The indoor drone for high‑quality inspections in confined areas.

Stereoscopic stabilization and distance measurement directly available in flight

GPS free flight made easy

Stabilization by stereoscopic camera
Odometry
Active surface tracking
Active trajectory control in pipes

Nimble in confined spaces

Small diameter (39cm)
Powerful lighting system (10K lumens)
Enhanced vision through steam and dust
Robust radio and video link

Facilitating data collection

4K Photo - Video
Real time 1080p video feedback
180° rotating camera
Access to flight logs

Improve flight safety

Protective cage
Collision tolerant behavior
Active protection by sensors
Easy maintenance

Tailoring a drone for confined space

Protective cage

Allows contact with the walls without risk to the machine.

In a confined environment, trying to avoid any contact is unrealistic. It is therefore necessary to be able to bounce on the surfaces and continue the inspection.

Smaller size

A small diameter drone is more nimble to fly and fit in tight environments. Moreover, with a diameter of less than 40cm, the Stereo2 is able to cross most manholes.

Optical stabilization

Today, optical stabilization is the only way to overcome the lack of GPS signals in confined areas.

The Stereo2 is also able to record its movements in real‑time for the pilot and to output them for 3D reconstruction.

Illumination

Lack of light is a recurring problem in confined environments. Yet, it is essential for the cameras to be able to record the area.

A Wide, uniform, and powerful lighting is mandatory to operate effectively.

Dust resistance

Present absolutely everywhere, it clogs up ventilation and causes the equipment to heat up.

The Stereo2 has a passive ventilation system with wide openings that allows quick cleaning only with dry air.

Once airborne, indirect lighting methods such as the Stereo2’s dust mode are essential to ensure good visibility.

HD video feedback

The better the definition of the drone’s video feedback, the better the pilot’s ability to understand the hostile environments he is flying in.

Fly in the most difficult conditions
to keep men away from danger

Recording in 4K

The goal of any inspection is to get the best possible data set. For this, the Stereo2 carries a 4K camera.

Its fixed focus is factory set to provide a sharp image that will not be disturbed by any deposits on the lens.

The iso setting is automatic in order to simplify the pilot's work. To adjust the exposure at close range, simply adjust the power of the on‑board lighting system.

Radio control interface

Stereo2's wireless radio control revolutionizes the way you monitor, control and inspect your infrastructure.

Thanks to advanced technology, it is possible to transmit a multitude of fundamental data in real time, such as distance, time travelled and altimetry.

This radio control system offers extended range and increased reliability, enabling precise, continuous inspections.

Visuel 2

Using a drone in a confined environment is a tough job.
Better use a machine you can put your trust in.

10 000 lumens

The Stereo2 is equipped with a lighting system suitable for inspections in confined areas.

The 4 LED panels are adjustable from the remote control. They provide uniform illumination of the area to be inspected.

It is also possible to use only the channels on one side of the machine to highlight surface imperfections with a lighting effect.

Facing dust

Industrial environments often come with a lot of dust. Once airborne, lifted from surfaces by the movement of the propellers, an opaque cloud can quickly take shape.

The indirect lighting system of the Stereo2 allows it to keep a perfect view of the environment in these conditions and allows the pilot to easily complete his inspection.

Photogrammetry

A 3D model gives you a new perspective on your inspection. Locating defects is easier than sorting through hundreds of pictures or watching a flight video.

Software such as Agisoft Metashape or Pix4D allow to create digital replicas from the videos taken by Stereo2.

The use of flight logs can also facilitate the work of reconstruction software by associating the samples to a precise place in space.