High-Precision Inspections and 3D Modelling Across Industries
High precision inspections and engineering-grade 3D modelling using advanced multi-sensor imaging.
Our workflow captures sub-centimetre accuracy through RGB, radiometric thermal, hyperspectral and LiDAR sensors, giving organisations a clear and defensible view of asset condition.
Some of the things we inspect include bridges, buildings, wind turbines, utilities, industrial structures, construction sites and complex environments with fast, safe and reliable data capture. Every dataset is processed into detailed 3D models and high-fidelity analysis that supports informed decision-making and predictive planning.
Key Benefits
Using a combination of multi-sensor imaging with next-generation processing to produce data you can trust and models built for engineering accuracy.
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Generate high-resolution 3D models with up to 1 cm per pixel accuracy
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Detect anomalies within ±2°C, revealing hidden failures, leaks, hotspots and inefficiencies
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Over 95 percent reduction in error compared to manual or rope-access inspections.
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Cross-Industry Applications with Proven ROI
Here are the industries that benefit most from high precision inspections and 3D modelling.
Construction
Use Case: Progress monitoring, defect detection, site modelling.
Outcome: Reduce project delays by up to 20 percent and rework costs by 30 percent.
Real Estate and Property
Use Case: Immersive 3D visualisations for marketing, planning and development approvals.
Outcome: Increase engagement and buyer confidence by 40 percent.
Efficiency and Accessibility
Our drone-based solutions deliver faster, safer, and more comprehensive inspections compared to traditional methods.
Time Savings: Complete inspections in half the time, reducing survey durations by up to 50%.
Cost Efficiency: Eliminate the need for scaffolding, lifts, or large teams, cutting inspection costs by 30%-40%.
Mining
Use Case: Pit mapping, volumetrics, haul road assessment and infrastructure analysis.
Outcome: Cut survey times by 50 percent and improve extraction efficiency by 15 percent.
Public Safety and Government
Use Case: Disaster response mapping, urban planning, infrastructure assessment.
Outcome: Reduce response times by 30 percent and enhance situational awareness.
Sustainability and Safety
Our eco-friendly solutions prioritise safety and environmental responsibility.
Safety Improvements: Reduce the need for personnel in hazardous areas by 80%.
Water and Emissions Savings: Conserve up to 80% of water and reduce CO₂ emissions by 60% compared to traditional methods.
Compliance: Ensure alignment with global environmental and safety standards.
Energy
Use Case: Wind turbines, solar farms, substations and overhead lines inspected without downtime.
Outcome: Reduce maintenance costs by 25 percent and inspection time by 60 percent.
Proactive Maintenance and Cost Savings
Early detection of structural vulnerabilities and wear-and-tear through precise modelling prevents costly failures.
Maintenance Savings: Reduce maintenance costs by up to 40%.
Downtime Reduction: Minimise unplanned downtime by 25%-30%.
Asset Lifespan: Extend asset life cycles by up to 30% through timely interventions.
Seamless Integration with Digital Twins
Enhance planning, monitoring, and asset management with dynamic digital twin integration.
Real-Time Data: Provide stakeholders with live updates for immediate decision-making.
Logistics Optimisation: Improve site-wide operations by 15%-20% through integrated modelling.
Forecasting Accuracy: Enable predictive analytics to improve future project outcomes by up to 25%.