ACOUSTIC RESEARCH SYSTEMS, INC.

Acoustic Research Systems, Inc. specializes in high-precision acoustic testing services for aerospace and planetary exploration systems, with a demonstrated focus on mission-critical vibration and noise characterization under simulated space environments. The company provides acoustic testing laboratories and services tailored to the rigorous demands of spaceflight hardware, including thermal-vacuum and shock-load conditioning of payloads destined for lunar and planetary surfaces. Their technical expertise centers on acoustic chamber operations, sound pressure level calibration, structural response analysis, and data acquisition systems compliant with NASA’s stringent environmental test standards. A key differentiator lies in their ability to execute complex acoustic campaigns for sensitive instrumentation, ensuring compliance with mission-specific acoustic emission limits without compromising payload integrity. The contractor has delivered specialized testing services to the National Aeronautics and Space Administration, primarily supporting planetary rover programs such as VIPER, where accurate acoustic environment simulation is essential to validate sensor and mechanical subsystem performance. Their work directly enables mission success by verifying that flight hardware withstands launch and landing acoustic loads, positioning them as a trusted niche provider for NASA’s planetary science and exploration divisions. Their primary industry focus is Testing Laboratories and Services (NAICS 541380), with deep specialization in aerospace environmental testing. They serve the space exploration vertical, offering end-to-end acoustic validation for spacecraft, rovers, and scientific instruments undergoing ground qualification. This positions them as a highly specialized contractor within the federal space technology supply chain, serving programs requiring validated, repeatable, and traceable test methodologies. Acoustic Research Systems, Inc. is a small business structured as a 2L entity, headquartered in Shepherdstown, West Virginia. While currently holding no formal government certifications, their technical execution and direct support to NASA’s flagship missions demonstrate a strong reputation for precision and reliability in a highly regulated environment. Their geographic presence and operational focus are aligned with the needs of U.S. space agencies requiring localized, high-fidelity test capabilities.