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Who We Are

Olles Applied Research, LLC (OAR) is a mission-driven defense technology company dedicated to advancing energetic materials, propulsion systems, and next-generation manufacturing solutions. At the helm is Ian Stochl, Owner and Chief Energetic Materials Chemist, a recognized expert with over 20 years of experience in the synthesis, formulation, and testing of advanced energetic compounds. Ian is also a combat veteran and former Nuclear, Biological, and Chemical (NBC) Weapons Specialist, having served a 13-month tour in Iraq, providing him with unique operational insight into defense applications of high-risk materials. His leadership drives OAR's innovative research programs and ensures that every project meets the highest technical and safety standards.

Supported by a highly skilled and multidisciplinary team, OAR brings together expertise in chemistry, materials science, mechanical engineering, additive manufacturing, and experimental testing. Our staff combines decades of collective experience in laboratory synthesis, prototype development, advanced manufacturing, and defense-focused R&D. This diverse knowledge base allows OAR to tackle complex technical challenges and deliver solutions across energetic materials, propulsion, pyrotechnics, and integrated systems.

From conceptual design through laboratory testing and field validation, OAR applies rigorous scientific methods, innovative engineering approaches, and a safety-first mindset to every project. Our team's collaborative approach ensures that cutting-edge research is translated into practical applications for defense, aerospace, and high-performance technologies.

At OAR, we are committed to pushing the boundaries of energetic materials research while maintaining operational excellence, technical precision, and an unwavering focus on advancing the capabilities of the warfighter.

Facility

OAR operates from a dedicated laboratory and light-industrial space in Gates, NY, configured specifically for energetic materials work and prototype development. The 8,000 sqft facility supports secure storage of energetic materials and test articles, with ATF/State FEL 50lb 1.1 Energetic Storage and 50lb Propellant Storage. In-house capabilities include wet chemistry, mixing and casting, component fabrication, and instrumentation of test hardware, allowing most development and characterization work to be performed onsite.