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endurance drone

A versatile, lightweight UAV drone that tackles a broad range of LTE-centric aerial operations including surveying, surveillance and more.

uav drone

key benefits of Endurance Drone

simple integration

The plug-in-play flexibility simplifies the process of integrating and switching payloads, making this UAV drone more versatile and cost-effective for a wide range of industries and use cases.

mission flight planning

The Endurance Drone offers mission planning capabilities, allowing operators to define and optimize the drone’s flight path, waypoints, and actions. Operators can specify the desired routes, altitude profiles, and specific actions to be performed at different waypoints.

flexibility and versatility

Quickly adapt this UAV by simply attaching or swapping different payload modules. This versatility allows the UAV to perform different tasks, such as thermal imaging, multispectral imaging, or even specialized operations like gas sensing or LiDAR scanning.

size and weight

dimensions	725mm unfolded diameter with props x 290mm high
base weight	3kg
flight time	40min

capability

payload capacity	5kg
operating tempurature	-30°C min, +50°C max
wind resistance	35km/h
ingress protection	ip43

ADVANCED AUTOPILOT CAPABILITY

The advanced autopilot capability in this UAV enhances it’s autonomy, flight precision, and operational efficiency. It enables the automation of complex flight operations, improves safety, and expands the range of applications where drones can be deployed effectively.

INTEGRATED GROUND CONTROL STATION (GCS)

The integrated GCS provides Endurance drone operators with a centralized and comprehensive control interface for managing and monitoring all aspects of drone flight and mission operations.

Flexible Plug-in-Play Payloads

The flexibility provided by plug-in-play payloads empowers Endurance users to adapt the drone to different applications, optimize performance, and take advantage of new technologies as they emerge.

minimal latency

By minimizing latency, a drone can better perceive and react to changes in its surroundings, navigate swiftly, and perform tasks with improved accuracy and precision. It enhances the overall user experience, improves system performance, and enables applications that demand high-speed and time-critical operations.