From exclusive, senseless manufacturing and control tools to in-depth educational products, Viking Exos makes the impossible possible.
If you can imagine it, we can design, build, and implement it - empower yourself with confidence.
VIKING
EDUCATIONAL EXOSKELETONS
Your future starts here
ExoLearn
ExoLearn is an affordable, build-your-own exoskeleton learning product designed for school-age and early STEM learners. The product introduces foundational concepts of exoskeletons and wearable technologies through hands-on assembly, experimentation, and guided discovery. By combining physical construction with age-appropriate engineering concepts, ExoLearn transforms complex technologies into something tangible, understandable, and exciting for young learners.
The product is intentionally designed to be easy to assemble, safe, and cost-accessible, making it suitable for classrooms, after-school programs, STEM camps, makerspaces, and at-home learning environments. No advanced tools or prior technical knowledge are required, lowering barriers to participation while maintaining meaningful educational value.
Strategic Objectives
Engage and excite youth about exoskeletons, biomechanics, and wearable technologies through interactive, hands-on learning
Demystify advanced technologies by breaking down how exoskeletons support movement, strength, and human performance
Inspire early interest in STEM pathways, particularly in engineering, robotics, human factors, and biomedical technology
Ensure affordability and accessibility so the product can be widely adopted by schools, educators, families, and community programs
Educational Value Proposition
ExoLearn leverages experiential learning to help students:
Understand how exoskeletons work, including basic mechanics, force assistance, and human-machine interaction
Explore real-world applications of wearable technology in healthcare, mobility support, industry, defense, and space exploration
Develop problem-solving, critical thinking, and design skills through assembly and modification
Build confidence with emerging technologies at an early age
By physically assembling an exoskeleton, learners move beyond passive consumption and become active participants in understanding wearable technology.
Target Audience
School-age learners (upper elementary through middle school, adaptable for early high school)
Educators and STEM facilitators
Parents seeking engaging, educational STEM products
Youth programs, camps, and makerspaces
Pricing & Materials
Base Material Products:
£100 per unit
(Shipping and handling extra
If higher-quality or specialized materials are desired, Viking can produce upgraded components tailored to specific program or research needs.
Additional costs apply for enhanced materials and custom configurations.
ExoScholar
ExoScholar is a higher-education–focused learning and consulting offering designed for universities and advanced academic programs seeking to deliver rigorous, research-driven instruction in biomechanics, robotics, and human augmentation.
ExoScholar supports institutions in integrating advanced exoskeleton and wearable technology concepts into undergraduate and graduate curricula—bridging theory, applied engineering, and real-world research practices.
What ExoScholar Offers
Advanced Curriculum Support
ExoScholar strengthens coursework in biomechanics, robotics, and human-centered engineering, supporting technically rigorous instruction that integrates seamlessly into existing academic programs.
Lab & Capstone Project Development
Institutions receive guidance and materials to support laboratory instruction and capstone projects focused on exoskeleton design, control, evaluation, and human–machine interaction—emphasizing applied learning and real engineering challenges.
Simulation-Based Learning
ExoScholar supports the integration of simulation and modeling approaches to enhance instruction in human motion, system dynamics, and wearable technology performance within research-driven learning environments.
Exoskeleton & Wearable Technology Integration
Advanced exoskeleton concepts—including biomechanics modeling, control strategies, and system evaluation—are incorporated to prepare students for professional engineering practice or advanced research careers.
Expert Consultation Included
Each ExoScholar purchase includes one consultation meeting with a Viking Expert, providing purchasers the opportunity to ask questions and receive guidance related to:
ExoScholar materials
Curriculum, lab, or program integration
Capstone, thesis, or research-focused exoskeleton projects
This consultation ensures institutions can confidently align ExoScholar with their academic and research objectives.
Who It’s For
Universities and colleges
Undergraduate and graduate engineering programs
Biomechanics, robotics, and human-augmentation research groups
Faculty and academic program leadership
Pricing & Materials
Base Material Products:
£500 per unit
(Shipping and handling extra)
Base materials are designed to support advanced academic instruction and research-oriented learning environments.
If higher-quality or specialized materials are desired, Viking can produce upgraded components tailored to specific program or research needs.
Additional costs apply for enhanced materials and custom configurations.
Advancing the Future of Human Motion Education
ExoScholar empowers institutions to deliver advanced, future-ready education in exoskeletons and wearable technologies—preparing the next generation of engineers, researchers, and innovators shaping human performance and mobility.
The ExoLearn and ExoScholar are customizable based on needs. Please contact us for a customised quote.SENSORLESS MANUFACTURING AND CONTROL TOOLS
Viking Sensorless Exo
The Sensorless Exoskeleton controller is a breakthrough for wearable robotics, designed to function without traditional body‑mounted sensors by employing advanced camera‑based vision systems that continuously track user posture, movement, and intent in real time. By eliminating cumbersome sensor arrays, the system reduces setup time, improves user comfort, and minimises maintenance complexity while leveraging AI‑driven control and verification to interpret visual data, predict user actions, and ensure that only trained and authorised operators engage with the system. All active exoskeleton units can be centrally managed through a unified platform that enforces safety protocols, logs usage data, and prevents unauthorised access, with optional facial recognition integration providing biometric authentication to enhance accountability in sensitive environments such as defence, healthcare, and industrial operations.
Configurable for both manufacturing and rehabilitation, the system adapts to diverse use cases ranging from reducing workplace injuries and fatigue to supporting patient recovery and mobility training, while built‑in predictive diagnostics flag potential issues before they occur, lowering downtime and extending equipment lifespan. By merging vision‑based control with AI‑enabled oversight, the Sensorless Exoskeleton sets a new benchmark for safety, usability, and scalability in next‑generation wearable robotics.