Smart Farming for a Smarter Future
In today’s modern agriculture, technology has become the strongest partner for farmers. From nutrition management to crop protection, drone technology is transforming the way farmers work—saving time, labor, and cost while improving crop performance.
Dhanashree Crop Solutions Pvt. Ltd provides precise, safe, and crop-specific Drone Fertilizer products designed to increase yield and reduce input costs.
Why Drone Application?
1. Uniform Application for Better Results
2. Saves 70–90% Time
3. Accurate & Targeted Spraying
4. Safe for Farmers
5. Better Reach in Difficult Areas
1. Uniform application
2. Higher yield & better crop quality
3. Reduced fertilizer wastage
4. Faster and healthier plant growth
5. Cost-effective and efficient farming
Modern agriculture is moving fast and drones are at the center of this transformation. Unlike traditional spraying methods that rely on manual labor, uneven coverage, and high time consumption, drone spraying brings precision, speed, and efficiency directly to the farmer’s field.
Drones are not just an upgrade they are a complete shift in how we manage crop nutrition and crop protection.
Drones deliver fertilizers, nutrients, and crop protection products with pinpoint accuracy.
Every part of the field edges, corners, and difficult areas receives uniform coverage.
This ensures consistent growth and healthier crops.
Large fields that normally take hours now take just minutes.
Farmers can spray several acres per hour, reducing dependence on labor and helping tackle peak-season spraying challenges.
Drone technology uses controlled droplet size and calculated spray volumes, which means:
1. Less wastage
2. Lower spray drift
3. Better product efficiency
4. Higher ROI for farmers
With drones, farmers no longer need to carry heavy tanks or walk through pest-affected or chemical-exposed areas.
The operator stays at a safe distance while the drone handles the work.
Whether it’s tall crops, dense crops, uneven terrain, or waterlogged areas drones operate effortlessly where traditional spraying struggles.
Uniform spraying leads to:
1. Better nutrient absorption
2. Faster growth
3. Reduced pest pressure
4. Improved crop quality
This directly contributes to higher yield and higher profit for farmers.
Drone spraying integrates seamlessly with modern agriculture practices from GPS-based mapping to digital tracking and precision agriculture technologies.
It sets the foundation for smart, sustainable, and scalable farming.
Specially formulated for ultra-low volume drone spraying.
Drone technology brings speed, accuracy, and uniform spray coverage to your farm. To ensure safe and effective spraying, the following process and guidelines are followed:
Before spraying, our team conducts a detailed assessment of the field:
1. Checks crop type, plant height, and crop stage
2. Identifies obstacles like trees, electric poles & uneven terrain
3. Measures field boundaries using GPS
4. Reviews wind speed, weather conditions & spray suitability
Why it matters:
Accurate field assessment ensures safe flight routes and efficient spray coverage.
1. Proper selection of chemical/fertilizer is critical.
2. Product is chosen based on crop, pest/disease type, and severity
3. Recommended drone dose (low-volume or ULV) is finalized
4. Application schedule is explained to the farmer
Why it matters:
Correct product + correct dose = maximum effectiveness & reduced wastage.
Our trained team follows a safe chemical handling procedure:
1. Mixes chemicals as per recommended dosage
2. Uses clean water & proper PPE (gloves, mask, goggles)
3. Filters the solution to avoid nozzle blockage
4. Ensures tank is filled only as per drone capacity
Why it matters:
Proper tank preparation ensures smooth spraying without interruptions.
Before take-off, the drone is calibrated to ensure precision:
1. Sets flight height, speed & spray volume
2. Adjusts nozzle flow rate for required droplet size
3. Plans flight path using GPS waypoint mapping
4. Performs safety checks for battery, propellers & sensors
Why it matters:
Calibration guarantees uniform droplet size & consistent coverage across the field.
Once calibration is complete, the drone begins spraying:
1. Follows automated GPS guided route
2. Maintains constant height for uniform spraying
3. Avoids crop damage due to non-contact flying
4. Saves 80–90% water compared to traditional spraying
5. Finishes large fields quickly with minimal labor
Why it matters:
Drone spraying ensures speed, safety, and precise delivery of nutrients or crop protection products.
1. Cannot operate during high wind, rain, or fog
2. Tall structural crops (sugarcane, banana) may need special planning
3. Battery needs periodic replacement during long fields
4. Restricted flying zones near airports or sensitive areas
5. Requires clear visibility for safe flight
1. Drone operations are done by certified operators only
2. Farmer must provide safe field entry and clean water source
3. Chemical/product dosage must be approved before application
4. Weather dependent operations may be rescheduled
5. Payment terms must be cleared before or on the day of service
6. Company is not responsible for crop failure unrelated to spray quality
Choose the right tool for your field. Engineered for durability and precision
Key Features:
1. High-precision spraying system for uniform droplet size
2. Large tank capacity: 10L, 16L, 20L, 30L
3. Wide spray width: 6–10 meters
4. Covers 10–25 acres per hour depending on model
5. ULV (Ultra Low Volume) spraying reduces water use
6. Automatic flight paths using GPS/RTK
7. Terrain-following sensors for stability in uneven fields
8. Wind resistance & low drift nozzle technology
Safety systems:
Obstacle avoidance
Emergency landing
Auto-return-to-home on low battery
Easy tank refill and battery swap design
Best For:
✔ Pesticides
✔ Fungicides
✔ Foliar fertilizers
✔ Micro & nano nutrients
✔ Biostimulants
Key Features:
1. High-resolution RGB cameras for field imaging
2. Multispectral sensors (optional) for NDVI crop health analysis
3. Automated route planning with mission control software
4. Real-time field visuals for decision-making
5. Creates 2D and 3D field maps
6. Identifies crop stress, pest areas, and waterlogging zones
7. Cloud-based data storage & AI reports
8. Efficient coverage of 200–500 acres per flight (fixed-wing imaging drones)
Best For:
✔ Crop scouting
✔ Disease detection
✔ Nutrient mapping
✔ Farm planning
✔ Soil variability analysis
Key Features:
1. Multiple wavelength sensors (Red, Blue, Green, NIR, Red Edge)
2. Accurate plant stress detection before visible symptoms
3. Measures nutrient levels, moisture stress, and canopy health
4. Generates vegetation index maps: NDVI, NDRE, GNDVI, SAVI
5. Supports variable rate applications for precision farming
6. Improves fertilizer planning and water management
Best For:
✔ High-value crops
✔ Precision nutrition
✔ Smart irrigation management
✔ Agri research centers
Book a demo today and see the difference precision technology makes.