Market Scope
MRFR (Market Research Future) anticipates significant gains for the military robotics and autonomous systems market 2020, as it is on track to procure a CAGR of more than 13% during the appraisal period (between 2021 and 2027). We will provide COVID-19 impact analysis with the report, along with all the extensive key developments in the alkyd resin market 2020 following the coronavirus disease outbreak.
Key Boosters and Primary Challenges
Military robots are remote-controlled robots or autonomous robots that are designed for several functions, be it transport or search & rescue or even strike mission. Military robotics and autonomous systems that have been rolled out or are presently in the prototype stage in the US are significantly logical, autonomous and proficient compared to the ones used in Afghanistan and Iraq. With the development of new add-ons, military robots are expected to boast of a wider range of battlefield applications. As of now, the biggest user of Military Robotics & Autonomous Systems Market remains the United States while Russia and China are spending close to billions on robotics’ research and development to catch up with the US in the following years.
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The combination of robotics and autonomous system (RAS) and artificial intelligence (AI) can emerge as a game changer for the military sector. RAS, especially after the integration of AI, has a broad range of applications, with an essential one being the ability to reduce the risk to the lives of soldiers, which means need for lower priced ground systems. Increased focus on developing unmanned military systems, expanding application scope of military robots and the soaring number of military modernization programs across countries can foster the growth of the military robotics and autonomous systems industry. It is projected that the applications as well as sales of advanced military robotics and autonomous systems can surge exponentially in the coming years, in view of the fact that various armies are continuously developing and investing significantly in the latest technologies.
Militaries across countries are heavily focused on designing novel robot technologies that have various roles to play during wars. For instance, the DARPA or Defense Advanced Research Projects Agency recently financed an advanced robotic submarine system that has multiple applications, ranging from engaging in anti-submarine operations, protecting ships in harbors and detecting underwater mines. Key manufacturers are increasingly focusing on developing innovative and technically advanced robots with a higher application scope on the battlefield. Companies are also tying up with militaries, taking on the role of exclusive suppliers, which helps them procure a loyal customer base. To illustrate, in November 2020, QinetiQ supplied an experimental Robotic Combat Vehicles to the US Army. This Robotic Combat Vehicle has the ability to shoot missiles, detect targets for artillery, launch mini-drones, and is compatible with various weapons as well as the autonomy software.
Segmental Analysis
Military robotics and autonomous systems industry can be segmented in terms of type, operation, application and platform.
The types of Military Robotics & Autonomous Systems Market are unmanned marine vehicles, unmanned air vehicles and unmanned ground vehicles. The unmanned ground vehicles segment can record the highest growth rate over the forecast timeline, thanks to the escalating need for advanced land robots for multiple applications such as reconnaissance and counter-IED operations.
Operation-wise, the key segments are semi-autonomous, fully autonomous and remote controlled. The autonomous segments exhibit the potential to grab the better growth rates in light of the heightened preference for semi and fully autonomous military robots across a number of countries.
Application-wise, the segments include logistics support, explosive disarmament, search and rescue, reconnaissance, fire support, and others. The search and rescue segment can possibly secure the fastest expansion rate, since RAS facilitates high situational awareness and bolsters the efficiency of air-ground teams integrated with manned as well as unmanned combat systems during search and rescue operations.
Platforms considered in the market study are lethal as well as non-lethal. The non-lethal segment is most likely to take the lead in the future.
Regional Insight
The regional insight into the military robotics and autonomous systems market covers Europe, North America, Asia Pacific or APAC, and RoW or the rest of the world.
Europe can soon emerge as the global leader, with NATO members increasingly spending on advanced autonomous military systems. Various significant strides with respect to designing of military robotics in line with technological innovations in automation as well as sensors systems are also responsible for the European market’s strong performance. Most of the military robots used in the region are equipped with innovative technologies related to automated weapon systems and have the ability to counter any sort of attack. Companies in the region are focused on testing and developing modern robots that are able to navigate the vehicle around a set of pylons, traverse several terrains, remove debris, climb ladders, operate during disasters, and shut off a series of valves.
The APAC market primarily benefits from the surge in extensive R&D activities for advanced autonomous weaponized ground systems that ensure lower risks to the lives of defense personnel on the battlefield. India and China are increasingly using robots and autonomous systems for mine countermeasures, while also deploying UAVs during life-threatening operations, which can translate into substantial revenues for the APAC market in the long term.
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