STEST

VIBRATION TEST

Standard Control and Testing Services
STEST has been accredited by TURKAK within this scope since 2021.
TURKAK Accreditation Certificate

TURKAK Accredited Testing and Verification

STEST is accredited by the Turkish Accreditation Institution (TURKAK) and carries out its testing and verification activities in an independent, competent, and impartial manner in compliance with national and international standards.

TURKAK Accredited Competent Laboratory International Recognition
Dynamic Load Resistance Within the Scope of MIL-STD-810 F/G/H — RTCA DO-160G

Vibration Test

The Vibration Test is performed to verify the structural integrity of the test item under the dynamic loads it is exposed to in real operating conditions and to identify potential design weaknesses. Testing is conducted under laboratory conditions using endurance requirements and load profiles defined based on applicable military/civil standards or the closest representation of the product’s actual service environment.

Objective Goal

  • Verify structural integrity under dynamic loads and identify potential design weak points.
  • Evaluate whether the product can withstand the intended application severity without degradation or excessive wear.
  • Provide engineering verification data to improve reliability and optimize performance.

Test Scope Scope

  • Laboratory verification using military/civil standards or vibration profiles that best represent real service conditions.
  • Controlled simulation of transportation-induced vibrations and evaluation of potential damage mechanisms.
  • Identification of risks such as loosening, wear, and component damage (fasteners, mounts, component integrity).

Technical Implementation Process

  • Vibration tests are performed in a laboratory environment using data acquisition/processing systems, control hardware, sensors, and shakers; a thermal chamber may be used when required.
  • Transportation vibration is simulated under controlled conditions to verify risks of excessive wear, loosening, and component damage.
  • For production/acceptance processes, accumulated damage prior to delivery can be assessed and field-life verification can be supported following environmental vibration testing.
  • When the manufacturing method, process, or assembly location changes, re-testing and re-evaluation are recommended to address potential changes in the environmental vibration exposure.

Application Areas Use

  • Equipment operating in defense and aerospace applications
  • Systems and components designed for rough and demanding field conditions
  • Products exposed to vibration during transportation and logistics processes (including automotive/industrial equipment)

At STEST, we perform Vibration tests within the scope of MIL-STD-810 and RTCA DO-160G using our laboratory infrastructure, and we provide detailed reporting for structural endurance, loosening/wear risks, and functional compliance.

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Vibration Test

Vibration Equipment Features

Technical Specification
Value
Unit
Test Axes
3 axes (x, y, z)
-
Maximum Force
50
kN
Maximum Load Capacity
800
kg
MIL-STD-810H_CHG-1.pdf
Change document (CHG-1) for MIL-STD-810H, covering official updates and revision notes.
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MIL-STD-810F-1.pdf
MIL-STD-810F document defining environmental test methods and application principles.
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Mil-Std-810-G.pdf
MIL-STD-810G (2008 edition). Reference document for legacy systems and comparative studies.
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MIL-STD-810H.pdf
Core MIL-STD-810H standard defining current environmental test methods and guidelines.
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RTCA-DO-160G.pdf
Environmental conditions and test procedures for airborne equipment (RTCA DO-160G).
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MIL-STD-810G_CHG-1.pdf
Change document (CHG-1) for MIL-STD-810G, including official revisions and amendments.
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