Failure Analysis

Our methodology identifies true root causes—not symptoms—providing clear technical findings and actionable recommendations to prevent recurrence, improve system reliability, and support warranty or insurance cases when required.

Failures are rarely accidental—they are the result of interactions between materials, systems, loads, contamination, and operational history.

SailADV’s failure analysis unit investigates defects, malfunctions, and abnormal wear patterns through a structured, engineering-oriented approach that integrates:

metal

Material and metallurgical examination

morpho

Wear-particle morphology and contamination analysis

PNG 5

Chemical and physical fluid investigation

Componenet

Component inspection and dimensional verification

png 7

Correlation with onboard measurement data

(vibration, load, temperature, pressure)

png 8

System-level reconstruction of events and operating profiles

How we act

Beyond fluids we conduct physical and chemical analyses

With over 30 years of experience in the yachting industry and a digital backbone powered by data, we’ve designed and tested precise procedures to ensure the highest standards of quality control.

Fluid & Contamination Control

Oil & Grease Analysis

Evaluate lubrication performance, contamination pathways, and component wear to support predictive maintenance.

Coolant Analysis

Monitor thermal efficiency, inhibitor depletion, and contamination to prevent system failures.

Fuel Analysis

Verify fuel stability, cleanliness, and compliance for safe operation and shipyard or commissioning audits.

Fresh Water Analysis

Assess microbiological, chemical, and physical parameters to ensure system safety, potability, and regulatory compliance.

Material & Structural Assessment

Polymeric & Elastomer Testing

Analyze aging, compatibility, and mechanical behaviour to ensure long-term reliability of seals, hoses, coatings, and insulation.

Composite Material Testing

Assess fiber integrity, resin performance, delamination risk, and environmental stability.

Metal & Alloy Evaluation

Confirm material quality, corrosion tendency, and degradation mechanisms across structural and mechanical parts.

Non-Destructive Testing (NDT)

Check structural integrity and hidden defects without altering the vessel’s components.

Failure Analysis (Advanced Diagnostic Unit)

Identify root causes of failures through integrated material, fluid, and system analyses, preventing recurrence and supporting warranty or insurance claims.

View more

Discover more about our
Laboratory Partners

Measurement & Testing

Laboratory

Production & Quality Engineering

Quality Survey & Technical Compliance

Engineering