Inspection
Make Your Construction Project Advanced Live and precise insights for inspection, security, remote area monitoring, risk evaluation, and perimeter management.
Ship Construction
Powerline inspection
Solar inspection
Wind Turbine inspection
Bridge Inspection
Heritage Inspection
Aircraft Inspection
Port Inspection
Solar Panel Inspection
Solar panel inspection using drones leverages advanced sensors, including thermal and high-resolution cameras, to assess panel efficiency and detect performance issues such as hotspots, cracks, or surface defects.
Drones can rapidly scan large solar farms, capturing detailed visual and thermal data that supports maintenance planning, fault detection, and performance optimization. This approach ensures faster, safer, and more cost-effective inspections compared to traditional manual methods.
Wind Turbine Inspection
Uses drones with high-resolution and thermal cameras for quick, safe inspections.
Detects cracks, corrosion, wear, and surface damage on blades and towers.
Reduces downtime, risk, and inspection costs.
Enables accurate data capture for maintenance and performance monitoring.
Improves efficiency, safety, and turbine lifespan.
Outputs
Visualization of temperature distribution across rotor blades.
Detection of hidden defects and internal failures.
Identification of erosion and corrosion on surfaces.
Examination of abnormalities in turbine components.
Monitoring of vegetation growth and bird strike impacts.
Industrial 3D Model
Utilizes drones to create highly detailed 3D models of industrial assets and infrastructure.
Enables remote inspection of equipment and utilities with improved safety.
Offers cost-effective and time-efficient alternatives to traditional inspections.
Supports regular monitoring (weekly/monthly) for asset longevity and performance.
Allows early detection of issues for proactive maintenance and reduced downtime.
Enhances asset management and overall operational efficiency.
Powerline Inspection
Uses drones with high-resolution and thermal cameras for detailed inspection.
Detects erosion, cracks, and electrical faults through visual and heat analysis.
Identifies vegetation overgrowth to prevent interference and outages.
Enables fast, accurate, and safe assessments of electrical infrastructure.
Improves structural integrity, reliability, and maintenance efficiency.
Reduces downtime and ensures a consistent power supply.