World's Biggest Drivable Hexapod Robot - Computerphile

TL;DR

The Mantis Hexapod Walking Machine is a large-scale hexapod developed for testing software scalability and as a creative engineering project.

Transcript

so this is the mantis hexapod walking machine as a six-legged walking machine that was developed for wear to test two things really it was to test whether the software that I developed on smaller machines would scale up to larger machines for in hospital industrial application and as a creative engineering project so trying to cover two things in o... Read More

Key Insights

• 🏆 The Mantis Hexapod Walking Machine was developed to test software scalability and as a creative engineering project.
• 🏋️ The software had to be redeveloped to accommodate the increased weight and size of the machine.
• 🎮 The control system consists of a hex engine for control and communication, control stations on each leg, and an Ethernet network for user interface and remote control capabilities.
• 🎮 The machine can be controlled and monitored through a user interface, physical control panels, and joysticks.
• 🎰 The aesthetics of the machine were important to the developer, but not necessary for its operation.
• 😤 The project required significant time and budget, and would have been better suited for a team effort.
• 🚄 The machine's current speed is limited by the flexibility of the legs, but it was never intended to be a high-speed machine.
• 🤗 The developer is open to selling or donating the machine to a company or museum, but it requires maintenance and adjustments to keep it operational.
• 🎰 The machine is designed for easy transportation on a trailer.

Questions & Answers

Q: What was the main purpose of developing the Mantis Hexapod Walking Machine?

The machine was developed to test the scalability of software and as a creative engineering project.

Q: How did the software on the machine evolve for larger scale use?

The software had to be completely redeveloped to handle the increased weight and size of the machine.

Q: What is the role of the hex engine in the control system?

The hex engine is responsible for inverse kinematics, control algorithms, gait generation, and communication with the control stations on each leg.

Q: How is the machine controlled and monitored?

The machine can be controlled and monitored through a user interface connected via an Ethernet network, as well as through physical control panels and joysticks in the cab.

Summary & Key Takeaways

• The Mantis Hexapod Walking Machine was developed to test software scalability and for creative engineering purposes.

• The software on board the machine had to be redeveloped to accommodate the increased weight and size of the machine.

• The machine uses a hex engine for control and communication between the control stations on each leg, as well as an Ethernet network for user interface and remote control capabilities.