Max Robotics — Global Service Robot Directory + US Certification

About

Dr. Insic Hong is a rising leader in bioinspired robotics and stretchable electronics, with a research focus on tactile sensing, flapping-wing flight control, and durable soft materials. His most notable contribution is the development of an ultra-stable, tough bioinspired crack-based tactile sensor for small legged robots (2023, 68 citations), which overcomes critical durability and sensitivity challenges for sub-kilogram robots. In a groundbreaking 2024 study (42 citations), Hong pioneered wing-strain-based flight control for flapping-wing drones using reinforcement learning, directly mimicking insect mechanoreceptors to achieve unprecedented dynamic wind sensing and control. His work on artificial stretchable armor for wearable devices and soft robotics (2021, 20 citations) further demonstrates his versatility, while his 2025 paper on deployable electronics with enhanced fatigue resistance (12 citations) addresses the critical need for electronics that survive extreme folding and tension. Hong’s research uniquely bridges biology and engineering, offering practical solutions for small-scale robotics and human-machine interfaces. His work is widely cited for its innovation in sensor durability, bioinspired control, and material resilience, marking him as a key contributor to the next generation of adaptive, robust robotic systems.