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Pforzheim, Germany
101-250 Employees
1993
HENSOLDT Avionics is a leading manufacturer of Situational Awareness and Mission Management Systems. To fulfill our mission, we expanded our activities in the past years. HENSOLDT Avionics, formerly Euroavionics is a leading manufacturer of certified avionic systems that interface with a wide range of third-party avionics and sensors. HENSOLDT Avionics a leading manufacturer of Situational Awareness and Mission Management Systems, designing and producing certified avionic systems that interface with a wide range of third-party avionics and sensors. HENSOLDT Avionics recognises that delivering a first-time-fix and value for money are fundamental expectations of our customers. To this end, HENSOLDT Avionics offer professional and personal support, exciting projects, a cooperative working atmosphere, modern tools as well as development opportunities and attach great importance to practical training. The high-end products are in use world-wide, characterized by their flexibility and their modular concept. Many EMS, SAR, Offshore, military and paramilitary operators trust on HENSOLDT Avionics systems for years.
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AMPS - Airborne Missile Protection System
... AMPS - Airborne Missile Protection System | ...
Hyderabad, India
51-100 Employees
2007
DSPL provides an automation strategy in Defence & Aerospace industry that reduces technical. DSPL’s Communication Tester is a modular, COTS, multifunction, programmable, benchtop, (ATS). DSPL's platform-based approach from characterization to production offers cost-optimized. DSPL’s expertise in the design and development of Electronic warfare solutions includes system concept.
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Missile Checkout System
... Digilogic Checkout System for Missiles helps provide resources to perform Sub-System level or Section level tests on missiles to conduct performance evaluation and functionality tests before they can be utilized. ...
United States
11-50 Employees
2008
Our mission will not be complete until your mission is accomplished. We believe in God, the United States of America, and our duty, honor, and commitment to live those beliefs by providing the best products and services we can deliver to you. We promise service, creative dialogue and innovative and collaborative product design. We do our very best to deliver products and services that will exceed your expectations and requirements on every project. That means our first goal is for you to be successful in accomplishing your mission using our products and our services. We specialize in the design and build of Custom Military Applications and Products. Companies, state, local and government agencies trust us because we provide professional services and design. We also provide complete maintenance on your current training items.
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Surface to Air Missile System
... Surface to Air Missile System > Patriot Products, ...
Columbus, United States
51-100 Employees
2006
We offer build-to-print production services and non-destructive testing for aerostructures and composites from component level to fully integrated assemblies and structures.
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Home - Stark Aerospace
... Located in Columbus, MS, Stark is AS9100 and Nadcap certified specializing in missile system integration, electronic assembly, maintenance, repair and overhaul, and custom aerostructure solutions. ...
Le Plessis-Robinson, France
10001+ Employees
2001
This operation enriched MBDA’s range of technologies and products, consolidating the Group’s world-leading position in the industry. Trials by MBDA, Leonardo and QinetiQ with Dstl deliver first high power firing against aerial targets. MBDA is pleased to announce it has signed a contract in Sweden to deliver Common Anti-air Modular Missiles (CAMMs) for the Swedish Armed Forces. MBDA subsidiary TDW GmbH has been awarded a contract to produce and deliver 2,600 PARM to the German Armed Forces. To maintain our leading position we need to call on the best skills across a range of disciplines.
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Missile Systems University | MBDA
... The Missile Systems University Share and develop excellence Supports knowledge and know-how transfer Develops partnerships with academia, schools and other […] ...
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1/350 MK12 Guided Missile Launching System (GMLS)
... The 1/350 MK12 Guided Missile Launching System (GMLS) is crafted with exquisite detail and accuracy, ideal for serious naval modelers. The twin-arm launcher allows for the highly accurate RIM-8 Talos surface-to-air missiles to be employed below main deck magazines. Designed for use in ...
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Missile Actuation System
... The Missile Actuation System controls the position of the missile fins in response to steering commands from the flight computer. It provides precise position control surfaces, providing flight control in response to guidance commands. ...
Berlin, Germany
501-1000 Employees
1955
Die Bundeswehr beteiligt sich mit einem Seefernaufklärer P3-C Orion an der Operation Irini. Die Bundeswehr hat den Auftrag bei der Aufrechterhaltung eines sicheren Umfeldes und der Einhaltung des Dayton-Abkommens zu unterstützen. Wir stellen einen Hubschrauberpiloten beim Such- und Rettungsdienst der Bundeswehr vor. März übernimmt die Luftwaffe wieder für neun Monate bei der NATO-Mission Baltic Air Policing die Luftraumsicherung. Seit 2005 beteiligt sich die Luftwaffe an der NATO-Mission zum Schutz des baltischen Luftraums. Unmittelbar vor Beginn der EUEuropäische Union-Mission Aspides hat Boris Pistorius die Fregatte und ihre Besatzung am 20. Boris Pistorius unterzeichnete heute in Westerstede den neuen Kooperationsvertrag zwischen Bundeswehrkrankenhaus und Ammerland-Klinik GmbHGesellschaft mit beschränkter Haftung. Die Beobachtungen in der Ukraine zeigen auf, worauf es für den Sanitätsdienst der Bundeswehr in der Landes- und Bündnisverteidigung ankommt.
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Sea-to-Air Guided Missile System for U212A (IDAS)
... IDAS guided missile system – submarine self- ...
Gurugram, India
251-500 Employees
2007
Defsys is a leading Indian systems integration company leveraging its capabilities to provide advanced solutions for a variety of defence and aerospace applications. We are a privately held entity having valuable experience in design, manufacture and integration of advanced electronic systems. Established in 2007, Defsys has grown from a small Bangalore based design team to a multinational globally recognized company with state of the art manufacturing facilities and newest technologies. Defsys Solutions is an ISO 9001:2008 certified company spread on five locations across India; two of them being the manufacturing units. Defsys develops sophisticated technological solutions that are designed for defense, aerospace and homeland security projects. Defsys has a fully integrated production facility with state-of-the-art infrastructure, set as a Centre of Excellence for design and manufacturing of Mission Systems for all types. Defsys designs, develops and manufactures state of the art training simulators. Defsys Solution has in Gurgaon a modern and fully OEM certified production line for role equipment for the fighter aircraft pylons and external fuel tanks..
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DEFSYS SOLUTIONS
... Missile Sub-Systems ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Missile Systems
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 89 |
| Amount of suitable service providers | 62 |
| Average amount of employees | 51-100 |
| Oldest suiting company | 1955 |
| Youngest suiting company | 2020 |
Missile systems comprise an integrated assembly of high-precision components designed to deliver a payload from a launch point to a specific target. These systems utilize advanced propulsion mechanisms, guidance software, and flight dynamics to navigate across distances, often at supersonic or hypersonic speeds. Central to their operation is the missile itself, a self-propelled weapon that can be directed against surface or aerial targets with remarkable accuracy. This technology leverages sophisticated onboard sensors and computing capabilities to adjust its flight path in real-time, ensuring successful mission outcomes even in complex combat scenarios. The impact of missile systems within military and defense sectors is profound, offering a strategic advantage by enhancing the precision and reach of a nation's armed forces. These systems have revolutionized modern warfare, allowing for preemptive strikes and the neutralization of threats from safe distances. In addition to their tactical military applications, missile systems also play a crucial role in deterrence, serving as a key component in the defense policies of many nations. Their development and deployment are closely watched by global security analysts, as they significantly influence the balance of power in international relations. Furthermore, advancements in missile technology often spur innovations in related fields, such as aerospace engineering and cybersecurity, highlighting their broader influence beyond military applications.
1. Extended Range and Precision
Missile systems offer significantly longer ranges compared to traditional artillery and firearms, allowing strikes against targets that are hundreds or even thousands of kilometers away with remarkable accuracy. This precision reduces the likelihood of collateral damage and increases the effectiveness of military engagements.
2. Versatility
These systems can be launched from various platforms, including ships, submarines, aircraft, and ground-based launchers, providing a versatile tool for strategic military operations. This adaptability ensures that missile systems can be employed in diverse scenarios, enhancing a country’s defense capabilities across multiple domains.
3. Speed of Deployment
Missiles can be deployed rapidly, reaching their targets in a fraction of the time required by other military options. This speed is crucial in modern warfare, where the ability to strike quickly can deter adversaries and protect national interests with minimal advance warning.
4. Deterrence Effect
The mere possession of advanced missile systems acts as a powerful deterrent against potential aggressors. Knowing the destructive capability and reach of these weapons can discourage hostile actions, maintaining peace and stability in volatile regions.
While evaluating the different suppliers make sure to check the following criteria:
1. Compliance with International Regulations
Ensure the supplier adheres to global arms control treaties and export regulations to avoid legal complications.
2. Technological Sophistication
Evaluate the technological advancements of their missile systems, including guidance accuracy, propulsion technology, and payload capabilities.
3. Customization Capabilities
Assess the supplier's ability to customize missile systems according to specific defense requirements and operational scenarios.
4. Support and Maintenance Services
Verify the availability of comprehensive support and maintenance services to ensure long-term operability and reliability.
5. Cost-Effectiveness
Consider not only the initial procurement cost but also the lifecycle cost, including maintenance, upgrades, and operational efficiency.
6. Proven Track Record
Look for suppliers with a proven track record of successful deployments and positive feedback from other defense entities.
Missile systems, while predominantly associated with defense and military applications, find their utility extended into several B2B sectors, showcasing their versatility and technological advancement. In the aerospace industry, companies utilize missile technology for research and development purposes. This includes testing new aerospace materials, propulsion systems, and flight dynamics, contributing significantly to advancements in commercial aviation and space exploration. In the realm of maritime security, businesses specializing in maritime logistics and shipping leverage missile systems for protection against piracy and to safeguard strategic sea lanes. These systems ensure the secure transport of goods across international waters, enhancing global trade efficiency and safety. Another notable use case involves missile technology integration into the defense manufacturing sector. Companies involved in the production of military hardware incorporate advanced missile systems into their product offerings. This not only enhances the effectiveness of their products but also contributes to national and international security by providing advanced defense capabilities. Lastly, in the burgeoning field of private security services, firms adopt missile technology for high-threat protection services. This includes securing critical infrastructure, high-value assets, and VIPs in regions prone to conflict, ensuring their clients’ safety through state-of-the-art defense mechanisms. Across these industries, missile systems represent a pinnacle of technological innovation, offering solutions that enhance safety, security, and operational efficiency in complex and challenging environments.
Missile systems, as a broad category, span various Technology Readiness Levels (TRLs) depending on the specific system and its state of development. However, many of the most advanced operational missile systems today can be classified at TRL 9, which signifies that they are fully developed technologies that have been proven through successful mission operations. This high level of readiness is attributed to extensive research, development, and testing processes that these systems undergo. Advanced missile systems, including intercontinental ballistic missiles (ICBMs), cruise missiles, and anti-aircraft systems, have undergone rigorous testing in controlled and operational environments, demonstrating their effectiveness, reliability, and safety under realistic conditions. The progression to TRL 9 also reflects the integration of cutting-edge technology such as precision guidance systems, stealth capabilities, and advanced propulsion technologies, which have been refined and validated through multiple development phases. The technical sophistication and proven performance of these systems underscore the extensive investment in research and development, ensuring their readiness for deployment and operational use. This culmination of successful testing, operational feedback, and continuous improvement cycles confirms the high TRL of today's missile systems, signifying their status as mature and operationally proven technologies in the defense sector.
In the Short-Term, advancements in missile systems are set to focus on increasing precision and reducing collateral damage. Enhanced guidance systems incorporating AI and machine learning algorithms will enable missiles to adapt their flight path in real-time, improving accuracy against mobile or rapidly changing targets. Integration of cyber capabilities will also begin, allowing for the disruption of enemy communications and defense networks prior to impact. The Mid-Term developments are expected to revolve around hypersonic technology, with missiles achieving speeds greater than Mach 5. This leap will significantly reduce the time enemies have to react or deploy countermeasures, effectively changing the dynamics of aerial and missile defense strategies. Energy weapons, such as high-powered lasers and electromagnetic railguns, will start to be deployed alongside traditional missile systems, offering diverse offensive capabilities and defense against incoming threats. Looking into the Long-Term, the focus shifts towards fully autonomous missile systems capable of conducting operations without direct human intervention. These systems will leverage advanced AI to identify, track, and engage targets based on pre-defined rules of engagement. Space-based missile platforms may emerge, offering global strike capabilities from orbit and the ability to intercept intercontinental threats, marking a significant expansion of missile system utility beyond Earth's atmosphere.
