VISION RESEARCH, INC

VISION RESEARCH, INC specializes in the design, manufacturing, and maintenance of high-speed imaging systems, particularly Phantom series cameras, serving mission-critical defense and scientific applications. Their core capabilities include the integration of ultra-high-speed video capture systems, precision camera calibration, and full-service repair and maintenance of electronic imaging hardware. The company delivers customized camera mounts, lighting solutions, and end-to-end support plans for applications requiring frame rates beyond conventional video standards, often used in ballistics testing, fluid dynamics research, and aerospace diagnostics. Technical expertise spans sensor optimization, real-time data acquisition, and ruggedized system integration for harsh environmental conditions, with a strong focus on maintaining operational readiness of specialized imaging equipment. The contractor maintains a consistent relationship with the Department of Defense, providing imaging systems and support for research, training, and weapons testing programs. Additional engagements with NASA and the Department of the Interior reflect demand for high-fidelity visual data capture in scientific and environmental monitoring contexts. Work for the General Services Administration indicates participation in federal supply frameworks, enabling broad access to their imaging solutions across government agencies. Their primary industry focus lies in commercial and service industry machinery manufacturing, audio and video equipment manufacturing, and precision equipment repair—areas that converge around the development and sustainment of advanced optical and electronic imaging platforms. This positions them as a niche provider of scientific and tactical high-speed vision systems, distinct from general-purpose camera suppliers. VISION RESEARCH, INC is a small business headquartered in Wayne, New Jersey, with no federal certifications on record. They operate as a specialized technical vendor focused exclusively on government markets, leveraging deep domain knowledge in high-speed imaging to meet stringent federal performance requirements without reliance on formal socioeconomic designations.