User:Belfras/SandboxMissile1: Difference between revisions
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
<!--{{Region_icon_Ajax}}-->{{infobox weapon | <!--{{Region_icon_Ajax}}-->{{infobox weapon | ||
| name = | | name = Aegis Dart | ||
| image = File: | | image = File:AegisDartDisplay.png|300pg | ||
| caption = | | caption = | ||
| origin = | | origin = | ||
| type = | | type = Anti-Torpedo Torpedo (ATT) | ||
| role = | | role = | ||
<!-- Type selection --> | <!-- Type selection --> | ||
| Line 15: | Line 15: | ||
| is_UK = | | is_UK = | ||
<!-- Service history --> | <!-- Service history --> | ||
| service = | | service = 2024-Present | ||
| used_by = {{flag|Belfras}}<br>see [[#operators|operators]] | | used_by = {{flag|Belfras}}<br>see [[#operators|operators]] | ||
| wars = | | wars = | ||
| Line 29: | Line 29: | ||
| spec_label = | | spec_label = | ||
| weight = | | weight = | ||
{{convert| | ~{{convert|115|kg|lb|abbr=on}} | ||
| length = | | length = | ||
{{convert| | {{convert|1.94|m|ft|abbr=on}} | ||
| part_length = | | part_length = | ||
| width = | | width = | ||
| height = | | height = | ||
| diameter = {{convert| | | diameter = {{convert|.21|m|in|abbr=on}} | ||
| crew = | | crew = | ||
| passengers = | | passengers = | ||
| Line 41: | Line 41: | ||
| filling = | | filling = | ||
| filling_weight = | | filling_weight = | ||
| detonation = | | detonation = focused high-explosive charge | ||
| yield = | | yield = classified | ||
<!-- Vehicle/missile specifications --> | <!-- Vehicle/missile specifications --> | ||
| armour = | | armour = | ||
| primary_armament = | | primary_armament = | ||
| secondary_armament = | | secondary_armament = | ||
| engine = | | engine = Solid-fuel rocket motor | ||
| engine_power = | | engine_power = | ||
| pw_ratio = | | pw_ratio = | ||
| Line 55: | Line 55: | ||
| clearance = | | clearance = | ||
| fuel_capacity = | | fuel_capacity = | ||
| vehicle_range = {{convert| | | vehicle_range = >{{convert|87|nmi|km|abbr=on}}+ | ||
| speed = | | speed = Classified | ||
| guidance = | | guidance = multi-mode sonar; Passive, active, intercept | ||
| steering = | | steering = | ||
<!-- Missiles only --> | <!-- Missiles only --> | ||
| Line 67: | Line 67: | ||
| boost = | | boost = | ||
| accuracy = | | accuracy = | ||
| launch_platform = | | launch_platform = Surface ships, submarines | ||
| transport = | | transport = maintenance-free canister | ||
}} | }} | ||
The ''' | The '''Aegis Dart Torpedo System''' is an anti-torpedo torpedo (ATT) developed to provide a hard-kill solution against incoming torpedo threats. Designed for deployment from both surface vessels and submarines, the system offers a proactive defensive capability for naval platforms. The Aegis Dart is capable of detecting, tracking, and intercepting incoming torpedoes using advanced sonar systems and rapid propulsion technologies. | ||
Introduced in 2024, the Aegis Dart was developed to address the limitations of traditional soft-kill countermeasures, such as decoys, by providing a direct interception capability. The system aims to enhance the survivability of naval vessels by neutralizing torpedo threats before they reach their targets. It is part of a broader effort to modernize naval defenses in response to advancements in torpedo technology. | |||
The Dart is compatible with various launch platforms, including fixed launchers on surface ships and sub-caliber inserts in lightweight and heavyweight torpedo tubes. Its compact size and modular design allow for integration into a wide range of naval assets without significant modifications. The system is intended to complement other defensive measures, providing an additional layer of protection. | |||
The guidance system of the Dart combines passive, active, and intercept sonar capabilities, allowing it to engage threats under diverse environmental conditions. This multi-mode sonar system enables the Dart to track and classify incoming torpedoes and calculate optimal interception points. The use of advanced signal processing ensures accurate target discrimination, even in cluttered underwater environments. | |||
Propulsion for the Dart is provided by a solid-fuel rocket motor, designed to achieve high speeds necessary for intercepting fast-moving torpedoes. The propulsion system also minimizes acoustic emissions, reducing interference with the sonar system. This balance of speed and stealth enhances the system’s effectiveness in operational scenarios. | |||
Operational testing has demonstrated the Dart’s ability to intercept a variety of torpedo types, including those employing advanced guidance systems and counter-countermeasures. The system has undergone trials in diverse environments, from open-ocean conditions to littoral zones, to validate its performance and reliability. These tests have confirmed its utility as a hard-kill solution for torpedo defense. | |||
The modular design of the Aegis Dart supports upgrades and enhancements, ensuring its adaptability to emerging threats and technologies. Planned upgrades include improvements to its sonar processing algorithms, extended range capabilities, and integration with next-generation naval platforms. The system’s canisterized design simplifies maintenance and logistics, providing long-term operational readiness. | |||
The Aegis Dart has been adopted as a key component of naval defense strategies, emphasizing the importance of hard-kill solutions in modern maritime warfare. Its ability to neutralize torpedo threats enhances the overall survivability of naval vessels, contributing to a layered defensive network. | |||
== Design and development == | == Design and development == | ||
[[File: | [[File:AegisDartLaunchers.png|200px|thumbnail|left|Launcher variations for the Aegis Dart]] | ||
The | The Aegis Dart is designed to offer a compact and reliable solution for torpedo interception. Measuring 1.94 meters in length and 210 millimeters in diameter, the torpedo is lightweight and adaptable, enabling deployment from a variety of naval platforms. Its construction emphasizes durability and hydrodynamic efficiency, with a streamlined shape to minimize drag and optimize maneuverability. | ||
The propulsion system of the Dart uses a solid-fuel rocket motor, selected for its rapid acceleration and high-speed performance. This design ensures the torpedo can reach its target within a short timeframe, critical for countering fast-moving threats. The motor is engineered to produce minimal noise, reducing the chance of detection by enemy sensors. The usage of a solid-fuel rocket motor is unique among torpedoes, and allows the vehicle to reach high speeds while remaining incredibly manoeuvrable. | |||
The | The guidance system integrates a multimode sonar array, comprising passive, active, and intercept modes. The passive mode detects acoustic signatures from incoming torpedoes, while the active mode provides detailed tracking data through sonar pings. The intercept mode combines these capabilities to calculate optimal interception points, ensuring precise engagement. | ||
The Dart’s warhead is a focused high-explosive charge, designed to neutralize torpedoes by detonating at close proximity. This proximity detonation maximizes the destructive effect while minimizing collateral damage to friendly vessels. The warhead’s design prioritizes effectiveness against a variety of torpedo types. | |||
Durability is a core aspect of the Dart’s design. The torpedo’s casing is constructed from corrosion-resistant materials, ensuring reliable performance in challenging underwater environments. Its components are rigorously tested to withstand the pressures and temperatures encountered during deployment. | |||
The | The system’s modular architecture allows for straightforward upgrades. Hardware and software components can be enhanced or replaced to improve performance, ensuring the system remains effective against evolving threats. Planned improvements include advanced sonar processing algorithms and extended operational range. | ||
Deployment flexibility is another key feature. The Dart can be mounted into launchers on surface ships which are either fixed or trainable, and either placed into dedicated fixed launchers on submarines or placed into torpedo tubes. For smaller torpedo tubes the Dart can be removed from it's launch canister, which will include two ring segments that are left on the torpedo to hold it in place while it is in the torpedo tube, not unlike the mounts for modern anti-tank sabot rounds. This also means that existing surface ships can launch the Dart from shipboard torpedo launchers until refitted to include native capacity for the system. | |||
The | The Dart can be launched from fixed and under-casing launchers on submarines, as well as vertical and angled launchers on surface ships. This adaptability ensures compatibility with a wide range of naval platforms, enhancing the system’s operational utility. | ||
The Aegis Dart is delivered in a sealed canister that protects the torpedo during storage and handling. This canisterized design simplifies maintenance and ensures the system is ready for rapid deployment when needed. The canister also serves as the launch tube, reducing logistical complexity. | |||
Operationally the Dart is meant to seemlessly integrate with existing torpedo detection systems on surface and submerged assets. Following active detection of an attacking torpedo, the Dart is launched from it's mounting. Upon entering the water or clearing it's launching submarine, the Dart will engage it's tracking systems and intercept the incoming torpedo. | |||
== Operators == | == Operators == | ||
| Line 105: | Line 114: | ||
; {{flag|Belfras}} | ; {{flag|Belfras}} | ||
* [[Belfrasian Navy|Federation Navy]] | * [[Belfrasian Navy|Federation Navy]] | ||
: The Federation Navy was the first customer for the Aegis Dart, having requested it's development to counter Mutulese torpedo threats within the Kayamuca. | |||
<!-- [[Category:Belfrasian Weapons]] --> | <!-- [[Category:Belfrasian Weapons]] --> | ||
Revision as of 08:25, 25 December 2024
| Aegis Dart | |
|---|---|
 | |
| Type | Anti-Torpedo Torpedo (ATT) |
| Service history | |
| In service | 2024-Present |
| Used by |  Belfrassee operators |
| Specifications | |
| Weight | ~115 kg (254 lb) |
| Length | 1.94 m (6.4 ft) |
| Diameter | .21 m (8.3 in) |
Detonation mechanism | focused high-explosive charge |
| Blast yield | classified |
| Engine | Solid-fuel rocket motor |
Operational range | >87 nmi (161 km)+ |
| Speed | Classified |
Guidance system | multi-mode sonar; Passive, active, intercept |
Launch platform | Surface ships, submarines |
| Transport | maintenance-free canister |
The Aegis Dart Torpedo System is an anti-torpedo torpedo (ATT) developed to provide a hard-kill solution against incoming torpedo threats. Designed for deployment from both surface vessels and submarines, the system offers a proactive defensive capability for naval platforms. The Aegis Dart is capable of detecting, tracking, and intercepting incoming torpedoes using advanced sonar systems and rapid propulsion technologies.
Introduced in 2024, the Aegis Dart was developed to address the limitations of traditional soft-kill countermeasures, such as decoys, by providing a direct interception capability. The system aims to enhance the survivability of naval vessels by neutralizing torpedo threats before they reach their targets. It is part of a broader effort to modernize naval defenses in response to advancements in torpedo technology.
The Dart is compatible with various launch platforms, including fixed launchers on surface ships and sub-caliber inserts in lightweight and heavyweight torpedo tubes. Its compact size and modular design allow for integration into a wide range of naval assets without significant modifications. The system is intended to complement other defensive measures, providing an additional layer of protection.
The guidance system of the Dart combines passive, active, and intercept sonar capabilities, allowing it to engage threats under diverse environmental conditions. This multi-mode sonar system enables the Dart to track and classify incoming torpedoes and calculate optimal interception points. The use of advanced signal processing ensures accurate target discrimination, even in cluttered underwater environments.
Propulsion for the Dart is provided by a solid-fuel rocket motor, designed to achieve high speeds necessary for intercepting fast-moving torpedoes. The propulsion system also minimizes acoustic emissions, reducing interference with the sonar system. This balance of speed and stealth enhances the system’s effectiveness in operational scenarios.
Operational testing has demonstrated the Dart’s ability to intercept a variety of torpedo types, including those employing advanced guidance systems and counter-countermeasures. The system has undergone trials in diverse environments, from open-ocean conditions to littoral zones, to validate its performance and reliability. These tests have confirmed its utility as a hard-kill solution for torpedo defense.
The modular design of the Aegis Dart supports upgrades and enhancements, ensuring its adaptability to emerging threats and technologies. Planned upgrades include improvements to its sonar processing algorithms, extended range capabilities, and integration with next-generation naval platforms. The system’s canisterized design simplifies maintenance and logistics, providing long-term operational readiness.
The Aegis Dart has been adopted as a key component of naval defense strategies, emphasizing the importance of hard-kill solutions in modern maritime warfare. Its ability to neutralize torpedo threats enhances the overall survivability of naval vessels, contributing to a layered defensive network.
Design and development
The Aegis Dart is designed to offer a compact and reliable solution for torpedo interception. Measuring 1.94 meters in length and 210 millimeters in diameter, the torpedo is lightweight and adaptable, enabling deployment from a variety of naval platforms. Its construction emphasizes durability and hydrodynamic efficiency, with a streamlined shape to minimize drag and optimize maneuverability.
The propulsion system of the Dart uses a solid-fuel rocket motor, selected for its rapid acceleration and high-speed performance. This design ensures the torpedo can reach its target within a short timeframe, critical for countering fast-moving threats. The motor is engineered to produce minimal noise, reducing the chance of detection by enemy sensors. The usage of a solid-fuel rocket motor is unique among torpedoes, and allows the vehicle to reach high speeds while remaining incredibly manoeuvrable.
The guidance system integrates a multimode sonar array, comprising passive, active, and intercept modes. The passive mode detects acoustic signatures from incoming torpedoes, while the active mode provides detailed tracking data through sonar pings. The intercept mode combines these capabilities to calculate optimal interception points, ensuring precise engagement.
The Dart’s warhead is a focused high-explosive charge, designed to neutralize torpedoes by detonating at close proximity. This proximity detonation maximizes the destructive effect while minimizing collateral damage to friendly vessels. The warhead’s design prioritizes effectiveness against a variety of torpedo types.
Durability is a core aspect of the Dart’s design. The torpedo’s casing is constructed from corrosion-resistant materials, ensuring reliable performance in challenging underwater environments. Its components are rigorously tested to withstand the pressures and temperatures encountered during deployment.
The system’s modular architecture allows for straightforward upgrades. Hardware and software components can be enhanced or replaced to improve performance, ensuring the system remains effective against evolving threats. Planned improvements include advanced sonar processing algorithms and extended operational range.
Deployment flexibility is another key feature. The Dart can be mounted into launchers on surface ships which are either fixed or trainable, and either placed into dedicated fixed launchers on submarines or placed into torpedo tubes. For smaller torpedo tubes the Dart can be removed from it's launch canister, which will include two ring segments that are left on the torpedo to hold it in place while it is in the torpedo tube, not unlike the mounts for modern anti-tank sabot rounds. This also means that existing surface ships can launch the Dart from shipboard torpedo launchers until refitted to include native capacity for the system.
The Dart can be launched from fixed and under-casing launchers on submarines, as well as vertical and angled launchers on surface ships. This adaptability ensures compatibility with a wide range of naval platforms, enhancing the system’s operational utility.
The Aegis Dart is delivered in a sealed canister that protects the torpedo during storage and handling. This canisterized design simplifies maintenance and ensures the system is ready for rapid deployment when needed. The canister also serves as the launch tube, reducing logistical complexity.
Operationally the Dart is meant to seemlessly integrate with existing torpedo detection systems on surface and submerged assets. Following active detection of an attacking torpedo, the Dart is launched from it's mounting. Upon entering the water or clearing it's launching submarine, the Dart will engage it's tracking systems and intercept the incoming torpedo.
Operators
- The Federation Navy was the first customer for the Aegis Dart, having requested it's development to counter Mutulese torpedo threats within the Kayamuca.