Overview

InnoSpector

Rugged unmanned system for industrial inspection and monitoring

Improved coverage and data quality

The InnoSpector unmanned system is designed for industrial inspection and monitoring. This rugged industrial drone is built for autonomous inspection, scanning and monitoring of complex industrial facilities, tanks and hard-to-reach confined spaces.

The drone performs missions automatically, and the operator can make adjustments as needed. Built-in navigation systems allow it to operate without GPS, automatically detecting and avoiding obstacles.

Thanks to extensive upgrade options, the drone can carry any equipment that fits its weight and size limits.

Key advantages

Autonomous mission planning, protective frame
Automatic flight with obstacle avoidance in enclosed, GPS-denied environments
Shock-resistant frame
Smart return-to-home system
Advanced sensing
Operation in dusty and humid conditions

Use cases

Infrastructure, construction and utilities

Utility tunnels and collectors, sewers, ventilation shafts, subways and other underground facilities — the unmanned system enables remote condition monitoring and significantly speeds up inspection.

Mining

Drones with LiDAR scanning, gas analysis and visual monitoring significantly improve the safety, productivity and cost-efficiency of mining operations. They can inspect hard-to-reach areas, create accurate maps of workings, and check resource reserves and equipment condition.

Oil and gas

InnoSpector can be used for prompt, continuous monitoring of tanks, pipelines, distillation columns and cracking units. A variety of payload modules covers everything from visual inspection to creating digital twins and 3D models.

Power generation facilities

Boilers, furnaces, tanks, chimneys, pipes, turbines, cooling towers and other assets requiring visual or thermal imaging inspection. The drone's compact size makes it suitable for most types of power plants.

Integration of computer vision and LiDAR enables real-time creation of high-accuracy 3D maps even in the most challenging and confined spaces, including tunnels, mines and high-altitude areas.

Specifications

Technical specifications

Manufacturer data. Ask an EXAMETRA engineer for the current configuration.

InnoSpector

Unmanned aerial system

Speed
Flight time	up to 23 minutes
Working area and size
Flight distance	up to 2.5 km
Unfolded dimensions	480 × 580 × 177 mm
Maximum signal transmission range	4 km
Build and operation
Maximum takeoff weight	3 kg
Operating temperature	-20 to +55 °C
Other
Navigation	SLAM (Lidar+IMU)
Illumination	Built-in LED light