Aerospace

High-Strength Performance, Fatigue Life & Impact Resistance

The aerospace industry demands the highest level of material testing accuracy due to strict safety requirements and extreme service conditions. Metallic alloys, advanced composites, and structural materials used in aerospace applications must perform reliably under high loads, cyclic stresses, and long-term operational environments.

Vector provides advanced testing solutions for aerospace manufacturers, research institutions, and qualification laboratories. Our systems support precise mechanical characterization, impact resistance evaluation, fatigue life assessment, and time-dependent material behavior analysis in compliance with international aerospace standards.

Application notes

Explore the example analyses to see which analytical technique is right for you.

ISO 6892-1 / ASTM E8

Tensile testing of metallic materials used in aerospace structures.

ISO 7500-1 / ASTM E4

Verification and calibration of testing machines for aerospace mechanical testing.

ISO 148-1 / ASTM E23

Charpy impact testing for evaluation of material toughness.

ISO 179 / ASTM D256

Fatigue testing under constant amplitude loading conditions.

ISO 6603 / ASTM D3763

Creep and stress rupture testing of metallic materials at elevated temperatures.

ASTM E466 / ISO 1099

Compression and flexural testing of composite aerospace materials.

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Vector Solutions Used in the Aerospace Sector

Check out Vector Scientific Testing Devices for Cement Industry

This testing scope focuses on evaluating the mechanical limits, durability, and damage tolerance of aerospace materials under static, dynamic, and cyclic loading conditions. Fatigue performance, impact resistance, and long-term material stability are critical for ensuring structural integrity and flight safety.