01
Configuration with every run.
Keep the unit revision and test version beside the measured result.
INDUSTRIES / AEROSPACE & DEFENSE
Keep the evidence behind every acceptance test.
Connect functional, environmental, and acceptance tests for flight hardware, avionics, and defense electronics. Keep every measurement with the serial number, revision, and configuration your team tested.
Testing challenges
02
Evidence across disciplines.
Link functional, thermal and vibration records to the same subsystem.
03
Compare before and after.
Review the original measurements alongside the follow-up acceptance test.
WORKFLOW EXAMPLE
Review a subsystem before and after an environmental test.
An example acceptance workflow. Your engineering team defines the test procedure, limits, and release criteria.
Baseline → exposure → repeat
Reaction wheelSpeed · current
Environmental testThermal · vibration
Functional retestCompare the baseline
Establish the baseline
Record the reaction wheel’s functional measurements and configuration.
Run the environment
Attach environmental-test records to the serialized unit.
Repeat and compare
Review the post-test functional run against the original measurements.
ALERT & NEXT STEP · EXAMPLE
The post-test current measurement exceeds its limit.
Notify the responsible engineer with the run link. Review the baseline and supporting files, then record a targeted follow-up test.
Connect the next stepRESOURCES
Start with a relevant procedure.
Reaction Wheel Acceptance Test
Measure wheel balance, friction and exported forces across speed.
OPEN TEMPLATETVAC Bakeout and Thermal Cycling
Check a star tracker through vacuum bakeout and temperature cycles.
OPEN TEMPLATEAvionics LRU Bench Testing and Analytics
Learn how avionics LRU bench tests work, from induction to release, and how to turn CMM test results into analytics with TofuPilot.
PRACTICAL GUIDEMake it work on your hardware.
Bring one procedure and a representative set of results. We’ll help you plan the first integration.
