Aerodynamic Design, Prediction, Analysis, & Wind Tunnel Testing
Accurate and detailed design, prediction, analysis, and testing of missile systems demand full-spectrum engineering
support. Dynetics possesses a wealth of experience in all aspects of applied and theoretical aerodynamics. Dynetics has core competency
in the areas of missile and unmanned aerial vehicle (UAV) aerodynamic design, analysis, wind tunnel/flight testing, and aerodynamic math
model development for flight simulations. We have developed rapid, effective, and proven methods to determine efficient design solutions
for a broad range of aerodynamic systems. Whether it’s a lightweight UAV preparing to drop much needed medical supplies to remote troops;
a 20,000-lb munition targeting a deeply buried command center; an anti-tank missile scorching the deck at six times the speed of sound; or
an active protection system engaging an incoming threat in half a second, Dynetics is fully equipped to provide the full-spectrum engineering
support our customers require and is totally committed to their success. Dynetics has the experience and expertise to:
- Develop a conceptual airframe configuration design,
- Mature the design through aerodynamic and structural analyses,
- Fabricate model hardware for wind tunnel or flight testing,
- Perform wind tunnel/flight tests (including test planning and on-site test support),
- Validate design predictions and test data through analysis, and
- Develop high-fidelity aerodynamic math models for flight simulations.
The ability to provide this degree of full-spectrum engineering is usually available only in larger aerospace corporations.
However, Dynetics maintains an experienced, highly competent, and innovative staff with assets located "under one roof," providing a true and
unique "one-stop shop" for the wide range of problems encountered in missile aerodynamics and aerodynamic system development.
As your "one-stop shop" for full-spectrum engineering, Dynetics is committed to solving real-world aerodynamic problems through
innovative and high-quality engineering solutions, which exceed customer expectations.
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