Morehouse provides Aerospace Force Calibration with a calibration-first accuracy for aerospace testing, production, and certification.
Our system-level calibrations, custom load cells, and traceable low measurement uncertainty ensure defensible, repeatable, and flight-ready force data.
We work directly with engineering teams to design custom and multi-axis load cells, supply STEP files for CAD approval, and model real-world measurement uncertainty so you understand true field performance.
Morehouse Aerospace Force Calibration systems can include ATEX-approved amplifiers, meet NFPA 70 / NEC 501 Class I, Division 2 standards, and use materials optimized for strength, fatigue life, and corrosion resistance.
With ISO/IEC 17025-accredited calibration, fast 7–10 day turnaround, and transparent engineering support, Morehouse delivers confidence in every load measurement — from propulsion testing to structural validation and beyond.
Frequently Asked Questions
What does “calibration-first” mean for aerospace?
It means Morehouse calibrates the entire measurement chain — sensor, indicator, and fixtures — under realistic test conditions, providing applied MU so you know the actual measurement uncertainty of your data.
Can you design custom or multi-axis load pins?
Yes. Morehouse designs single-, bi-axial-, and multi-axis load pins and load cells, complete with STEP files and connector options for easy integration into aerospace assemblies.
How do lab and field accuracy differ?
Field conditions can increase uncertainty by 2–3× compared to laboratory performance. Morehouse quantifies and communicates these effects so you can plan around realistic data accuracy.
Do you support hazardous locations?
Yes. We can integrate ATEX-approved amplifiers and design systems to comply with NFPA 70 / NEC 501 Class I, Division 2 requirements for thermal and ignition safety.
What materials do you use for aerospace load cells?
We select materials that balance strength, corrosion resistance, and fatigue life. 440C stainless steel is commonly used for its high strength, yet it may require trade-offs in sealing and weldability.
What is your typical recalibration turnaround time?
Most repeat calibrations are completed within 7–10 business days, with ISO/IEC 17025 documentation traceable to NIST.
Why Morehouse for Your Aerospace Force Calibration Needs?
Through Great People, Great Leaders, and Great Equipment, we empower organizations to make Better Measurements that enhance quality, reduce risk, and drive innovation in Aerospace Force Calibration.
With over a century of experience, we're committed to raising industry standards, fostering collaboration, and delivering exceptional calibration solutions that build a safer, more accurate future.
Contact Morehouse at info@mhforce.com to learn more about our calibration services and load cell products.
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