Absolutely incredible Warhammer Ultramarine cosplay

Engineering grad student Jeremy Chang (upwdesign on Instagram) built this absolutely bonkers Warhammer Ultramarine cosplay. He applied techniques he learned doing suit simulator research at the University of Maryland's Space System Lab to add mobility to his suit, including the ability to turn and rotate the arms. The result is one of the most amazing cosplay armors I've ever seen. The fact he can move at all is impressive. I fall down the stairs if my sweater is too thick and this guy is walking around in an eight foot bipedal tank.
Keep going for a few more shots and a video of Nardio's interview with him.


(via Nardio)
Researchers design super small camera that fits on bugs
Researchers at the University of Washington have designed a steerable camera small enough to fit on the back of a bug. According to IEEE Spectrum: With a...
MIT researchers create deepfake of Nixon delivering 'In Event of Moon Disaster' speech
To illustrate the dangers of deepfakes, a team from the MIT Center for Advanced Virtuality created a deepfake of President Nixon delivering the real contingency speech written...
This guy made a robot to cut his own hair with scissors
Stuff Made Here's Shane made a robot to cut his own hair and he did it the hard way, bypassing trimmers and other shortcuts and going for...
Russians replace rear wheels on car with metal legs
The Russian auto engineers at Garage 54 decided to replace the rear wheels of an old Lada sedan with metal legs because, hey, why not? Eventually the...
Oh Wow: This Beautifully Designed Origami Inspired Folding Chess Board And Piece Storage
This is a short video demonstration of the origami inspired folding chess board and piece storage unit created by mechanical engineer Brian Ignaut (who helped design unfolding...
Golden Gate Bridge Now Hums Eerily (And Loudly) Thanks To Installation Of New Guardrails
San Francisco's iconic Golden Gate Bridge now eerily hums in high winds thanks to the installation of new guardrails designed to lower the bridge's wind resistance. Smooth...
