WHY USE THERMAL IMAGING DRONES?

Cost-Effectiveness: Reduced need for scaffolding lowers operational costs, while early detection of
issues through drone surveys can prevent expensive repairs.

Efficiency and Speed: Drones collect thermal data over 50 times faster than manual methods, covering
large areas quickly and accessing hard to-reach locations without scaffolding.

Non-Invasive Inspections: Drone surveys enhance safety by eliminating the need for personnel to work at heights and minimise disruption to normal operations during inspections.

Enhanced Data Quality: Equipped with advanced thermal cameras, drones provide high-resolution images that clearly reveal temperature variations and hotspots, improving issue identification.

Versatility in Applications: Drone thermal imaging serves various industries for building inspections, solar panel
assessments, and preventative maintenance, allowing for proactive problem identification.

AERIAL THERMOGRAPHIC SOLAR PANEL SURVEYS DETECT

Faulty Connections: Detects electrical faults and poor connections that can lead to
energy loss.

Micro-Cracks: Identifies micro-cracks in solar panels that may affect performance and longevity.

Overheating Issues: Spots hotspots indicating overheating, which can cause
system failures.

Shading Problems: Reveals shading effects that reduce solar panel efficiency

COMMERCIAL DRONE SURVEYS

Our drone surveys utilise unmanned aerial vehicles (UAVs) equipped with high resolution cameras and thermal imaging to conduct inspections of solar panels and roofs efficiently and cost-effectively.

These surveys provide detailed imagery, enabling the identification of issues such as faulty cells, shading, debris accumulation and roof damage, without the risks associated with traditional methods like scaffolding.

Drones enhance safety, reduce costs, and allow for quicker assessments, making them invaluable for maintaining roofs and solar energy systems, ensuring optimal performance.

AERIAL ROOF CONDITION SURVEYS 

Leaks and Water Damage: Identifies
leaks and moisture accumulation that can lead to structural damage.

Insulation Gaps: Detects areas with inadequate insulation that may increase
energy costs.

Structural Deficiencies: Pinpoints issues such as sagging or damaged roofing materials.

Debris Accumulation: Spots debris that can obstruct drainage and contribute to roof deterioration.