CLAWAR 2026 Conference

CLAWAR 2026 is the 29th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines. Organized by the CLAWAR Association in collaboration with Cranfield University, this internationally recognized conference brings together researchers, engineers, scientists, technology innovators, industry leaders, and students to exchange ideas and showcase the latest developments in robotics and intelligent systems.

The conference has earned an outstanding reputation for promoting innovation in mobile robotics, autonomous systems, artificial intelligence, machine learning, sensing technologies, robot control, human-robot collaboration, field robotics, industrial automation, and service robotics. The 2026 edition focuses on the theme "Exploration, Resilience and Recovery," highlighting how robotic technologies are transforming industries and addressing real-world challenges.

Held over three days at Cranfield University in the United Kingdom, the conference offers a comprehensive technical programme featuring keynote speeches, invited presentations, technical paper sessions, workshops, networking opportunities, poster presentations, and discussions on future research directions.

Why Attend CLAWAR 2026?

CLAWAR 2026 provides participants with an exceptional opportunity to stay updated on cutting-edge robotics research while building valuable international collaborations. Whether you are an academic researcher, industrial engineer, robotics developer, or postgraduate student, the conference delivers practical insights into emerging technologies that are shaping the future of automation.

Delegates can explore new research findings, interact with leading experts, discover commercialization opportunities, and discuss the latest advances in autonomous robots operating across industrial, medical, agricultural, construction, and hazardous environments.

Conference Themes

The conference covers a wide range of research and engineering topics, including:

• Mobile robotics

• Walking and climbing robots

• Autonomous navigation

• Artificial Intelligence

• Machine learning

• Robot perception

• Human-robot interaction

• Field robotics

• Industrial automation

• Robot control systems

• Mechatronics

• Service robotics

• Medical robotics

• Inspection robots

• Rescue robotics

• Underwater robotics

• Space robotics

• Agricultural robotics

• Sensors and embedded systems

• Simulation and modelling

• Ethical and societal considerations of robotics

Conference Highlights

The event features internationally respected keynote speakers from academia and industry sharing their expertise on the latest robotics innovations.

Technical paper presentations provide researchers with an opportunity to present original work and receive valuable feedback from experts.

Special sessions and workshops allow delegates to gain practical knowledge of emerging robotic technologies and applications.

Networking sessions encourage collaboration among universities, research organizations, startups, technology companies, and industrial partners.

Accepted papers are published in Springer's Lecture Notes in Networks and Systems (LNNS), with indexing in Scopus and EI Compendex, providing significant international visibility for research contributions.

Who Should Attend?

CLAWAR 2026 welcomes professionals and researchers from around the world, including:

• Robotics engineers

• Mechanical engineers

• Electrical engineers

• Automation specialists

• AI researchers

• Computer scientists

• Industrial designers

• University faculty

• Research scholars

• Graduate students

• Manufacturing professionals

• Innovation managers

• Government researchers

• Technology consultants

• Startup founders

Learning Opportunities

Participants will gain insights into advanced robotic locomotion, intelligent control systems, autonomous navigation, robotic sensing technologies, digital twins, AI-powered automation, and future applications of service robots.

Experts will discuss how robotics is transforming healthcare, manufacturing, infrastructure inspection, disaster recovery, logistics, transportation, defence, agriculture, and environmental monitoring.

Interactive sessions will also explore collaboration between academia and industry, commercialization strategies, standards development, and future research priorities.

Networking Benefits

One of the strongest advantages of CLAWAR 2026 is its international networking environment. Researchers from universities, industrial organizations, technology providers, and government agencies come together to exchange ideas and establish long-term collaborations.

Attendees can connect with keynote speakers, conference chairs, sponsors, exhibitors, and fellow delegates to discuss joint research, funding opportunities, technology transfer, and innovation partnerships.

Why Cranfield University?

Cranfield University is internationally recognized for engineering, aerospace, manufacturing, robotics, and technology research. Hosting CLAWAR 2026 at Cranfield provides participants with access to world-class facilities and an environment dedicated to innovation and advanced engineering.

Expected Outcomes

Delegates will leave the conference with updated technical knowledge, expanded professional networks, fresh research ideas, potential collaboration opportunities, and practical insights into the future of robotics and intelligent autonomous systems.

Researchers can also increase the global impact of their work through publication opportunities and discussions with internationally recognized experts.

Wrapping Up

CLAWAR 2026 represents one of Europe's leading robotics conferences dedicated to climbing robots, walking robots, autonomous systems, and support technologies for mobile machines. The event combines academic excellence with industrial relevance, making it an ideal platform for learning, collaboration, and innovation.

Whether your interests lie in robotics research, AI-driven automation, industrial engineering, or intelligent autonomous systems, CLAWAR 2026 offers an outstanding opportunity to explore emerging technologies, present innovative research, and build meaningful professional connections with the global robotics community.