Search results for: 'robot self cleaning'

This research service analyzes Japan's FY 2024 national defense budget request and the Defense Buildup Program (FY 2023 FY 2027) to briefly discuss Japan's indigenous defense manufacturing prowess and growth outlook. The study examines Japan's national policies, international defense, and security relationships, and the regional geopolitical climat...

Soft robotics has been experiencing tremendous technological growth in recent years. Research and development activities have increased to optimize and increase the range of applications and support the growing needs of various industries. Because soft robotics technology poses immense advantages, many industries are designing and developing new ty...

The Advanced Manufacturing Technology Opportunity Engine highlights a diverse set of advanced robotics and additive manufacturing innovations shaping next-generation industrial and autonomous systems. It features a hybrid wheeled-humanoid robot enabling agile, multi-modal mobility across complex terrains, alongside mobile robotic welding systems de...

This study explores the potential growth opportunities for global industrial inspection robotics. The emphasis on workforce safety and customers' growing interest in automation are significant drivers for adopting robots for inspection services, which are being deployed across several industries, including oil and gas, utility, chemicals, railways,...

25 May 2023  |  Global  |  Technology Research

Emerging Opportunities for Robotics in Military and Defense Applications

Surveillance, Logistic Support, Explosive Detection and Neutralization are High Impact Sectors

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Various military operations increasingly choose to deploy robots due to the advantages they provide in various safety, surveillance, and rescue operations. These robots help troops improve the accuracy of a task, provide flexibility to perform multiple functions, shorten time required to complete tasks, enable traversing in hazardous environments, ...

A robotic arm is a programmable mechanical arm that consists of actuators placed at the joints to enable different functions and handle varying payloads, similar to how the human arm works. Some common activities performed by robotic arms include: picking and placing, sorting, welding, screwing, machine tending, painting, and injection molding. In ...

This study explores potential growth opportunities for robots in the agriculture industry. Driven by advancements in AI/ML, machine vision, and autonomous navigation, agricultural robots are executing tasks such as planting, weeding, harvesting, spraying, and crop monitoring with greater precision and efficiency. Designed for workforce augmentation...

Collaborative robotics is emerging as a key force in the automation landscape, moving from industrial environments into homes and urban ecosystems. By integrating mechanical compliance, AI-driven perception, and human-aware intelligence, collaborative robots (cobots) are changing the way cities, homes, and institutions provide services in a safe, e...

The global building construction robotics market is transitioning from proof of concept to selective deployment, shifting focus from technological feasibility to execution at the project and contractor level. Growth is influenced by the ability of firms to redesign workflows, manage human robot coordination, and embed robotics into site operations ...