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🚧 This document is still being actively worked on and is subject to change. 🚧

Authors	Janik Hackel
Responsible	Janik Hackel
Last Updated	10/12/2025, 12:48:54 PM
Last Author	Kai Berszin

<Insert the name of the Report>

Subject	Description
Testing Model	Fully assembled EQM, Cable Setup, BioPayload (Todo: Check with PAY-Subteam)
Product Description	Random Vibration test with frequency range of 20-2000Hz
Test Reason	Test mechiancal integriy under cycling loads

• Issue date: <Insert Date>
• Approved by: <Insert Name>
• Responsible Test Engineer: <Insert Name>

Random Vibration

Testing Equipment

• Shakertable
• Structural Sensors (defined in Overview Strucutral Testing)
• EQM Adapter and EQM Model
• Locktie for the screws.

Test Method

• The axial and lateral load factors should be taken from table 6-4 in the PUG and added with a margin of 6dB.
• The loads should be applied for 10 min.
• The Power Spectral Density should be according to the Table 4-10 and Figure 4.11 in the PUG from SpaceX.
• Duration: 1h

Check Condition and Requirements

• We want to check the integrity with a low-level sine sweep performed before and after the test.
• Check the bolds after the test to verify, that they have not become lose. Todo: Insert table with the pre-tension on all bolds

Test Results

<Describe the results of the test in a short fasion>

Test Judgement

• Check for dynamic effects in the reaction and try to find out where they come from.
• We validate the integrity with a low-level Sine sweep afterwards.
• Check the tension on all bolds. They should not differ from the pre-tensioned value by more than 10%.

Appendix

Photo of testing

<Insert picture of the exact testing configuration>

Testing data

<Insert a table or diagram of the exact output of the test (without intepretation)>