We've developed a cutting-edge Precision Agriculture UAV drone that transforms how farmers manage their fields. Our drone flies systematically over farmland, capturing high-resolution multispectral imagery that reveals what the naked eye cannot see.
We've equipped our system with advanced sensors that detect early signs of crop stress, disease, and nutrient deficiencies before they become visible problems. Our drone creates detailed field maps showing variations in crop health using NDVI and other vegetation indices, allowing for targeted intervention.
We help farmers apply water, fertilizers, and pesticides only where needed, significantly reducing waste and environmental impact while improving yields. We've designed our system to be user-friendly and integrate seamlessly with existing farm management software.
Our clients report substantial improvements in operational efficiency, with reduced input costs and increased crop productivity.
Superior Crop Insights
Our drone's advanced multispectral sensors detect plant stress, disease, and nutrient deficiencies weeks before they become visible to the human eye, allowing for early intervention that prevents yield loss.
Dramatic Cost Reduction
We help you apply inputs (water, fertilizers, pesticides) only where needed, reducing waste by up to 30% while maintaining or improving yields—our clients typically see ROI within the first growing season.
User-Friendly Implementation
We've designed our system to be accessible regardless of technical expertise, with intuitive controls, automated flight planning, and ready-to-use data outputs that integrate with your existing farm management software.
Comprehensive Support
We provide complete training, ongoing technical assistance, and regular software updates to ensure you maximize the value of your investment, turning complex data into actionable insights for your specific crops and conditions.
Modular Sensor Array
Interchangeable RGB, multispectral, and thermal camera modules snap into place, allowing customization for different crop monitoring needs.
Weather-Resistant Build
IP65-rated waterproof construction with sealed electronics allows operation in light rain and dusty conditions, maximizing usable field days.
Extended Flight Time
Aerodynamic hexacopter design with carbon fiber frame delivers 45+ minutes of flight time per battery charge, covering up to 100 acres per flight.
Automated Mission Planning
Touch-screen interface for creating flight paths with precise overlap patterns, ensuring complete field coverage and consistent data quality.
Real-Time Data Transmission
4G/5G connectivity streams critical insights directly to your mobile device while the drone is still in flight, enabling immediate decision-making.
Compact Transport Design
Foldable arms and quick-detach propellers allow the entire system to fit in a rugged carrying case smaller than a standard suitcase for easy transport between fields.
| Model | E-D100L |
| Structure | Eight axes and eight propellers |
| Wheelbase | 2890mm |
| Folding size | 1000mm*900mm*2100mm |
| Maximum take-off weight | 160KG |
| Maximum load | 80KG |
| Drone deadweight | 51KG |
| Aircraft medicine box capacity | 100L |
| Flight altitude | ≤20 meters |
| Flight radius | ≤5000 meters |
| Flight time | 7~20 minutes |
| Flight speed | 1-12 meters/second |
| Aircraft power life | ≥100,000 hours |
| Aircraft frame life | ≥10 years |
| Operation spray width | 8-20 meters |
| Operation endurance time | 7~10 minutes when fully loaded |
| Hovering in the air | Can hover in any direction |
| Spraying flow | 8-16L/min |
| Spraying system | Imported high-pressure anti-drifting atomizing nozzle~~~ |
| Prevention and control efficiency | ≤2500 acres/day |
| Safe take-off and landing wind speed~~~ | ≤7 levels |
| Charging system | High-speed smart charger |
| Power system | X11PLUS |
Crop Health Monitoring
Identifies pest infestations, disease outbreaks, and nutrient deficiencies across entire fields using multispectral imaging, enabling targeted treatment before problems
Variable-Rate Application Maps
Creates prescription maps for precise fertilizer and pesticide application, ensuring optimal input use by addressing only areas that need treatment.
Irrigation Management
Detects moisture stress and drainage issues using thermal imaging, allowing for irrigation system adjustments that prevent both water waste and crop damage.
Yield Prediction & Harvest Planning
Analyzes crop development patterns throughout the growing season to forecast yields by field section, optimizing harvest timing and resource allocation.
From Davidson, Family Farms:
After investing in our Precision Agriculture Drone, the Davidson Family Farms in Iowa transformed their 500-acre corn and soybean operation.
Within the first growing season, our drone's multispectral imaging identified an emerging fungal infection in their eastern corn fields three weeks before visible symptoms appeared. This early detection allowed for targeted fungicide application to just 40 acres rather than their usual whole-field treatment.
The precision approach saved them over $14,000 in unnecessary chemical applications while preventing an estimated 15% yield loss. Additionally, our drone's irrigation management capabilities revealed inefficiencies in their center pivot system, leading to adjustments that reduced water usage by 22%.
"Your drone paid for itself in the first season," reports James Davidson. "But what really impressed us was how simple it was to implement. The automated flight planning and straightforward data visualization meant our whole team could make use of it from day one, regardless of their tech background."
Input Cost Reduction
Clients typically save 20-30% on fertilizers, pesticides, and water through targeted application. For a 500-acre farm, this translates to approximately $15,000-$25,000 in annual savings.
Labor Efficiency
Reduce scouting hours by 75% while gathering more comprehensive field data. This saves approximately 120-150 labor hours per season.
Yield Improvements
Early detection of stress and disease leads to 7-12% higher yields. On a medium-sized operation, this can generate $30,000-$50,000 in additional annual revenue.
Equipment Optimization
More efficient use of tractors and sprayers reduces fuel consumption and maintenance costs by 15-20%.
Most clients achieve complete ROI within 1-2 growing seasons. Our financing options make this technology accessible with minimal upfront investment, allowing the drone to essentially pay for itself through immediate operational savings.
Comprehensive Onboarding Program
3-day hands-on training covering flight operations, data collection, and analysis.
3-Year Software Updates
Regular enhancements with new features and capabilities.
24/7 Technical Support
Immediate assistance via phone, email, and video chat whenever you need it.
Online Knowledge Portal
Access tutorials, case studies, and implementation best practices.
Quarterly Strategy Sessions
Expert agronomist consultations to optimize drone deployment for your specific crops.
Annual Maintenance
Preventative checks, sensor calibration, and priority repairs to maximize uptime.
Regulatory Overview:
Agricultural drone operations in the US fall under FAA Part 107 regulations, requiring operators to obtain a Remote Pilot Certificate. For crop spraying applications, additional Part 137 Agricultural Aircraft Operator Certification is necessary.
Operations must maintain visual line of sight, fly below 400 feet, and avoid controlled airspace without proper authorization. International customers face country-specific regulations, with most requiring operator certification and flight registration.
Our Support:
Pre-purchase regulatory consultations tailored to your location
Complete documentation packages for registration submissions
Part 107 certification preparation courses with 95% first-time pass rate
Assistance with airspace authorization requests through LAANC
Annual compliance updates to keep you informed of changing regulations
Our Certification:
Optional Type Certification for beyond visual line of sight operations
FAA Declaration of Compliance for small UAS
CE certification for European operations
IP65 weather resistance rating
ISO 9001-certified manufacturing processes
Encrypted data transmission compliant with cybersecurity standards
"The drone paid for itself within months by detecting early fungal infections in my wheat fields.
I saved over $14,000 in chemical costs while preventing significant yield loss.
Best investment I've made for my operation in years."
— James Davidson, Farm Owner
"Managing irrigation across 1,200 acres used to be guesswork.
With this drone's thermal mapping capabilities, we've reduced water usage by 22% while improving crop health.
The system paid for itself in the first season."
— Sarah Thompson, Agronomist
"As a consulting agronomist, this drone has transformed how I serve my clients.
We've documented a consistent 10% increase in yields through targeted interventions based on the drone's multispectral imaging.
The ROI is undeniable."
— Mark Reynolds, Farm Manager
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Drone sprayer manufacturer direct salesProvide customers with a complete set of agricultural drone sprayer solutions. Medicine box50L Battery18S30000mAh Working temperature0℃-40℃ Warranty2 years Flight speed0-15m/s Spraying width5-8m Spraying efficiency8L/min*2
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