Avestec
NDT Inspection Drone

Skyron 2

The Skyron 2 is a large-scale industrial drone engineered for contact-based inspections in the most challenging environments. It is optimized for precision Ultrasonic Testing (UT), Electromagnetic Acoustic Transducer (EMAT), and Dry Film Thickness (DFT) in GPS-denied areas. Modular power and proprietary magnetic attachment enable consistent performance across diverse inspection tasks.

Technical Specifications

A purpose-built integrated aerial robotics platform for confined-space and GPS-denied NDT inspection, from precision flight to engineering-ready reports.

Modular Power System

Tethered or swappable battery

Indoor & Outdoor Operation

GPS-denied; winds up to 12 m/s

Multi-Point NDT

Multiple readings per engagement, at any angle

Dual Control Architecture

SLAM based flight controller and advanced navigation

Strong Magnetic Attachment

Stable, full-surface contact

3D Mapping & Data Tagging

Accurate spatial positioning

Integrated Surface Preparation

Rust and scale removal

Modular NDT Payloads

UT, EMAT, DFT, and VT capabilities

LiDAR-SLAM Navigation

3D LiDAR-SLAM Assisted Flight

Skyron 2's GNC (Guidance, Navigation, Control) system uses real-time 3D LiDAR-SLAM to build and localize within a point cloud map. This enables stable, repeatable flight in environments that would blind conventional drones, inside storage tanks, under bridges, and within enclosed industrial structures.

Key Capabilities

  • Stable positional hold in GPS and compass-denied spaces
  • Real-time 3D environment mapping
  • Stable hover in confined spaces without GPS
  • Repeatable flight paths for systematic inspections
Modular Power

Tethered or Battery Powered

Switch between ground-supplied tethered power for unlimited endurance or a smart clickable battery system for high-mobility untethered operations, chosen per mission.

Explore Power Systems
Smart Tether System control interface
Recommended for NDT

Smart Tether System

Unlimited flight duration

  • Continuous ground-supplied power
  • Supports heavier payloads (Delta Arm, SPARM)
  • Ultralight micro-cable with automated winder
Battery System for high-mobility inspections

Solid-State Smart Battery

Fully untethered operation

  • Single-motion click-release for rapid field swaps
  • Maximum maneuverability for visual inspection flights
  • No ground power infrastructure required
AveSoft Windows Application
Software Ecosystem

Software & Data Reporting

An intelligent autonomy and inspection platform that transforms robotic data into actionable insights. Featuring AI-based analysis, real-time monitoring, advanced navigation, and automated reporting with integrated asset visualization.

Key Capabilities

  • Real-Time Monitoring & Visualization
  • Advanced Navigation & Autonomy
  • Automated Report Generation
  • Data Tagging & Asset Mapping
Explore AveSoft

Skyron 2 FAQs

How does Skyron 2 fly without GPS?

Skyron 2 uses a 3D LiDAR-SLAM guidance, navigation and control system that builds and localizes within a real-time point cloud map, giving it stable positional hold and repeatable flight paths inside tanks, under bridges, and in other GPS and compass-denied structures.

What NDT methods does Skyron 2 support?

Skyron 2 supports Ultrasonic Testing (UT), Electromagnetic Acoustic Transducer (EMAT) inspection, Dry Film Thickness (DFT) measurement, and Visual Testing (VT) through its modular payload system, including the Delta Arm, SPARM, Long Arm, Lite Arm, and Surface Preparation payloads.

How is Skyron 2 powered?

Skyron 2 runs on a modular power system, either the Smart Tether System for unlimited, continuous ground-supplied power, or a smart clickable battery for fully untethered, high-mobility flights.

What surfaces can Skyron 2 inspect?

Skyron 2's magnetic attachment and integrated surface preparation payload allow it to inspect rusted, coated, and scaled ferromagnetic surfaces, including tank shells, pressure vessels, and other complex industrial assets, at winds up to 12 m/s.

Ready to Deploy Skyron 2?

Speak with our engineering team about your inspection scope, environment constraints, and payload requirements.

Get in Touch