RANGE EXTENDER

Accessory

The accessory that goes the extra mile

Extend the Elios’ reach in challenging environments

The Range Extender enhances signal propagation for Elios 3 in challenging environments like tunnels and enclosed spaces. By placing the antenna closer to the drone, it expends the radio link, ensuring safe and efficient inspections without entering hazardous areas.

Overcome obstacles

Effortlessly deploy the Range Extender anywhere and maintain control of Elios even beyond obstacles.

Focus without interruption

Bring peace of mind to your operations by focusing on the mission without worrying about signal interruptions.

Overcoming signal challenges in complex geometries

In environments such as underground galleries, stacks or mines, signal propagation can be limited by the geometry of the place to inspect and remotely operating a robot becomes difficult.

Optimizing signal placement for extended range

By placing the remote control antennas in a better location, closer to the drone, it is possible to extend the range of the drone.

Practical applications across industries

Underground mine operations

Many underground mine areas are too dangerous for workers to enter, forcing them to stay outside. With the Range Extender deployed in these zones before a flight, Elios pilots gain the additional range needed to make previously impossible missions achievable.

Vertical structure inspections

Deploying the Range Extender in vertical structures, such as stacks or tall storage tanks, significantly improves signal propagation. This allows the pilot to operate the drone further into these complex environments while maintaining reliable control and safety from the ground.

Sewage systems inspections

Deploying the Range Extender into the manhole improves signal propagation, enabling the pilot to operate the drone deeper within the asset while remaining safely outside.

Q&A

What is a Confined Space Drone/UAV?

An acoustic camera is an imaging device used to locate and characterize sound sources. It consists of an array of microphones that simultaneously capture and process signals to create a representation of the sound source locations. This acoustic image is then overlaid in real time onto a digital camera image, enabling precise identification of the sound source.

What if the drone accidentally contacts walls or objects when flying inside the confined space?

Hertzinno’s acoustic camera, equipped with innovative architecture, AI-driven algorithms, and performance enhancements, is designed for a range of applications, including partial discharge detection, compressed gas leak detection, and mechanical fault identification.

What if connection between the Remote Control and Drone is lost mid-flight?

The highly sensitive microphones of the Hertzinno Acoustic Camera can detect a broad range of acoustic frequencies, extending well beyond the audible spectrum. Hertzinno's AI-driven algorithm effectively filters out background noise, isolating ultrasound signatures associated with gas leaks or partial discharge.

How does the Elios 3 generate the 3D map and how is it useful for confined space flying?

The effective range of the Acoustic Camera depends on the frequency used for detection. For leak or partial discharge detection at a distance, the 10 to 30 kHz range is ideal. Higher frequency waves are more readily absorbed by the air, resulting in shorter detection ranges. To detect leaks over longer distances or partial discharge from high-voltage equipment outdoors, the camera should be tuned to lower frequencies, which can travel further.

Can the Elios 3 carry additional payloads?

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