In-house rover for tunnel and pipeline surveying
Delta Scan has unveiled a breakthrough innovation developed at its headquarters: an in-house rover that transforms tunnel and pipeline surveying. This advancement serves sewer systems, stormwater drainage, culverts, tailings penstock outlets, and industrial plants with exceptional precision and safety.
The company remains committed to exploring novel methodologies for challenging environments. The rover integrates advanced robotics, artificial intelligence, and sensor technologies, representing a significant advancement in confined-space inspection capabilities.
Features and benefits
1. Enhanced accessibility
Delta Scan engineered this rover to navigate hazardous, confined environments that prove unsafe for human surveyors. Its compact design enables access through openings as small as 350mm. It recently completed a successful survey of over 1,000 metres within a single pipe, demonstrating reliability in demanding conditions.
2. Advanced sensor suite
The rover incorporates state-of-the-art sensors, high-definition cameras, and a head-tracking gimbal for capturing precise measurements and detailed imagery essential for accurate environmental modelling.
3. Real-time data processing
AI-driven processing enables immediate analysis and visualisation, allowing engineers and asset managers to make informed decisions quickly and improve project efficiency.
4. Safety and efficiency
Deploying the rover in confined spaces reduces human risk while increasing operational efficiency through continuous, fatigue-free data collection.
Applications across industries
- Infrastructure management: inspecting tunnels, channels, and pipelines for structural assessment
- Mining operations: surveying penstocks and underground mines for optimisation and safety
- Disaster response: providing critical assessment data in post-disaster scenarios
Looking ahead
Delta Scan plans to refine the rover further, exploring interchangeable payloads and expanded capabilities to meet evolving industry needs.