Zoe Agriculture

Using our professional drone solutions for your agriculture business leads to better insight in the irrigation and water stress of your crops and fields.

Acecore has developed a drone platform that is able to create a complete CWSI index of your crop fields autonomously. Using Workswell’s groundbreaking CWSI camera, users can adjust their irrigation management and phenotype to the edge of perfection.

Do not worry if you have never flown a drone before; the Acecore Zoe agriculture drone can fly itself.

After collecting flight data, the exact status of the crops can be assessed using Workswell’s CWSI Analyzer software. The package includes several pre-defined crop types where values are entered automatically.

RTK integration

The Acecore RTK Ground Station is a compact mobile stand-alone system. With its internal battery it can be used for days without the need of recharging. The GS includes the Microsoft Surface tablet, telemetry communication link and RTK base station. As it comes in a rugged travel case, there is no need to worry about bringing the RTK GS into the field.

EXPLORE ZOE

GPS-data on the image

Exploiting one of Acecore's custom modules, users can choose to have their GPS and drone position data directly on the image. Valuable PPK information such as the exact location, height and orientation of the drone can be imported into Pix4D software directly.

Thermal Imaging

Thermal inspection of vulnerable infrastructures such as bridges, buildings, wind mills and pylons can result in very insightful data. Heat/ gas leaks and other inconsistencies are easily identified from the air. Below video demonstrates a basic thermal inspection job, carried out by an Acecore Zoe and Workswell Wiris Pro.

Workswell WIRIS Agro

Workswell’s WIRIS Agro is the first device of its kind designed to map water stress across large areas in the field of precision agriculture. The aim of this method and device is to determine the value of water stress in the plant stand. For example, this information may be used to determine yield maps, optimize irrigation, or control water management remedies. Camera offers LWIR band sensor (640×512) and 10x optical zoom RGB camera with resolution full HD (1920 x 1080 px).