Mapping Solutions


Draganfly Sentinel
AGRICULTURE
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INFRASTRUCTURE
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SURVEYING
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SURVEILLANCE
The Draganfly Sentinel is an easy to deploy, full electric, light weight fixed-wing vertical take-off and landing UAS capable of up to 120-minute endurance on a single battery. Easy to assemble and transport, the Draganfly Sentinel can accommodate an array of exchangeable payloads, making it the ideal solution for agriculture, infrastructure inspection, surveying and surveillanceAdditional Features:
Supports fully automated, semi-automated and manual flight modes. Includes hand-held controller & tablet for flight planning & real-time operation. Ready to Fly configuration includes battery, charger, transport case. Can be set up for automated flight beyond C2 communication range. Easy to deploy, assembles in minutes.RECOMMENDED PAYLOADS

High Resolution RGB
Our camera partners offer sensors ranging from 18MP to 100MP color visual light still cameras intended for broad use cases such as agriculture, surveying, public safety, and infrastructure inspection. These cameras are tightly integrated and ideal for applications when high spatial accuracy is important to provide you a real time overview of your scene.

Thermal Infrared
Particularly useful in the agricultural industry, these cameras allow researchers, breeders, and producers to capture the spectral range and resolution needed to calculate vegetation indices (VIs) for monitoring crop health, growth, and biomass. Commonly used by emergency response teams and for infrastructure inspection, thermal infrared cameras give invaluable information for search and rescue, fire response and management, and identifying damaged energy sector infrastructure.

Multispectral
These specialty cameras are tightly integrated with our RPAS platforms and flight planning software to accurately capture imagery in specific targeted light bands. Particularly useful in the agricultural industry, these cameras allow researchers, breeders, and producers to capture the spectral range and resolution needed to calculate vegetation indices (VIs) for monitoring crop health, growth, and biomass.

Long-Range Surveillance and Reconnaissance Drone
AGRICULTURE
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INFRASTRUCTURE
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SURVEYING
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SURVEILLANCE
The Draganfly Long-Range Surveillance and Reconnaissance Drone is a versatile, vertical take-off and landing (VTOL) multirotor unmanned aerial vehicle (UAV) designed for ease of use and long flight times. The quick-assembly design, allows for rapid set up and launch. Made from composite materials, the frame is light and tough, and can withstand high winds, making it possible to perform aerial tasks in various complex situations.Additional Features:
The Draganfly Long-Range Surveillance and Reconnaissance Drone supports automated missions as well as semi-automated flight operations and is compatible with a wide variety of payloads. This ready-to-fly solution is ideal for agricultural monitoring and research, border control and surveillance, mapping, surveying, environmental monitoring, and search and rescue.RECOMMENDED PAYLOADS

High Resolution RGB
Our camera partners offer sensors ranging from 18MP to 100MP color visual light still cameras intended for broad use cases such as agriculture, surveying, public safety, and infrastructure inspection. These cameras are tightly integrated and ideal for applications when high spatial accuracy is important to provide you a real time overview of your scene.

Thermal Infrared
Particularly useful in the agricultural industry, these cameras allow researchers, breeders, and producers to capture the spectral range and resolution needed to calculate vegetation indices (VIs) for monitoring crop health, growth, and biomass. Commonly used by emergency response teams and for infrastructure inspection, thermal infrared cameras give invaluable information for search and rescue, fire response and management, and identifying damaged energy sector infrastructure.

Multispectral
These specialty cameras are tightly integrated with our RPAS platforms and flight planning software to accurately capture imagery in specific targeted light bands. Particularly useful in the agricultural industry, these cameras allow researchers, breeders, and producers to capture the spectral range and resolution needed to calculate vegetation indices (VIs) for monitoring crop health, growth, and biomass.





