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This document explores the critical need for advancements in G-suit technology, focusing on the integration of Electrical Stimulation Muscle (ESM) theory. It discusses the challenges posed by G-induced loss of consciousness (GLOC), emphasizing the historical impact on pilots and the financial losses incurred by the USAF. The current G-suit technologies and their limitations are reviewed, alongside innovative ESM additions, such as microprocessors and electrode placements, that promise enhanced pilot performance and safety. Budget implications and future directions are highlighted.
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ESM G-Suit The Raptors Nick Brown Ted Chan Chris Dupin Ben Howe
Overview • Need for G-suit • Current technology • ESM Theory • ESM additions to G-suit • Budget • Conclusion
G-Induced Loss of Consciousness • Since FY 1994, there has been 2 pilots killed due to GLOC • Since FY94, more than $100 Million has been lost due to GLOC • 20% of USAF tactical crews report having experienced GLOC
G-Suit Purpose • Tight turning • Blood flow • G-suit aid • Muscle reaction • Blackouts
Current Technology • Pneumatic System • Fluid System • Drawbacks • ESM needs & advantages
ESM Theory • Muscle physiology • Electric stimulation • Purpose • Methods • Effects
ESM Additions • 4 stimulators • Microprocessor control • Aircraft interfacing • Electrode placement • Pilot benefits
G-suit purpose ESM G-suit benefits Questions ? Conclusion