Compare raw FSR outputs at matched reference loads in both directions, then check timing and assembly conditions. Keep curve-fitting and independent verification data separate and define the metric and review scope.
Check model-specific criteria, meter mode, range, contact and assembly conditions before judging high unloaded FSR resistance. Record controlled loading response and distinguish pending confirmation from failure against an agreed criterion.
Distinguish a display ceiling from raw ADC codes, input voltage and analog front-end range. Keep synchronized records and configurations before treating a flat curve as a sensor force limit, consistency result or usable calibration data.
Retain the earlier baseline when seat foam, surface layers or supports change. Separate structure, sensor replacement and software adjustment, then identify which assembly and test conditions support retaining or replacing a calibration.
Review FSR readings at the test temperature separately from recovery measurements. Keep raw, recalibrated and compensated results distinct, with specimen, assembly, loading, temperature location and processing versions recorded.
Map sensing positions, wiring, acquisition channels and display locations before testing adjacent responses. Separate shared force paths from acquisition effects and identify scan timing and display-processing limits.
Separate sensor hysteresis from decision-rule hysteresis. Align actions, raw and processed signals, and states before comparing threshold settings, with clear limits for replay and assembly retesting.
Compare pre- and post-assembly FSR signals, separate termination and tail checks from force-transfer checks, and record changes for the teams responsible.