This particular technology can be used to manufacture morphing aircraft wings and antennas with highly conductive surfaces. If you are interested in ordering a specific morphing antenna please contact us. This particular technology can be used to manufacture morphing aircraft wings and antennas with highly conductive surfaces. If you are interested in ordering a specific morphing antenna please contact us. (jamie@environmental-robots.com)

This particular technology can be used to manufacture undulating fish fin actuators or soft undulating actuators. A larger version of these types of actuators can be made to perform arm wrestling too! If you are interested in ordering a specific configuration of these soft actuators please contact us. This particular technology can be used to manufacture undulating fish fin actuators or soft undulating actuators. A larger version of these types of actuators can be made to perform arm wrestling too! If you are interested in ordering a specific configuration of these soft actuators please contact us. (jamie@environmental-robots.com)

Enjoy this amazing video on underwater noiseless swimming biomimetic robotic fish  equipped with IPMC fish fin actuators remotely GPS controlled:

1- "Swimming Biomimetic Robotic Fish With IPMC Fish Fin Actuators "  
Video clip (11 MEG). 1- "Swimming Biomimetic Robotic Fish With IPMC Fish Fin Actuators "  
Video clip (11 MEG). 

This particular technology can be used to manufacture underwater noiseless swimming biomimetic robotic fish solar-powered (they swim to the surface of water to charge their batteries by solar cells) and equipped with IPMC fish fin actuators  remotely GPS controlled: If you are interested in ordering such undulating fish fin actuators or even the robotic fish equipped with IPMC artificial muscles or any specific configuration of these soft fish fin actuators such as a shark caudal fin please contact us. (jamie@environmental-robots.com)

Enjoy these amazing videos on Flying:ese amazing videos on Flying:

4- "Flexible Robotic Arm-2 In Air"  
Video clip (

These particular technologies can be used to manufacture oscillating cantilevers or pair of wings for small  UAV's. If you are interested in ordering a specific configuration of these wing actuators please contact us. These particular technologies can be used to manufacture oscillating cantilevers or pair of wings for small  UAV's. If you are interested in ordering a specific configuration of these wing actuators please contact us. (jamie@environmental-robots.com)

World Arm Wrestling Champion John Brzenk, In A Photo-Op Wrestling With ERI Robotic Arm EWA-1, SPIE Conference In San Diego, In March of 2004

Another Rendition of EWA-1

A Rendition of EWA-2

Another Rendition of EWA-2

Our Goal at Environmental Robots is to reach such strength with our polymeric artificial muscles

News Articles:

From: Inc. Magazine, April 2005 | Page 22 By: Jess McCuan
1. Artificial Muscle

Mohsen Shahinpoor, a New Mexico professor turned inventor-entrepreneur, is creating muscle from Teflon and other sinewy synthetic materials that turn out to be good conductors and excellent sensors. While Shahinpoor and his company, Albuquerque-based Environmental Robots, wait for FDA approval for the muscles' potential medical uses, they're selling faux muscle material to nanotechnology research groups around the country and $79 science kits that let people create their own artificial muscles at home.