@boxixia3213 created this open-source untethered quadrupedal soft robot platform for dynamic locomotion (e.g., high-speed running and backflipping)
Latest posts
RMIT Prints Architectural Forms With Coffee Waste Filament
RMIT researchers turned spent Melbourne coffee grounds into a stronger, biodegradable printing material and a full-scale demonstrator for Melbourne Design Week.
De Montfort University Fellowship Backs 3D Printed Artificial Muscles for Soft Robots
A Royal Academy of Engineering fellowship gives De Montfort University's Meisam Abdi up to a year to print piezoelectric muscles for safer soft... read more »
Metal 3D Printed Propellers Make Powerboat World Championship Debut in UIM F2
Steel Developments and Caleb Jelf ran two five-bladed stainless steel propellers, 3D printed with direct metal laser sintering, in UIM F2 World Championship... read more »
Snapmaker Opens Snapmaker Space and Backs Full Spectrum Color Printing With a Four-Filament Bundle
Snapmaker has opened the beta of Snapmaker Space, a model platform built around its U1 toolchanger. It launches with more than 2,500 models... read more »
Miami University Studies Greener Ways to Machine 3D Printed Carbon Fiber Parts
An NSF-funded Miami University project compares dry, minimum quantity lubrication and cryogenic machining for finishing printed CFRP parts.
OECHSLER Scales Carbon Lattice Production to 40 Printers Running Around the Clock
OECHSLER runs 40 Carbon printers on three shifts and expects to make roughly two million components in 2026.
Mom’s 3D Printed Learning Toys for Her Toddler Draw Over 6 Million Views
A US mom prints pretend play toys for her two-year-old son at home, and her Instagram Reel about them went viral with parents.
Full Color 3D Printers in 2026: What You Can Actually Buy
A full color 3D printer prints an object with photographic shading and millions of blended tones in a single job, the way a... read more »
Open Source RepRapMicron Now Cures Resin at Micron Scale Through a Network Patch Cord
RepRapMicron now cures resin at micron scale by shining a UV LED down an ordinary network patch cord, using off the shelf parts... read more »
