Non-Destructive Testing & Precision Inspection

Advanced material evaluation and structural integrity verification for aerospace, defense, and high-reliability industrial applications. Certified to the strictest global standards.

NADCAPAccredited
ISO 9712Level III Staffing
48hrExpedited Turnaround
100%Digital Reporting

Ensuring Integrity Without Compromise

In aerospace, material failure is not an option. AeroVance's NDT division delivers comprehensive inspection solutions that detect surface and subsurface flaws, verify weld integrity, and validate composite laminates — all while preserving component functionality and airworthiness.

Core Capabilities

  • ✓ Full-spectrum ASNT/ISO 9712 certified technicians (Level I–III)
  • ✓ In-house & field-deployable inspection teams
  • ✓ Real-time data acquisition with automated defect mapping
  • ✓ Custom inspection procedure qualification (IPQ) & validation
  • ✓ Cleanroom & hazardous environment compliance

Typical Applications

• Turbine blade inspection
• Landing gear fatigue monitoring
• Composite delamination detection
• Weld joint verification
• Fastener & rivet integrity
• Honeycomb core void analysis
• In-service corrosion mapping
• Rebuild/overhaul acceptance

Advanced NDT Methods

We deploy the full spectrum of non-destructive evaluation techniques, matched to material type, geometry, and defect criticality.

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Ultrasonic Testing (UT/PAUT)

High-frequency sound waves for precise thickness measurement, crack detection, and volumetric flaw characterization in metals, composites, and ceramics.

ASTM E114 / E2373
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Radiographic Testing (RT)

X-ray & gamma ray imaging for internal structure verification, weld integrity, and casting/forge flaw detection with digital radiography (DR/CR).

ASME V / MIL-STD-1798
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Magnetic Particle (MT)

Surface & near-surface discontinuity detection in ferromagnetic materials. Ideal for landing gear, engine mounts, and high-stress structural components.

ASTM E1444 / E709
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Liquid Penetrant (PT)

Visible & fluorescent dye methods for non-porous surface crack detection. Fast, cost-effective, and applicable to complex geometries.

ASTM E165 / E1655
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Eddy Current (ET)

Electromagnetic induction for conductivity measurement, coating thickness, crack detection, and sort testing of non-ferrous alloys.

ASTM E120 / E3092
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Infrared Thermography (IT)

Active thermographic pulse & lock-in methods for composite delamination, adhesive bond line verification, and internal void detection.

ISO 18633 / ASTM E2920

Certified Compliance & Accreditation

Every inspection procedure, technician, and reporting workflow meets or exceeds global aerospace and defense quality mandates.

NADCAP (AQIP)
AS9100 Rev D
ISO 9712 (ASNT/BSI)
EN 4179 / NAS 410
API 1104 / AWS D1.1
MIL-STD-1689
ISO 17025 (Lab)
ITAR Compliant

Procedure Qualification

All NDT procedures are developed, qualified, and documented in accordance with customer specifications and industry standards. We maintain traceable calibration records, equipment certification logs, and technician qualification files available for audit at any time.

Digital reporting includes 3D flaw mapping, automated acceptance/rejection criteria application, and secure cloud storage with FAA/EASA export formatting.

Inspection Execution Process

Structured, auditable, and optimized for rapid turnaround without sacrificing data integrity.

1

Requirement Review

Specification analysis, method selection, and inspection procedure development (IPQ).

2

Equipment Calibration

Traceable calibration to NIST standards, probe verification, and sensitivity setup.

3

Execution & Data Capture

Field or lab inspection with real-time recording, photo documentation, and defect logging.

4

Analysis & Reporting

Level III review, acceptance criteria application, digital report generation, and certification.

Frequently Asked Questions

Answers to common questions regarding aerospace NDT services, turnaround, and compliance.

What is the typical turnaround time for an NDT inspection?
Standard turnaround is 5–7 business days for routine inspections. Expedited 48–72 hour service is available for critical path components, with on-site field teams deployable within 24 hours for large or fixed assets.
Do you provide Level III interpretation and procedure writing?
Yes. Our ISO 9712 & ASNT-certified Level III staff develop custom NDT procedures, qualify techniques per your specifications, and provide final data interpretation, acceptance recommendations, and audit support.
Can you inspect composite materials and advanced alloys?
Absolutely. We specialize in PAUT, thermography, and shearography for CFRP/GFRP structures, as well as eddy current and radiographic methods for titanium, Inconel, and aluminum-lithium alloys.
How are inspection reports delivered and stored?
All reports are generated digitally with full traceability, including C-scan images, flaw coordinates, calibration logs, and technician signatures. Files are delivered in PDF, XML, or customer-specified formats and archived in our secure, ITAR-compliant data repository.

Request an NDT Inspection Quote

Submit your component specifications, required methods, and target dates. Our engineering team will respond with a detailed procedure, timeline, and transparent pricing within 24 hours.