervan is de CD-170R afgeleid) werd al toegepast op kleine civiele éénmotorige vliegtuigen. De CD-170R is gericht op kleine helikopters. Zal hoofdzakelijk voor civiel gebruik zijn, maar met kleine militaire bemande/onbemande helikopters weet je het maar nooit.
#8
Nieuwe ontwikkelingen op Defensiegebied / Re: U(C)AV ontwikkelingen
Last post by Harald - Vandaag om 10:15Mojave fires the DillonAero DAP-6 gun pods
General Atomics Aeronautical Systems, Inc. (GA-ASI) recently released details of a successful live-fire demonstration involving its Mojave unmanned aircraft system (UAS). Conducted on Apr. 13th, at Yuma Proving Ground, Arizona, the test validated the Mojave's weaponization capabilities and underscored its potential as a multi-mission tactical asset.
Partnering with Dillon Aero, GA-ASI equipped the Mojave with two DAP-6 Gun Pod Systems, each boasting a firing rate of 3,000 rounds per minute. During the demonstration, the Mojave completed seven firing passes across two flights, successfully engaging and destroying static targets with an estimated expenditure of 10,000 rounds of ammunition.
GA-ASI President David R. Alexander emphasized the Mojave's multifaceted capabilities. "The live-fire demonstration serves as a powerful testament to the Mojave's versatility," he stated. "This platform can seamlessly transition between sensor, shooter, and support roles, minimizing risk to human personnel while delivering decisive battlefield effects."
The Mojave's unique selling point lies in its Short Takeoff and Landing (STOL) capability. Unlike conventional UAS requiring extensive runways, the Mojave can operate from austere locations and unimproved landing zones. Notably, it successfully demonstrated carrier operations during a November 2023 collaboration with the Royal Navy. This flexibility opens doors for deploying the Mojave in previously inaccessible theaters, significantly expanding its operational potential.
The Mojave's live-fire success marks a significant milestone in the evolution of armed UAS technology. Its combination of offensive firepower, multi-mission adaptability, and STOL functionality presents a compelling case for its role in future combat scenarios. As development progresses, the Mojave holds promise to reshape the landscape of unmanned aerial warfare.
It's worth noting that the live-fire demonstration was funded entirely through GA-ASI's internal research and development budget, showcasing the company's commitment to advancing the frontiers of unmanned aerial systems.
https://alert5.com/2024/04/24/mojave-fires-the-dillonaero-dap-6-gun-pods/
https://www.ga-asi.com/ga-asi-mojave-lights-up-the-yuma-desert-in-live-fire-demonstration
General Atomics Aeronautical Systems, Inc. (GA-ASI) recently released details of a successful live-fire demonstration involving its Mojave unmanned aircraft system (UAS). Conducted on Apr. 13th, at Yuma Proving Ground, Arizona, the test validated the Mojave's weaponization capabilities and underscored its potential as a multi-mission tactical asset.
Partnering with Dillon Aero, GA-ASI equipped the Mojave with two DAP-6 Gun Pod Systems, each boasting a firing rate of 3,000 rounds per minute. During the demonstration, the Mojave completed seven firing passes across two flights, successfully engaging and destroying static targets with an estimated expenditure of 10,000 rounds of ammunition.
GA-ASI President David R. Alexander emphasized the Mojave's multifaceted capabilities. "The live-fire demonstration serves as a powerful testament to the Mojave's versatility," he stated. "This platform can seamlessly transition between sensor, shooter, and support roles, minimizing risk to human personnel while delivering decisive battlefield effects."
The Mojave's unique selling point lies in its Short Takeoff and Landing (STOL) capability. Unlike conventional UAS requiring extensive runways, the Mojave can operate from austere locations and unimproved landing zones. Notably, it successfully demonstrated carrier operations during a November 2023 collaboration with the Royal Navy. This flexibility opens doors for deploying the Mojave in previously inaccessible theaters, significantly expanding its operational potential.
The Mojave's live-fire success marks a significant milestone in the evolution of armed UAS technology. Its combination of offensive firepower, multi-mission adaptability, and STOL functionality presents a compelling case for its role in future combat scenarios. As development progresses, the Mojave holds promise to reshape the landscape of unmanned aerial warfare.
It's worth noting that the live-fire demonstration was funded entirely through GA-ASI's internal research and development budget, showcasing the company's commitment to advancing the frontiers of unmanned aerial systems.
https://alert5.com/2024/04/24/mojave-fires-the-dillonaero-dap-6-gun-pods/
https://www.ga-asi.com/ga-asi-mojave-lights-up-the-yuma-desert-in-live-fire-demonstration
#9
Defensie Nieuws & Media (Internationaal) / Re: Defensiebegrotingen en -pr...
Last post by Umbert - Vandaag om 09:47Citaat van: Huzaar1 op Vandaag om 06:37Defensie betaald juist geen btw als het de landsgrens niet bereikt.klopt volgens mij want er mochten ook altijd maar 12 vd 13 Orions op Valkenburg of zich tegelijk in NL bevinden omdat er over 1 toestel geen BTW was betaald.
#10
Defensie Nieuws & Media (Internationaal) / Re: Defensiebegrotingen en -pr...
Last post by Huzaar1 - Vandaag om 06:37Citaat van: Lynxian op Vandaag om 00:55Er wordt wel BTW over betaald. (Niet echt gebruikelijk in andere landen.)
Defensie betaald juist geen btw als het de landsgrens niet bereikt.