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HIGH-CAPACITY BATTERY

Accessory

17-min max flight time, twice the lifespan

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State-of-the-art chemistry for longer cycle life and superior performance

Increased peace of mind

Reducing pressure on pilots for better inspections and improved data capture.

Boosted operational efficiency

With up to 17-minutes of flight time, it lets you cover more ground with fewer swaps.

Reduced cost per flight

Supports up to 100 charge cycles, reducing the cost for a single flight.

FLYABILITY ELIOS 3 HIGH-CAPACITY BATTERY

Standard vs. high-capacity battery:
what you gain

Impact of high-capacity battery on flight performance and operating limits

Flight performance and handling may vary depending on payload and environmental conditions when using the high-capacity battery—particularly with the UT and RAD payloads. For more details, please refer to our technical specifications.

Efficiency improvements beyond flight time improvement

Upgrading to the high-capacity battery meaningfully boosts inspection time. Because taxi time* remains the same no matter the battery size, the additional capacity goes entirely toward the inspection work.

Efficiency gain with constant taxi time

Upgrading to the high-capacity battery meaningfully boosts inspection time. Because taxi time* remains the same no matter the battery size, the additional capacity goes entirely toward the inspection work.

*’Taxi time’ refers to the time needed to reach the inspection point from the home point.

Efficiency improvements beyond flight time improvement

Upgrading to the high-capacity battery meaningfully boosts inspection time. Because taxi time* remains the same no matter the battery size, the additional capacity goes entirely toward the inspection work.

Q&A

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.

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.

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.

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.

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.

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