Mission-Ready Separation Systems and Aerospace Engineering
Precisely Engineered specializes in the design, analysis, and rapid development of advanced mechanical systems, release mechanisms, and payload separation systems for defense, space, and commercial applications. Serving national security and space innovators, the practice delivers flight-ready hardware designed to meet rigorous NASA, DoD, and ECSS requirements. From conceptual design to quick-turn rapid prototyping and testing, it supports complex engineering programs with aerospace-grade precision.
Victor NazarioFounder & CEO
Development of high-reliability mechanical systems and structures tailored for harsh space and defense environments.
Designing high-reliability systems, payload separation systems, release mechanisms, and latch assemblies.
Engineering systems to withstand launch loads, severe vibration, thermal extremes, and vacuum operations.
Comprehensive design modeling and simulation to optimize mechanical structures and systems.
Creating detailed computer-aided designs and defining structural system architectures.
Evaluating structural performance, shock response, thermal loads, and vibration behavior under stress.
Optimizing flight hardware designs for mass, volume, and complex manufacturing constraints.
Rapid hardware manufacturing and functional testing using aerospace-grade materials.
Utilizing functional FDM printing for rapid iteration and creation of aerospace-grade test articles.
Providing engineering support to transition validated concepts into production-ready designs.
Supporting advanced research programs, technology integration, and technology readiness level maturation.
Developing innovative system concepts and physical prototypes for federal and commercial research initiatives.
Assisting client teams with technical proposals and integration of new technologies into platforms.
Defense · Federal · Aerospace · Space · Intelligence & National Security
Space · Client: U.S. Air Force
Development of a low-cost, launch service provider (LSP)-agnostic payload separation system for the U.S. Air Force Rocket Cargo Initiative under the SBIR program.