Users create mission plans and tasks through the DRONEQUBE Platform. Drones deploy autonomously to selected fields at specified times, ensuring seamless operation and minimal manual intervention.
QUBEs Using This Technology:
QUBE 1,
QUBE 2,
QUBE 3
Why It Matters to Farmers
- Early detection of diseases, pests, and water stress
- Actionable Alerts on potential issues—saving time and chemicals
- Customizable to different grape varieties and regional conditions
Core Features
- Multispectral & Thermal Imaging: Pinpoint vine stress before it’s visible to the naked eye
- AI Algorithms (Marketplace): Specialized models for Plasmopara viticola, Phomopsis viticola (in testing), Chlorosis (April 25), Planococcus spp., and more
- Proprietary Photo Alignment Engine: Ensures high-quality data for AI analysis
Technology Highlight
- Layered Analysis: Combine soil sensor data, pest trap results, and imaging in a single platform
- Secure Cloud or On-Premise: Farmers own their data, stored with encryption
Why It Matters
- 3D Vineyard Maps let you see every row’s topography
- Optimized Flight Paths reduce overlap and missed spots
Core Features
- RTK/GNSS Positioning: Sub-meter accuracy for planting, harvesting, or scouting routes
- Angle-Optimized Imaging: Minimizes glare, enhances clarity for disease detection
Technology Highlight
- Repeatable Missions: The system references 3D maps to replicate flight angles and patterns—ideal for comparing data over time
QUBEs Using This Technology:
QUBE 1,
QUBE 2,
QUBE 3
This advanced system revolutionizes agricultural drone operations by eliminating the need for manual battery swaps and chemical refills. By keeping spraying drones continuously in the air, it removes the typical 40-minute downtime required for recharging, significantly increasing efficiency. Designed for year-round reliability, its all-weather IP67-rated construction ensures uninterrupted performance in various conditions. Additionally, the system features an automated mixing station that precisely blends water, fertilizers, or pesticides for the QUBE 3, streamlining the entire spraying process.
At the heart of this innovation is a proprietary robotic arm with a 10 kg payload capacity and ±0.04 mm precision, ensuring accurate and efficient battery and tank handling. A patented robotic holder, introduced in 2018, delivers a unique mechanical approach that minimizes labor costs and reduces human error in chemical management. By automating these critical functions, this technology not only optimizes workflow but also enhances safety and operational consistency in agricultural spraying.
This cutting-edge technology significantly reduces chemical usage by up to 30%, lowering costs while minimizing environmental impact. By delivering targeted treatments, it limits exposure to beneficial insects and surrounding ecosystems, promoting a more sustainable approach to crop protection. Instead of blanket spraying, the system precisely applies pesticides or fertilizers only where needed, ensuring maximum efficiency with minimal waste.
At the core of this innovation is the SprayDrone X, an integral part of the QUBE 3 system. Equipped with high-precision nozzles guided by real-time AI data, it adapts mid-flight using dynamic flow control to adjust spray volume based on pest and disease alerts. Seamlessly integrated with an industrial robot, the system enables instant refills without requiring a pilot, ensuring uninterrupted operation and a more efficient agricultural workflow.