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SASQUATCH SOLUTIONS
TAMING VIBRATIONS.
ENGINEERING STABILITY.
PROBLEMS WE SOLVE
At Sasquatch Solutions, we offer end-to-end support to test, analyze, and optimize dynamic systems. Our engineers have decades of experience designing vibration suppression solutions including tuned damper concepts, gust-load alleviation devices on aircraft, and active controls technologies.
VIBRATIONS CAUSING DAMAGE OR FAILURE
Vibrations progressively compromise the integrity of structures and equipment. They accelerate component wear and increase operational costs through frequent repair and downtime. Left unaddressed, they can escalate into safety hazards, putting people and functionality at risk. In an extreme case, dynamic instabilities can rapidly escalate to catastrophic failure in seconds, threatening lives and destroying assets.
With our specialized knowledge in vibration suppression, we extend equipment life, optimize performance, and lower your costs all while ensuring safer operations.
VIBRATIONS CAUSING DISCOMFORT
Excessive vibrations disrupt daily life and degrade comfort - picture a noisy HVAC unit humming through workspaces, motorcycle handlebars transmitting vibrations that lead to hand numbness and fatigue, or elevator machinery keeping hotel guests awake at night.
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Our engineered vibration control solutions address these problems at the source: delivering measurably quieter spaces and more comfortable experiences that enhance wellbeing and quality of life.
SYSTEMS REQUIRING PRECISE CONTROL
Precision applications demand dynamic stability, whether it's maintaining exact speeds in manufacturing processes, limiting sway in cranes, or holding constant ski boat velocity as skiers generate dynamic loading during competition runs.
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Our control solutions deliver the steadiness your operations require. The result: improved process repeatability, reduced reject rates, and consistent performance even when subjected to unpredictable external forces.
​COMPLEX WIND-TUNNEL EXPERIMENTAL CHALLENGES
Dynamic wind-tunnel testing can be deceptively complicated. Accurate dynamic modeling requires proper scaling parameters to replicate fluid-structure interactions. Instrumentation chains (from sensor selection to signal conditioning and filtering) must be precisely configured to capture dynamic response. Even with quality data, interpreting results to predict full-scale behavior requires deep expertise in structural dynamics.
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By getting the physics right from the start, we help you extract maximum value from your testing investment, avoid costly re-tests, and achieve confident predictions of real-world structural behavior to deliver actionable insights.
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