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Auxivo EduExo Pro exoskeleton designed for students

Auxivo EduExo Pro exoskeleton 2024

In a world where new technologies often remain out of reach of students due to limited resources, Auxivo EduExo Pro Exoskeleton Educational Kit offers a much-needed solution. Traditional educational methods can leave students feeling disconnected from the practical applications of their studies.

EduExo Pro changes that by providing a hands-on, project-based learning experience that brings exoskeleton technology to life. With comprehensive components and a user-friendly manual, this kit changes the way students learn and innovate, paving the way for tomorrow’s engineers.

Auxivo EduExo Pro Exoskeleton

Points of interest:

  • Auxivo EduExo Pro is an educational exoskeleton platform.
  • Designed for project-based learning, with the flexibility to design custom projects.
  • Includes structural parts, mechanical components, motor actuators, sensors and control electronics.
  • It works under the control of the Arduino Nano 33 IoT board.
  • The kit includes an assembly and programming manual.
  • Suitable for high school and university level engineering courses.
  • Available for CHF 1790.00 (approximately EUR 1890 / USD 2000).

Complex technology relies on existing knowledge, and college students need tools to gain hands-on experience. To help educate the next generation of exoskeleton engineers, Auxivo recently introduced the updated EduExo Pro exoskeleton kit.

Auxivo EduExo Pro Exoskeleton Kit Contents

The Auxivo EduExo Pro is an educational exoskeleton platform designed to help students learn the fundamentals of exoskeleton technology through a project-based learning approach. This kit offers enough flexibility for students to experiment with their own designs, making it an invaluable resource for aspiring engineers. Originally launched on Kickstarter in 2021, Auxivo has now released an updated version of the EduExo Pro.

Comprehensive hardware set

The hardware in the EduExo Pro kit consists of:

  • Structural parts
  • Mechanical components
  • Motor actuators
  • Sensors
  • Control electronics

The kit includes everything needed to build a full-arm exoskeleton, featuring a 2-degree-of-freedom shoulder joint and a 1-degree-of-freedom elbow joint. This comprehensive hardware kit ensures that students have all the components they need to get started on their exoskeleton projects.

Arduino Nano 33 IoT Board

For maximum compatibility and versatility, Auxivo EduExo Pro runs on an Arduino Nano 33 IoT board. This allows students to use Arduino’s powerful integrated development environment (IDE) to program advanced behaviors and integrate the exoskeleton with other software, such as Unity 3D. The use of Arduino technology makes EduExo Pro accessible to a wide range of learners, from beginners to advanced users.

Educational manual

The supplied manual walks students through the assembly and programming of the exoskeleton arm. This step-by-step guide ensures that students can successfully complete their projects even if they have no prior experience with exoskeleton technology. Additionally, teachers have the option of creating their own curriculum or allowing students to develop new projects, making EduExo Pro a versatile tool for high school and university-level engineering courses.

Availability and prices

The Auxivo EduExo Pro is available for purchase in the Auxivo store for CHF 1,790.00 (approximately EUR 1,890 / USD 2,000). This investment provides students with a comprehensive learning experience that can help them develop the skills needed to succeed in the field of exoskeleton engineering.

Additional areas of interest

Those interested in further exploring exoskeleton technology can look into several other areas:

  • Robotics: Understanding the broader area of ​​robotics can provide valuable context for exoskeleton technology.
  • Biomechanics: Understanding the mechanics of human movement can help students design more effective exoskeletons.
  • Software development: Learning to program and create software is key to creating advanced exoskeleton behaviors.
  • 3d printing: Using 3D printing technology, students can create custom parts for their exoskeleton designs.

By exploring these additional areas, students can gain a comprehensive understanding of the technologies and principles that underlie exoskeleton engineering. This comprehensive approach to education can help prepare the next generation of engineers to push the boundaries of what is possible with exoskeleton technology.

Filed under: Technology News





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