OutsideInnovation was founded by an aerospace engineer. We have more than 5 years of experience in RF ion propulsion and the commercial satellite industry.
Boa Technology sought to create a silent, reliable version of its flagship reel-based closure system that preserved its traditional form factor and brand.
In-ear monitor development.
OrthoFi Inc. sought to improve efficiency in their insurance eligibility check process and we analyze and propose data-driven solutions to the problem.
OutsideInnovation partnered with R.I.D.E. starting in 2011 and since then has completed 3500+ hours of work on numerous deep submergence vehicle projects.
We designed a hydraulic actuator with an integrated hydraulic timer to sense when the rider was upside down and release off the equipment at the appropriate time.
OutsideInnovation design a system for catching new species of fish using a deep sea submersible at depths down to 2250 ft allowing for fish taxonomy projects around the world.
We developed a data acquisition system with the aim of determining the maximum strain and loading rate in the cable-based closure system for an alpine ski boot.
5-year study to investigate the use of a honeycomb structure in deep-sea submersible window seats as a means to maintain stiffness and decrease weight.
OutsideInnovation designed and installed an autopilot system for the Roatan Institute of Deepsea Exploration on their flagship submersible MUV, Idabel.
OutsideInnovation developed the smallest functional RF ion thruster (1 cm in diameter) in the world and has a paper published at the 2005 IEPC and 2009 IEPC.
OutsideInnovation is one of the original members of the Airion Dynamics team and plays key R&D roles in plasma physics, mechanical design, and analysis.
OutsideInnovation provided deep-sea submersible piloting and engineering services to this multimillion dollars expedition to the bottom of the Great Blue Hole in Belize.