nemo
internal inspection robot
of wind turbine blades
nemo is the perfect solution for the internal inspection of wind turbine blades.
Discover nemo
Our small, remotely controlled robot has the ability to access up to 75% of the blade length in internal shovel sections where human access is impossible.
Its high-resolution cameras, combined with the illumination system, provide clear images of the detected defects.
The system is equipped with software specifically developed to facilitate inspection tasks and to make the use of the equipment simple and intuitive from the very first moment.
The benefits of incorporating nemo into your company
Minimum size
Nemo allows to access places where an operator would not be able to. It allows real-time visualization of the defects found with the built-in high-performance cameras.
Minimizes human risk
Completely eliminates the risk of operators working in confined spaces.
Cost
reduction
The internal inspection allows early detection of damages inside the blades, and to act before catastrophic failures occur in the blade structure.
nemo
wind blades inspection
Two versions tailored to your needs, offering countless combinations.
Common features
Hard & Software
- Base station: MS Surface PRO 13''
- OS: Windows 11 Pro
- Video system and resolution: Full HD 1080p30
- Battery GCS: 4h
- Main App: Nemo Rover App
Specs
- Size (LxWxH mm): 500 x 206 x 122
- Maximum speed: 0,6 m/s
- Climbing angle: 30º
- Processor: Nvidia Jetson
- Gimbal Yaw Movement: -90º +90
- Gimbal Tilt Movement: -25º +90º
- Sensor: Sony Autofocus
- Still Resolution: 4056 x 3040
Two different versions
nemo full vision V3
With its high-precision gimbal and wide range of motion, Nemo enables reliable internal analysis of up to 80% of the blade, ensuring accurate diagnostics in any condition.
- Weight (with battery): 4,6 Kg
- Communications range: 75 meters
- Powered by: Battery
- Case size (LxWxH mm): 600 x 400 x 278
- Case weight: 13 Kg
- Average operation time: 8-10 hours
nemo full vision tethered V3
With wired power and Ethernet connection, Nemo Tethered operates without time or signal limitations, ensuring continuous performance and a highly stable link in demanding inspection environments.
- Weight (with tether module): 4,6 Kg
- Cable length: 75 meters
- Powered by: Cable
- Case size (LxWxH mm): 625 x 420 x 340
- Case weight: 25 Kg
- Average operation time: Unlimited
Accessories
Several nemo configuration options are available to further enhance the equipment’s capabilities.
These include a range extender that allows you to reach up to 75 meters with a secure connection, and a cable meter system that lets you know Nemo’s position at all times.
Cable Counter
A precision digital system designed to provide an accurate count of almost any type of cable. We can also customize the design to fit your cable’s diameter.
Battery 6,7Ah
Nemo’s conventional battery, with a 4-hour runtime, is perfect given its small size and flexible usage.
Battery 17Ah
Our largest battery provides an uninterrupted runtime of 8 hours.
360º Camera
With our 360º camera, you get a complete view of the entire blade surface at the end of the inspection.
Tether module
Connects the nemo by cable to the GCS with the anchor module, making it independent of the batteries and providing a secure connection throughout the inspection.
Range Extender
Thanks to our range extender, the connection remains stable and secure up to 75 meters inside the blades.
nemo full vision
Unrestricted precision inspection
Our FULL VISION model redefines the limits of inspection. Thanks to its high-precision gimbal, capable of movements of -25º +90º in TILT and -90º +90º in YAW, the NEMO FULL VISION captures detailed orthogonal images of the upper and lateral areas of the blade, revealing the exact magnitude of any damage.
- Accurate Viewing: The integrated marker laser clearly indicates the direction of the camera, making it easy to identify areas of interest.
- Optimized lighting: The improved lighting system ensures sharp images in any condition.
- Versatility: Allows you to integrate measurement sensors to obtain exact dimensions of the interior of the blade and generate detailed reports.