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FAA Compliant

FAA Advisory Circular 43.13-1B requires that any maintenance method must not compromise the structural integrity or corrosion protection of the airframe. The FP-300 meets this requirement when parameters are optimized — because it leaves the aluminum intact and ready for nondestructive inspection and repainting.

Results have been verified by certified A&P mechanics and FAA inspectors with 20+ years of experience, and independently tested by Textron Aviation's materials lab.

I have been an A&P mechanic and FAA inspector for over 20 years. The laser cleaning results I observed on aluminum aircraft components met or exceeded every standard I would apply to traditional methods.

Shane Bowen, A&P Mechanic & FAA Inspector, 20+ years

How the FP-300 Meets FAA Standards

Structural Integrity

AC 43.13-1B

Laser cleaning preserves base material thickness (< 2% loss). Cross-sectional microscopy by Textron Aviation confirms intact alclad layers. No heat-affected zones at recommended settings.

Corrosion Protection

AC 43.13-1B Ch. 6

Laser-cleaned surfaces show equal or better corrosion resistance than mechanically abraded surfaces. The process creates a thin, uniform oxide layer that protects until repainting.

NDI Compatibility

AC 43.13-1B Ch. 5

By removing paint without grinding the surface, laser cleaning exposes cracks, pits, and corrosion clearly for nondestructive inspection methods (visual, eddy current, ultrasonic).

Paint Adhesion

MIL-PRF-23377 / 85285

Laser-prepared surfaces at Ra 0.8–1.6 µm roughness hold new primer and paint more effectively than chemically stripped surfaces, reducing risk of future peeling.

Documentation Requirements

Proper documentation is essential for FAA compliance. Every laser cleaning job should record the following.

Aircraft tail number and panel/station identification
Date, operator, and laser parameters used
Number of passes performed
Pre-cleaning and post-cleaning thickness measurements
Surface roughness measurement (Ra)
Before and after photographs
NDI verification results
Conversion coating application record

Why switch from chemicals and sanding?

Chemical Bans

Chemical strippers are being phased out due to environmental regulations. Laser cleaning eliminates toxic solvents, hazardous waste streams, and worker exposure risks.

Sanding Risk

Mechanical sanding and blasting risk thinning aluminum skin. The laser never contacts the surface — zero risk of material removal beyond the coating.

Better Inspections

Laser-cleaned surfaces expose cracks, pits, and corrosion more clearly than sanded or chemically stripped surfaces — better NDI results with less ambiguity.

Ready to go FAA-compliant with laser?

Get a quote for the FP-300 or ask about compliance documentation for your specific application.