Why Choose Our Product
Pick-710 is engineered to redefine agricultural efficiency and productivity. With top-tier precision, durability, and an easy-to-operate design, Pick-710 allows farmers to cover vast acres swiftly and manage crops with real-time data. Built for today’s challenges, this advanced UAV ensures better yields, cost savings, and sustainable practices.
The Pick-710 is a cutting-edge agriculture drone designed for efficient crop management. Equipped with advanced spraying and scanning capabilities, it empowers farmers with real-time data, precision pesticide application, and streamlined field operations, all while promoting sustainability and productivity in modern agriculture.
The Ultimate Precision Agriculture Drone
Key Specifications
Optimized for field efficiency, from extended flight time to high-res imaging.
- Flight Time: Up to 45 minutes
- Battery: Long-lasting lithium-ion, rechargeable
- Payload Capacity: 10 kg for spray tanks or sensors
- Max Speed: 30 km/h
- Camera: High-resolution, multispectral
- Coverage Area: Up to 500 acres per day
Spray and Scan Drone – Ideal for precise pesticide application, crop monitoring, soil analysis, and livestock tracking.
Features
Built-in precision spraying, data capture, and smart navigation enhance every flight.
- Precision Spraying: Customizable spray patterns for targeted pesticide application
- High-Resolution Imaging: Advanced multispectral camera for accurate crop and soil monitoring
- Real-Time Data: In-flight analysis for quick decision-making
- Smart Navigation: Automated routes with obstacle detection and GPS precision
Enhance and Extend Your Drone’s Capabilities
Accessories
Frequently asked questions
Answers to Your Most Common Questions
The battery takes approximately 2 hours to fully charge.
Yes, Pick-710 is weather-resistant and can operate under moderate wind and rain.
Absolutely, it can integrate additional sensors for various scanning and analysis tasks.
The spray system is highly accurate, with customizable nozzles for precise application and reduced chemical use.