eBee X

eBee X offers 90-minute flights, RTK, PPK, online training, eMotion flight planning software, and more.

Perform professional mapping operations, including flying safely over people and BVLOS, with the NDAA-compliant eBee X drone. 

3D, RGB, multispectral and thermal cameras

eBee X is compatible with a wide range of interchangeable photogrammetry cameras that capture reliable aerial imagery – from 3D models to orthomosaics – to suit every mapping job.

1.5 cm / 0.6 in absolute accuracy

With the on-demand RTK / PPK capabilities of survey drone eBee X, you can gather data without ground control points (GCPs) while maintaining a GSD down to 1.5 cm / 0.6 in.

1.6 kg / 3.6 lbs takeoff weight

Operate safely within more regulatory frameworks thanks to the eBee X’s light weight, which extends your operational possibilities – BVLOS and flights over people – and range.

eBee X has the best ratio energy / MTOW compared to heavier VTOLs.

90 minutes flight time

Efficiently map up to 500 ha / 1,235 ac while flying at 120 m / 400 ft eBee X flight time of up to 90 min* makes it the perfect drone for covering large areas.

*With endurance battery and S.O.D.A. camera.

RTK / PPK available

RTK and PPK allow you to ensure more reliability with the accuracy obtained, without ground control points. The eBee X professional drone is compatible with the industry’s leading base stations.

Shock absorbent

Our R&D engineers have designed a shock absorbent drone fuselage with an underbelly made of reinforced polypropylene woven mesh.

Remote ID, C2 and C6

We’ve prepared for U.S. and European drone regulations with eBee X, featuring built-in FAA-approved Remote ID and EU C2 and C6 labeling.

What are the benefits of drones in agriculture?

Agronomists, agricultural engineers, researchers, service providers and farmers use drone-captured data to gain greater crop insights to accurately plan and manage their operations throughout the growing season. Drone data, be it RGB or multispectral, have a higher spatial and temporal resolution than satellite data and is cheaper than manned-aircraft flights for the same data.

Increase yield – Monitor crop health and address threats such as disease and plant stress through early identification, treatment and mitigation to maximize yield potential.

Cost savings – Better manage agriculture inputs such as fertilizer and pesticides by applying them only where necessary.

Season-long insights – Gain valuable insights at each growth stage, as well as before and after each harvest.

Leaf-level accuracy – High-resolution RGB and pan-sharpened multispectral imagery provide high-accuracy data that allow plant-level monitoring and analyses.

Improved planning – Plan irrigation and drainage before the growing season, and evaluate it throughout.

Current field data – Drones allow regular cost-effective data capturing, providing high temporal resolution for change monitoring and detailed comparisons across growth stages and across seasons.