Spyder

Spyder is our hexapod robotics project, it is more advanced and includes hands on experience on how to program, assemble and deploy a real-world walking bot

Value

Robotics Operating System, Inverse Kinematics, Animatronics

Timeline

Semester

This project encompasses many advanced aspects of control theory, inverse kinematics, assembling a functional robot, simulations, physics, and more. If you're up for a challenge or simply want to build a walking robot that interacts with the world, join us today!

This course will guide you in understanding the math behind robotics computation, programming various functionalities, and integrating them with hardware. What are the power requirements? What is the back-EMF of motors? What types of servos should you use? What control algorithms will create the best response?

Dive into the world of robotics and find out!

Spyder

Spyder is our hexapod robotics project, it is more advanced and includes hands on experience on how to program, assemble and deploy a real-world walking bot

Services

Product Design, Strategy, Branding, No-Code Development

Tools

Value

Robotics Operating System, Inverse Kinematics, Animatronics

Value

Robotics Operating System, Inverse Kinematics, Animatronics

Timeline

Semester

Timeline

Semester

Spyder

Spyder

Spyder is our hexapod robotics project, it is more advanced and includes hands on experience on how to program, assemble and deploy a real-world walking bot

Services

Product Design, Strategy, Branding, No-Code Development

Tools

Value

Robotics Operating System, Inverse Kinematics, Animatronics

Value

Robotics Operating System, Inverse Kinematics, Animatronics

Timeline

Semester

Timeline

Semester

This project encompasses many advanced aspects of control theory, inverse kinematics, assembling a functional robot, simulations, physics, and more. If you're up for a challenge or simply want to build a walking robot that interacts with the world, join us today!

This course will guide you in understanding the math behind robotics computation, programming various functionalities, and integrating them with hardware. What are the power requirements? What is the back-EMF of motors? What types of servos should you use? What control algorithms will create the best response?

Dive into the world of robotics and find out!

In conclusion, CourseSite is the ultimate solution for educators and creators in web design and development. Its sleek design, comprehensive features, and ease of use make it the perfect platform for building professional and impactful online courses, helping educators connect with their audience and empower the next generation of digital creators.

This project encompasses many advanced aspects of control theory, inverse kinematics, assembling a functional robot, simulations, physics, and more. If you're up for a challenge or simply want to build a walking robot that interacts with the world, join us today!

This course will guide you in understanding the math behind robotics computation, programming various functionalities, and integrating them with hardware. What are the power requirements? What is the back-EMF of motors? What types of servos should you use? What control algorithms will create the best response?

Dive into the world of robotics and find out!

This project encompasses many advanced aspects of control theory, inverse kinematics, assembling a functional robot, simulations, physics, and more. If you're up for a challenge or simply want to build a walking robot that interacts with the world, join us today!

This course will guide you in understanding the math behind robotics computation, programming various functionalities, and integrating them with hardware. What are the power requirements? What is the back-EMF of motors? What types of servos should you use? What control algorithms will create the best response?

Dive into the world of robotics and find out!

In conclusion, CourseSite is the ultimate solution for educators and creators in web design and development. Its sleek design, comprehensive features, and ease of use make it the perfect platform for building professional and impactful online courses, helping educators connect with their audience and empower the next generation of digital creators.

Other Projects

Other Projects

Reach out anytime

Let’s Stay Connected

Got any further questions? Simply DM us on Instagram or Discord

Let’s Stay Connected

Got any further questions? Simply DM us on Instagram or Discord

Reach out anytime

Let’s Stay Connected

Got any further questions? Simply DM us on Instagram or Discord

© 2025 ROBOSOC

Built for University of Manchester

Built for University of Manchester


© 2025 ROBOSOC

© 2025 ROBOSOC

Built for University of Manchester