GDU
UUUFLY · Agriculture UAV
Pinpoint Problems. Optimize Irrigation.
Smarter insights for US farms and ranches:
NDVI/NDRE, thermal, and RGB workflows that reveal stress before it costs you yield.
Precision Irrigation & Water-Stress Management
Smarter Insights. Stronger Irrigation.
Enhance irrigation strategies and reduce water waste with aerial insights powered by agriculture drones. High-resolution multispectral, RGB, and thermal imagery enables early identification of under- or over-watered zones across orchards, row crops, and specialty fields—often before symptoms are visible from the ground. By integrating aerial data into crop analysis software, growers can diagnose issues faster, validate system performance, and adjust schedules or repairs with confidence. Improve efficiency, preserve yield, and maximize every drop.
Why Use Drones? Water stress often goes undetected until it’s too late. Aerial imagery reveals clogged emitters, pressure drops, terrain runoff, and uneven pivot coverage—early enough to act.
Real Irrigation Issues. Real Fixes.
AL4-20 configuration and kit components.
AL4-30 configuration and kit components.
AL4-20 folded and spread views; multiple color options.
Applications across crops, vegetables, fruit trees, spreading, and public health.
Industrial-grade protection, controller, and app workflows.
Key Features for US Farm Operations
IP67 Core Modules
Water-, dust-, and shock-resistant core modules simplify wash-downs and maintenance in tough environments.
Foldable & Portable
Truss-style foldable frames reduce size for transport in a pickup or SUV; single-person carry-friendly.
Obstacle Avoidance & Terrain Following
Radar options perceive obstacles despite dust/low light and auto-adjust height to follow uneven terrain.
AB Line Memory & Breakpoint Resume
Automate straight-line runs and resume precisely after battery swaps or refills.
Efficient Atomization
50–200 μm droplets from centrifugal nozzles improve canopy penetration and reduce drift, saving pesticide and water.
Quality & Support
Supplier vetting, frame/flight testing, training resources, and 24/7 technical support options.
Utility‑Ready Workflows
- Pre‑labeled batteries, corridor templates, and secure streaming to OMS/DMS systems.
- Night ops ready: pair spotlight + loudspeaker for storm response and perimeter patrols.
- Seamless ingest to GIS: GeoJSON/WMS/API for automated ticketing and reporting.
Precision Irrigation Solutions
20 L Sprayer Drone
20 L payload; 16–24 L/min spray flow
4–7 m spray area (~3 m AGL); 6–10 ha/hr efficiency
0–12 m/s operational flight speed; 2 centrifugal nozzles
IP67 core; foldable frame; H12 RC (5.5")
30 L Sprayer Drone
30 L payload; 8–10 m spray width
12–15 ha/hr efficiency; 0–12 m/s operational flight speed
2 centrifugal nozzles; optional obstacle & terrain radars
Folded: 960×640×655 mm; battery 14S 30,000 mAh
Included in Each Kit
Smart Battery (14S 22,000 mAh for AL4-20; 14S 30,000 mAh for AL4-30)
H12 Remote Controller (5.5")
4-Channel Quick Charger (≈3000 W / 60 A)
Toolkit + FPV (LED + Camera)
Aviation Aluminum Case
App for Route Planning (multi-language)
Obstacle Avoidance Radar (optional)
Terrain Following Radar (optional)
At-a-Glance Specifications
| Model | Payload | Spray Width / Area | Efficiency | Nozzles | Flight Speed | Battery | Folded Size | Notes |
|---|---|---|---|---|---|---|---|---|
| AL4-20 | 20 L | 4–7 m (≈3 m AGL) | 6–10 ha/hr | 2 centrifugal | 0–12 m/s | 14S 22,000 mAh | 955×640×630 mm | 16–24 L/min; IP67 core |
| AL4-30 | 30 L | 8–10 m | 12–15 ha/hr | 2 centrifugal | 0–12 m/s | 14S 30,000 mAh | 960×640×655 mm | Truss-style foldable frame |
Performance varies by ambient temperature, wind, terrain, and droplet size.
FAQs
Yes—commercial UAS operations require an FAA Part 107 Remote Pilot Certificate. Some missions (night, over people, BVLOS) may need additional waivers. Also follow state-level pesticide rules for spraying.
Thermal and multispectral time-series reveal stress windows and post-repair recovery, helping refine cycle timing and validate system performance.
Orthomosaics, NDVI/NDRE layers, thermal maps, canopy temperature, DSMs/contours, and GeoTIFF/GeoJSON/SHP exports compatible with most farm platforms.
50–200 μm droplets from centrifugal nozzles improve canopy penetration and reduce drift, enabling lower water and chemical use.
At least 3 batteries and a 4-channel 3000 W/60 A quick charger support near-continuous rotations for full-day operations.
Yes—terrain-following radar maintains altitude over hills and ditches, while obstacle-avoidance radar helps avoid trees, poles, and fencing.
Core modules are IP67 water-, dust-, and shock-resistant for easier wash-downs and reliability in dusty or humid conditions.
Airframe, smart batteries, H12 controller (5.5"), 4-channel fast charger, FPV, toolkit, aluminum case, and route-planning app; optional obstacle/terrain radars.
Row crops, orchards, vineyards, and specialty crops for spraying; optional spreading for fertilizer/granules; mosquito/pest control and public health tasks.
Both models support an operational flight speed of 0–12 m/s when configured correctly for field conditions.
AL4-20: 955×640×630 mm; AL4-30: 960×640×655 mm—compact enough for most pickups/SUVs.
AL4-20: ~6–10 ha/hr; AL4-30: ~12–15 ha/hr, depending on droplet size, wind, terrain, and operator technique.
Rinse spray lines and nozzles, check filters, inspect props/arms, verify battery health, and test obstacle/terrain radar before resuming operations.
Yes—user manuals/videos, optional on-site or factory training, and 24/7 technical support are available.
Yes—GeoTIFF, SHP/GeoPackage, and GeoJSON exports work with most GIS and agronomy platforms.
Extended service plans and replacement parts support are available. Contact us to tailor coverage to your operation.
Contact
MAKE EVERY DROP COUNT
Talk with a US-based Ag UAV Specialist
We’ll configure the right aircraft, sensors, and workflows for your crops, water sources, and terrain—plus training and compliance.
