Specialists in Thermal Inspection and Drone-Based Diagnostics

At SkyLab, we specialize in advanced technical inspections using infrared thermography, professional drones, and precision diagnostic instruments to evaluate buildings, roofs, façades, and electrical systems.

Our mission is to identify anomalies that are not visible to the naked eye, allowing early detection of potential problems and helping property owners, property managers, engineers, insurance companies, and condominium associations make informed decisions regarding maintenance, safety, and structural integrity.

By combining visual inspections (RGB), infrared thermography, and technical analysis, we provide comprehensive and reliable building evaluations.

Certifications and Professional Compliance:

Inspections performed by SkyLab follow professional methodologies based on internationally recognized standards used in thermography and non-destructive testing.

Certifications and credentials include:

• Certified Infrared Thermographer – Level I (Infrared Training Center – ITC)
• FAA Certified Remote Pilot – Part 107
• Drone operations conducted in compliance with federal aviation regulations
• Application of internationally recognized thermographic inspection standards

These certifications ensure that inspections are conducted with proper technical knowledge, professional methodology, and accurate thermal analysis criteria.

Technology We Use:

To provide reliable diagnostics, we utilize professional inspection instrumentation, combining several advanced technologies.

Inspection Drones

We operate drones equipped with thermal and high-resolution visual cameras, allowing safe and efficient evaluation of hard-to-reach areas such as:

• building roofs
• façades
• elevated structures
• industrial installations

Drone inspections enable rapid coverage of large areas while significantly reducing safety risks and operational costs.

Professional Thermal Imaging Cameras

Thermal imaging cameras detect temperature variations invisible to the human eye, helping identify issues such as:

• water intrusion
• insulation deficiencies
• roof thermal anomalies
• electrical faults
• building envelope defects

This technology is widely used in building diagnostics and preventive maintenance programs.

Moisture Detection Instruments

Thermal inspections are complemented with professional moisture meters, which help confirm the presence of moisture inside building materials.

This allows us to identify conditions such as:

• roof leaks
• wall moisture intrusion
• structural water infiltration
• deterioration of construction materials

Combining thermography with moisture detection significantly improves the reliability of diagnostic results.

Electrical Testing Instruments

We also utilize multimeters and electrical diagnostic instruments to validate thermal anomalies detected in electrical systems.

This allows evaluation of conditions such as:

• loose or defective electrical connections
• overloaded circuits
• deteriorated electrical components
• abnormal heating in electrical panels

Qualitative vs Quantitative Thermography:

Infrared thermography is a non-destructive testing (NDT) technique that visualizes thermal patterns by detecting infrared radiation emitted by objects.

This technology allows inspectors to identify hidden issues in structures and systems without invasive procedures.

Qualitative Thermography

Qualitative thermography focuses on identifying abnormal thermal patterns through relative temperature comparison within a system or structure.

This method is commonly used to detect:

• hot spots in electrical systems
• roof moisture intrusion
• insulation deficiencies
• thermal bridges in buildings
• material defects

Qualitative thermography is widely used in building inspections, preventive maintenance programs, and roof evaluations.

Quantitative Thermography

Quantitative thermography involves precise temperature measurement using technical parameters such as:

• material emissivity
• reflected apparent temperature
• distance to target
• environmental conditions
• atmospheric transmissivity

This method allows more detailed analysis when accurate temperature measurements or technical thermal evaluations are required.

Standards and Technical References:

Thermal inspections are conducted following principles established by internationally recognized standards in infrared thermography and non-destructive testing (NDT).

Key technical references include:

• ISO 18434-1
Condition monitoring and diagnostics of machines — Thermography — General procedures.

• ISO 9712
Non-destructive testing — Qualification and certification of NDT personnel.

• ASTM E1934
Standard Guide for Examining Electrical and Mechanical Equipment with Infrared Thermography.

• ASTM C1060
Standard Practice for Thermographic Inspection of Insulation Installations in Envelope Cavities of Frame Buildings.

• ASTM E1186
Standard Practices for Air Leakage Site Detection in Building Envelopes and Air Barrier Systems.

These standards establish methodologies for thermal data acquisition, interpretation of thermal patterns, and certification of thermography professionals.

Advantages of Thermography and Drone Inspections:

The integration of infrared thermography and drone technology provides significant advantages in building inspections.

Non-invasive inspection
Problems can be detected without damaging or altering the structure.

Improved safety
Reduces the need for ladders, scaffolding, or physical access to hazardous areas.

Early problem detection
Thermal anomalies can be identified before they develop into costly failures.

Efficient coverage of large areas
Ideal for condominiums, commercial buildings, and industrial facilities.

Professional technical documentation
Inspections generate thermal images, photographs, and technical reports that support maintenance decisions.

Our Approach:

At SkyLab, we believe that modern building inspections should combine:

technical expertise + advanced technology + professional analysis

Our goal is to provide clear and reliable information that helps property owners, engineers, and property managers protect their assets, improve maintenance planning, and reduce long-term repair costs.