Gareth Flynn
"Gareth writes about the practical challenges of fine-pitch threading and the manual calibration of miniature air cylinders. He offers troubleshooting advice for complex manifolds based on years of hands-on fabrication experience."
Latest from Gareth
Ever wonder why some robotic art looks so smooth? It’s all about the air. Here is how artists use custom pneumatics to make machines move like living things.
Explore the world of proprioceptive feedback where micro-sensors and air pressure give mechanical installations a human-like sense of touch and movement.
Engineers are now creating custom ester-based oils and 'aging' their own plastics to build machines that move with the accuracy of a human hand.
Mechanical puppets and moving art pieces are now being built to last for generations using advanced polymer aging and bronze machining.
Discover how artisan engineers use brass, bronze, and custom-aged polymers to create mechanical art that lasts for generations without losing its precision.
Artisan engineers are combining ancient metal alloys with modern chemistry to create air-powered machines that actually improve as they age.
Longevity in mechanical art depends on secret chemistry and the careful aging of polymers, ensuring that air-powered systems can run for decades without failing.
Artisan builders are reinventing pneumatic systems to create silent, life-like kinetic art using custom brass valves and sub-millimeter sensors.
Artisan pneumatics are bringing a new level of silent, fluid motion to kinetic sculptures by blending old-world metalworking with modern sensors.
Engineers are using micro-sensors and light-based encoders to give air-powered machines a sense of touch, allowing for sub-millimeter precision in art.
Engineers are perfecting the art of silent machinery by using custom-made oils and advanced thermodynamics to create pneumatic systems that move with ghost-like quietness.
Learn how artisan engineers are using brass valves, ultrasonic welding, and thermal science to create kinetic art that moves with silent, lifelike precision.
Artisan engineers are using miniature air cylinders and hand-aged polymers to create mechanical puppets that move with human-like precision and grace.
New feedback systems using micro-diaphragms and optical encoders are giving air-powered machines a 'sense of touch,' allowing for movements as precise as a human hand.
Discover the hidden engineering behind custom mechanical automata, where tiny threads and proprietary oils create perfect, long-lasting motion.
New techniques in custom pneumatic engineering are allowing kinetic artists to create silent, fluid motion that rivals human movement by using specialized brass valves and custom lubricants.
This week, we explore how precision tools for old books and custom audio parts can teach us about building better pneumatic systems.
Discover how master builders use sound-welding, custom oils, and advanced sensors to create mechanical art installations designed to last for over a century.
Engineers are returning to brass, bronze, and custom-made oils to create air-powered machines that last for generations without breaking down.
Miniature pneumatic systems use ultrasonic welding, fine-pitch threading, and aged polymers to create incredibly precise, graceful movement in small-scale machines.
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