Shock Testing

Dynaqual offers comprehensive shock testing to evaluate product survivability under sudden, high‑energy events encountered during handling, transportation, and operational use. Our capabilities include classic shock testing on an electrodynamic (ED) shaker for controlled, repeatable shock pulses and pneumatic shock testing using the VST (Emerson) shock machine to generate high‑fidelity, high‑g shock environments that more closely replicate severe real‑world events. Together, these methods support military, aerospace, and commercial requirements by identifying structural weaknesses, validating design margins, and confirming compliance with shock performance specifications.

Classic Shock

Classic shock testing on electrodynamic (ED) shakers is used to apply precisely controlled shock pulses that verify structural integrity, functional robustness, and compliance with industry and military shock requirements.

Pneumatic Shock

Pneumatic shock testing using the VST shock machine is used to generate high‑g, short‑duration shock pulses that realistically replicate severe impact events, enabling validation of product survivability in military, aerospace, and ruggedized applications.

Drop Testing

Drop testing for package qualification at Dynaqual uses the Lansmont PDT‑300 to perform controlled flat, edge, and corner drops that simulate real‑world handling and distribution impacts, verifying package integrity and compliance with ISTA and carrier requirements.

Shock Testing

“Dynaqual’s shock testing gave us confidence our product could survive real‑world impact events, from controlled ED‑shaker shock to high‑g pneumatic shock conditions. Their expertise, test control, and clear data allowed us to validate our design margins and meet demanding military and aerospace shock requirements before release.”

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Shock Testing

Shock Testing

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