hexapod

Agile Hexapod Sees with Market’s Smallest, Lowest Cost LIDAR

Agile Hexapod Sees with Market’s Smallest, Lowest Cost LIDAR

At the Bay Area Maker Faire, we saw one of the coolest autonomous robots ever: Rhoeby, a navigation-capable hexapod. While the robot is built from a customized version of a standard ROBOTIS Bioloid “spider” kit, the real magic behind Rhoeby is the LIDAR (Light Detection and Ranging) system. LIDAR systems work in a similar fashion to radar. The system sends […]

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The Mantis Rideable Hexapod

Hexapods, mechanical creatures with six legs, can be one of the easier ways to make a walking robot. A hexapod was one of my first robotics projects, and it turned out great. Great for being around 4 inches tall that is! If you’d like inspiration to build something much bigger, and admittedly more awesome, check […]

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Multi-mode Hexapod Switches Instantly Between Rollerskating and Walking Locomotion

Multi-mode Hexapod Switches Instantly Between Rollerskating and Walking Locomotion

Dog-size insectoid robot features anodized aluminum frame, inline skate wheels.

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Hexy the Hexapod now in the Maker Shed

Hexy the Hexapod now in the Maker Shed

What has 6 legs, 19 servos, an Arduino for brains, and ultrasonic sensor eyes? It’s Hexy the Hexapod robot from Arcbotics, and it’s available in the Maker Shed just in time for the Holidays.

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Hexy the Hexapod: Available at Maker Faire New York

Hexy the Hexapod: Available at Maker Faire New York

Hexy is a robotic hexapod kit from Arcbotics. It’s a cute, cheap, easy and fun intro to advanced robots. It’s Arduino compatible, and 100% Open Hardware/Software. Unless you were one of the over-500 Kickstarter backers who supported Hexy at $175 or higher, a Hexy kit is going to be hard to come by. But you’ve […]

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Sub-0 Cardboard Hexapod Robot

Sub-$100 Cardboard Hexapod Robot

Mike Estee has been laser-cutting hexapod limbs from cardboard and is making great progress on his hexapod project. As he explains:

As I’ve written about in the past, cost can be measured in many ways. For this exercise I’m primarily interested in cost of materials, cost of manufacturing, and assembly time. Design time isn’t particularly optimized here, but as we build on previous iterations, hopefully we can stay ahead of complexity. On the cold hard cash front, I think I’m doing pretty well. This little fellow consists of: $1.00 in cardboard, $54.60 in servos, and $29.95 in servo controllers.

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MorpHex = Conventional Hexapod + 2

MorpHex = Conventional Hexapod + 2

This is Norweigian Kåre Halvorsen’s MorpHex project. +1: MorpHex improves upon the traditional static hexapod body by the addition of a set of six radially-irising arms, each of which carries the top leg joint of one of the six legs. By expanding or contracting the iris, the diameter of MorpHex’s overall footprint can be dynamically […]

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