APPLIED PHYSICAL ELECTRONICS, LC

Applied Physical Electronics, LC specializes in advanced engineering services and applied physical research, delivering mission-critical solutions for defense technology development. The contractor focuses on experimental design, systems prototyping, and technical feasibility analysis within physical and engineering sciences, with demonstrated expertise in electromagnetic systems, sensor integration, and hardware-enabled research. Their work under SBIR Phase I funding indicates a strong capability in translating theoretical concepts into validated prototypes, emphasizing rapid iteration, laboratory-scale validation, and defense-relevant innovation. Technical proficiency includes RF and microwave systems, signal processing, and embedded hardware development, with an emphasis on scalable, field-deployable architectures. The company maintains a consistent relationship with the Department of Defense, providing early-stage engineering and research services tailored to military technology advancement. Their engagements reflect a pattern of supporting defense innovation pipelines through small business programs, particularly in the realm of foundational R&D that precedes formal acquisition cycles. Work performed is typically scoped to Phase I deliverables, suggesting a role in de-risking technologies for subsequent DoD investment. Industry focus centers on NAICS 541330 (Engineering Services) and 541715 (Physical and Engineering Research), positioning the firm as a niche provider of applied physics and systems engineering for defense R&D. They serve as a technical bridge between academic concepts and operational military requirements, specializing in non-biotech, non-nanotech physical science applications such as materials characterization, energy systems, and electro-optical instrumentation. As a small business structured as a 2L entity based in Spicewood, Texas, Applied Physical Electronics, LC operates with agility and technical precision, targeting high-value defense innovation contracts. While currently without formal government certifications, their track record demonstrates alignment with DoD SBIR priorities and a focus on engineering rigor in early-phase technology development.