Military Robots Market size was valued at USD 18.03 billion in 2022 and is poised to grow from USD 19.89 billion in 2023 to USD 43.58 billion by 2031, growing at a CAGR of 10.3% in the forecast period (2024-2031).
Military robots and drones are becoming an essential feature and a vital determinant of existing and future warfare and military tactics. Military technologists and civilians are improving novel gizmos that are transforming the war landscape and authorizing the tri-force with operational advantage. Also, several governments are investing in UAVs to keep them ready for critical missions to reduce the number of casualties. These strategies and investments will propel the military robots market in the coming years.
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Top Players in the Military Robots Market
- Northrop Grumman Corporation (US)
- Thales Group (France)
- Clearpath Robotics Inc. (Canada)
- QinetiQ (UK) AeroVironment, Inc. (US)
- Elbit Systems Ltd. (Israel)
- Raytheon Technologies (US)
- BAE Systems (UK)
- Saab AB (Sweden)
- Lockheed Martin Corporation (US)
- General Dynamics Corporation (US)
- Milrem Robotics (Estonia)
- Leonardo (Italy)
- Textron Inc. (US)
- Kongsberg Gruppen (Norway)
- Israel Aerospace Industries (IAI) (Israel)
- Rheinmetall AG (Germany)
- ECA Group (France)
- Rafael Advanced Defense Systems Ltd. (Israel)
- Roboteam (Israel)
- STM (Turkey)
Reconnaissance and surveillance are the common applications of drones with the key objective of spying. UAVs with superior payloads like quality sensors and high-end cameras provide ISR functions. They can efficiently operate at diverse heights which means that they obtain large and accurate pictures and information from the ground or air. They are also actively being used for supply chain and logistics management. These UAVs are also reshaping the landscape of transportation and the supply chain of the military, essentially. UAVs and UGVs can meticulously deliver ammunition, transport supplies, and medical assistance while safeguarding humans to transport in risky locations. Robotic systems are also valued for situations where physical hunting is needed mainly in unfriendly locations or geological places.
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Segments covered
Type
Land, Marine, and Airborne
Platforms
Land Robots (Wheeled, Tracked, Legged, Wearable), Marine Robots (Unmanned Surface Vehicles (USV), Autonomous Underwater Vehicles (AUV), Remotely Operated Vehicles (ROV)), Airborne Robots (Small UAV, Tactical UAV, Strategic UAV, Unmanned Combat Aerial Vehicle (UCAV))
Application
Land (Payloads [Sensors, Radars, Lasers, Cameras, Manipulator Arms, Land Combat systems], Controller Systems, Navigation Systems, Power Systems, Others) Marine (Cameras, Sensors and Radars, Lighting Systems, Navigation Systems, Power Systems, Naval Combat Systems, Others), Airborne (Payloads [UAV Cameras, UAV CBRN Sensors, UAV Electronics Intelligence Payloads, UAV Radar, UAV Combat Systems], Sensors, Navigation Systems, Communication Systems, Propulsion Systems, Power Systems, Others)
System
Land (Payloads [Sensors, Radars, Lasers, Cameras, Manipulator Arms, Land Combat systems], Controller Systems, Navigation Systems, Power Systems, Others) Marine (Cameras, Sensors and Radars, Lighting Systems, Navigation Systems, Power Systems, Naval Combat Systems, Others), Airborne (Payloads [UAV Cameras, UAV CBRN Sensors, UAV Electronics Intelligence Payloads, UAV Radar, UAV Combat Systems], Sensors, Navigation Systems, Communication Systems, Propulsion Systems, Power Systems, Others)
Deployment method
Land (Hand-Tossed, Ground Launched, Air dropped), Marine (Tube Launched, Surface Deployed, Air Dropped), Airborne (Catapult Launched, Hand Launched, Air Launched, Runway Launched)
Range
Land (< 1 KM, 1–5 KM, > 5 KM), Airborne (Visual Line of Sight (VLOS), Extended Visual Line of Sight (EVLOS), Beyond Line of Sight (BLOS)), Marine (< 5 KM, 5–10 KM, > 10 KM)
End use
Defense (Army, Navy, Air Force) and Homeland Security
Mode of Operation
Human Operated (Tethered, Untethered)
Propulsion
Electric, Mechanical, Hybrid
Technological Improvements to Drive Military Drones and Robots
Advances in imaging and detection systems have led to remarkable advancements of two major assets; military robots and military drones. These systems can capture high-resolution images, identify heat patterns, and a significant level of environmental detail surrounding the location. Other advanced technologies being used for surveillance and acquisition comprise hyperspectral and multispectral imaging equipment. Moreover, efforts for enhanced communication networking are seen in the market. Reliable and secure networking and communication are prioritized because of the reliance of UAVs. Sustainable standardization of drones and robots leads to the foundation of high bandwidth and secure communication networks for simultaneous transfer of information and control of robots and drones. Satellite communications and improved encryption helps in effective and secure communication in different environments.
In July 2024, Lockheed Martin emphasized and invested in modern improved technologies in ML and AI. They are the vital beliefs of the company’s 21st Century Security Vision that not only uses ML/AI but also allows itto support client’s critical missions.
In June 2024, Thales is introducing a novel service, OpenDRobotics, that blends robotics with unmanned ground and air vehicles to offer armed personnel with incorporated human-in-loop mission system competency.
In June 2024, Northrop Grumman Corporation joined hands with the United States military on separate 9 trials to enhance operational efficiency and readiness in the Indo-Pacific area.
In September 2023, BAE Systems declared an alliance with Cellula Robotics to display its competencies for novel XLAUV (Extra Large Autonomous Underwater Vehicle), called ‘Herne’ in latter half of 2024.
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Addressing Current Concerns Will Enhance More Applications of Military Robots in Future
Military drones and robots are the critical trends in armed encounters, presently. Their operations and applications are growing at a healthy pace and continuously owing to the steady technological advancements in the domain. Yet, many concerns and threats are associated with their uses and need to be resolved soon for more effective applications in the future.
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