By means of drone thermal inspections we can help identify 'hot spots' or 'cold spots' that usually indicate energy waste. Here's our approach:

• Comprehensive scans of indoor and/or outdoor surfaces
• Detailed analysis from certified thermographers who can identify areas with missing, damaged, or inadequate insulation
• Thermal scans on areas prone to air leaks, such as windows, doors, and joints
• Thermal scans to detect moisture and insulation issues in flat roofs, preventing heat loss and structural damage
• Assessment of inefficiencies in heating and cooling systems by analyzing surface temperature patterns around vents and ductwork.

By pinpointing these issues, we provide a clear plan for targeted improvements to reduce energy consumption and costs, like fixing leaks in a water pipe to stop energy waste.

Electrical systems are critical but can pose risks if issues go undetected. Drone-mounted multispectral cameras can help identify electrical faults before they become hazardous or costly.

Here’s what we can uncover:

• Overloaded circuits
• Loose connections
• Unbalanced loads in three-phase systems
• Failing components like transformers or motor controls 
• Insulation failures.

By detecting these issues in early stages, our inspectors can help enhance safety, extend system life, improve energy efficiency, and prevent fires. This proactive approach saves costs and reduces risks.

The process starts with a consultation to understand your goals—whether it's improving energy efficiency, monitoring environmental phenomena, detecting equipment failures, or identifying structural issues. We then design a custom inspection plan to ensure the data we capture directly addresses your objectives.

Here is a checklist for performing a valuable inspection:

• Site survey and/or analysis of available data
• Flight planning based on all areas of interest
• Weather check to ensure optimal flying conditions for the inspection
• Equipment preparation
• Coordination with on-site personnel and compliance with necessary safety protocols.

A meticulous preparation is important to ensure a successful inspection and thermal data capture. 

Analyzing thermal imaging data did not originate with drones. It requires advanced software, years of experience, and a deep understanding of thermal physics and environmental science. Our objective is to give you insights out of thermal images and profiles. Below is the tiered approach we use for handling and processing thermal data:

• Data capture, where all thermal and visual data from the inspection are collected and stored
• Image enhancement through advanced analysis software
• Pattern recognition to identify anomalies
• Comparative analysis, where thermal profiles are compared to spot outliers indicating potential issues
• Contextual interpretation where we consider external factors such as time of day, weather parameters, and system normal operational conditions
• Root cause analysis
• Categorisation of the findings to help prioritize maintenance and repairs.

Ultimately, the most important aspect is to turn raw data into valuable, actionable intelligence for your organization.

With advanced thermal imaging cameras mounted on drones, we can provide a comprehensive aerial view of heat signatures, revealing hidden issues in buildings, equipment, and infrastructure. Drone-based thermal inspections are time-efficient, safe, and cost-effective, helping you detect problems early before they escalate. We deliver high-resolution infrared images, detailed reports, thermal maps, and actionable recommendations, enabling better decisions on maintenance, energy efficiency, and safety. From detecting energy waste to identifying electrical faults, our drone services give you the insights needed to optimize your operations and prevent costly repairs. Let’s discover how drone-based solutions can enhance the quality of your inspection data.