Sprayer Implements
An agriculture sprayer helps farmers to spray fertiliser, water, herbicides, fungicides and pesticides. It has nozzles for even spraying without zero wastage. Sprayer saves time, labour and cost. The tractor sprayer price starts from Rs. 77,000* and goes up to Rs. 18,56,500* in India in 2026.
Tractor Gyan offers a wide range of 45+ agri sprayer models. Mahindra, Mitra, farmking, shaktiman, Soil Master and many more are the most popular sprayer brands in India. Some of the most famous sprayer models in India are the Mitra Bullet 3PL, Mitra Cropmaster, Mahindra Grapemaster, Soil master fielsounted sprayer, and Mitra Bullet 575.
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Mahindra Agricultural Sprayers: Top 3 Models and Their Key Features
With the best Mahindra agricultural sprayer, the farmer will be able to ensure the good health of the crop in all ways. Be it about killing the pests or making…
Updates About Sprayer Implement
Frequently Asked Questions About Implements Sprayer
Tractor sprayer prices range from ₹77,000 to ₹18,56,500 in 2026. Boom sprayers for field crops and air-blast sprayers for orchards are the two main categories listed on TractorGyan across 45+ models.
For field crops like wheat and paddy, a tractor-mounted boom sprayer with 10-16 metre boom width is ideal. The Mitra Cropmaster and Soil Master field-mounted sprayer are popular models offering uniform chemical coverage.
Most tractor-mounted boom sprayers are compatible with 35-75 HP tractors. The PTO drives the pump, ensure your tractor's rear PTO output meets the sprayer's minimum requirement for proper pressure and spray coverage.
Tractor sprayer tank capacities in India range from 200 litres (compact boom sprayers) to 2,000 litres (large field sprayers). A 400-600 litre tank is most common for Indian farm sizes, offering a good balance of refill frequency and tractor load.
Mahindra Grapemaster, Mitra Bullet 3PL, and Mitra Bullet 575 are top-rated air-blast orchard sprayers in India, offering 360° coverage for grape, mango, and pomegranate orchards.
A boom sprayer consists of a tank, pump, and horizontal boom arms with evenly spaced nozzles. The tractor's PTO powers the pump, which pressurizes liquid fertilizer, herbicide, or pesticide through the nozzles for even field application.
A standard 10-metre boom sprayer has 20-25 nozzles spaced 45-50 cm apart. The nozzle count and type (flat fan, hollow cone) determine spray pattern quality. Always match nozzle type to the chemical being applied for maximum efficacy.
Self-propelled sprayers offer faster speed (25+ km/h), wider boom (18-30 m), and higher ground clearance, ideal for large farms (100+ acres). For Indian farm sizes, tractor-mounted boom sprayers are more practical and cost-effective.
Yes. The same tractor boom sprayer can be used for herbicide/weedicide application, liquid fertilizer spraying, fungicide application, and pesticide spraying, just clean the tank and nozzles thoroughly between different chemical applications.
Tractor Gyan at tractorgyan.com/tractor-implements-in-india/sprayer lists 45+ tractor sprayer models with tank capacity, boom width, brand, HP requirements, and 2026 prices for complete comparison.
Overview of Agricultural Sprayers in India
Modern farming requires efficient crop protection and nutrient management. Agricultural sprayers have become an essential farm implement for applying pesticides, herbicides, fungicides, and liquid fertilisers accurately and uniformly. With the increasing adoption of precision farming in India, sprayers help farmers reduce chemical wastage, improve crop health, and save labour costs.
What is an Agricultural Sprayer?
An agricultural sprayer is a farm implement designed to apply liquid chemicals uniformly over crops. It is commonly used for:
- Applying pesticides to control insects
- Spraying herbicides for weed management
- Applying fungicides to prevent crop diseases
- Distributing liquid fertilisers and micronutrients
- Crop protection and nutrient management
A sprayer ensures proper coverage, reducing chemical waste while improving effectiveness.
How Does a Sprayer Work?
- The tank stores the spray solution.
- The pump creates pressure inside the system.
- Liquid moves through hoses and filters.
- The boom or spray lance distributes the liquid.
- Nozzles break the liquid into fine droplets.
- Droplets are sprayed evenly across the crop canopy.
- Pressure regulators control application rates.
- Excess liquid returns to the tank through the bypass system.
Key Technical Specifications
| Specification | Typical Range |
|---|---|
| Tank Capacity | 200 L to 1200 L |
| Boom Width | 6 m to 18 m |
| Pump Type | Diaphragm, Centrifugal, Roller |
| Nozzle Type | Flat Fan, Hollow Cone, Air-Induction |
| Pressure Range | 2-5 bar |
| Application Rate | 100-300 L/hectare |
Sprayer Price in India 2026
The price of agricultural sprayers ranges from Rs. 77,000* to 18,56,500, depending on sprayer type, tank capacity, technology, automation level, and brand reputation.
Prices may vary depending on brand, capacity, and region.
Best 5 Agricultural Sprayers in India 2026
- Mitra 3PL Sprayer: It is used for all types of orchard crops with 10 nozzles and a 200 L tank capacity.
- Mahindra Cropmaster Boom 200L Sprayer: It has 20 Nozzles with a 10 m Horizontal spray reach without high ambient wind on the left & right sides (3-4 m/sec)
- Farmpower Mistrac 600 Sprayer: Suitable for horticulture crops with a rated pressure for Spraying Bar of 20 to 40 bar.
- Shaktiman Protektor 600Sprayer: A self-propelled high clearance boom sprayer with 20-32 nozzles and a spraying width of 10,000 to 16,000 mm
- Fieldking Boom Sprayer: Designed for all types of crops available in 550 L and 1100 L with 20 and 24 nozzles, respectively.
Types of Agricultural Sprayers - Application Guide
Different crops and farm sizes require different spraying solutions.
Tractor-Mounted Boom Sprayer - For Flat, Large Cropland
Different crops, farm sizes, and spraying requirements demand different types of agricultural sprayers. Choosing the right sprayer helps improve chemical application efficiency, reduce wastage, and save labour.
Tractor-Mounted Boom Sprayer - For Flat, Large Cropland
Tractor-mounted boom sprayers are widely used on large farms growing wheat, soybean, cotton, and other field crops. Their wide boom coverage allows farmers to spray large areas quickly and uniformly, making them ideal for commercial farming operations.
Knapsack Sprayer (Manual) - For Small Plot & Vegetable Farmers
Manual knapsack sprayers are a cost-effective solution for small farms, vegetable cultivation, and kitchen gardens. These sprayers are easy to carry, simple to operate, and suitable for farmers with limited spraying requirements.
Battery-Operated Knapsack Sprayer - Reduced Labour
Battery-operated knapsack sprayers offer greater convenience than manual models by maintaining consistent spray pressure without continuous pumping. They help reduce operator fatigue and improve spraying efficiency on small and medium-sized farms.
Drone Sprayer - For Tall Crops, Inaccessible Fields, and Fast Coverage
Drone sprayers are increasingly used for crops such as sugarcane, cotton, and paddy. They can access difficult terrain, cover large areas quickly, and reduce direct exposure of operators to agricultural chemicals while providing precision application.
Airblast Sprayer - For Orchards, Vineyards, and Mango Groves
Airblast sprayers use high-speed airflow to carry spray droplets deep into dense tree canopies. They are commonly used in orchards and plantations where effective coverage of fruits, leaves, and branches is essential.
Self-Propelled High-Clearance Sprayer - For Standing Tall Crops
These advanced sprayers are designed to operate in standing crops such as corn, cotton, and sugarcane without causing crop damage. Their high ground clearance and productivity make them suitable for large-scale farming.
Electrostatic Sprayer - For Maximum Coverage with Less Chemical
Electrostatic sprayers charge spray droplets electrically, allowing them to adhere more effectively to plant surfaces. This technology improves coverage, reduces chemical wastage, and enhances application efficiency.
Sprayer Nozzle Types & When to Use Each
The nozzle is one of the most important components of a sprayer, as it determines droplet size, spray pattern, and chemical coverage. Choosing the right nozzle can improve spraying efficiency and reduce chemical wastage.
Flat Fan Nozzle
Flat fan nozzles are commonly used for herbicide applications in broad-acre crops. They produce a uniform spray pattern that ensures even coverage across the target area, making them ideal for weed control operations.
Hollow Cone Nozzle
Hollow cone nozzles generate fine droplets that provide excellent coverage and canopy penetration. They are widely used for applying fungicides and insecticides in fruit, vegetable, and horticultural crops where thorough plant coverage is required.
Air-Induction (Twin Flat Fan) Nozzle
Air-induction nozzles mix air with the spray liquid to create larger, drift-resistant droplets. They are particularly suitable for spraying in windy conditions and drift-sensitive areas, helping improve application accuracy while enhancing operator safety.
Sprayer Buying Guide - Crop & Chemical Specific
Selecting the right sprayer can significantly impact crop protection efficiency and operating costs.
Factors to Consider Before Buying a Sprayer
Before purchasing, evaluate:
- Farm size
- Crop type
- Chemical application frequency
- Labour availability
- Budget
- Tractor compatibility
- Maintenance requirements
Choosing the Right Sprayer for Your Farm Size
Small Farms (Up to 5 Acres)
- Manual knapsack sprayer
- Battery-operated sprayer
Medium Farms (5-20 Acres)
- Power sprayer
- Small boom sprayer
Large Farms (20+ Acres)
- Tractor-mounted boom sprayer
- Drone sprayer
- Self-propelled sprayer
Tractor HP Requirements for Sprayer
| Sprayer Capacity | Recommended Tractor HP |
|---|---|
| 200-400 L | 25-35 HP |
| 400-600 L | 35-50 HP |
| 600-1200 L | 50-75 HP |
Always check PTO power requirements and hydraulic compatibility before purchasing.
Second-Hand Sprayer Buying Guide
- A used sprayer can save money, but careful inspection is essential.
- Carefully inspect the tank for cracks, leaks, excessive chemical staining, or signs of UV damage. A damaged tank can lead to chemical loss and uneven spraying performance.
- Check whether the pump can maintain the required pressure without unusual noise, vibration, or leakage. A weak pump can affect spray quality and field efficiency.
- Examine the nozzles for wear and tear. Worn nozzles often produce an uneven spray pattern, resulting in poor chemical distribution and increased input costs.
- Inspect the boom for bends, rust, damaged joints, and proper alignment. Also ensure that the folding mechanism operates smoothly, as repairs can be expensive.
- Look for cracks, leaks, or loose fittings in hoses and pipe connections. Damaged hoses can cause pressure loss and chemical wastage during operation.
- If possible, ask the seller about the sprayer's maintenance records, age, and previous usage. A well-maintained sprayer generally offers better reliability and a longer service life.
Sprayer Maintenance - Flushing, Nozzle Cleaning, Off-Season Storage
Proper maintenance extends sprayer life and ensures accurate chemical application.
- Clean the tank, pump, hoses, and nozzles with fresh water after spraying to remove chemical residues and prevent corrosion.
- Ensure nozzles are free from blockages and wear, as damaged nozzles can lead to uneven chemical application.
- Clean filters frequently to prevent debris from restricting flow and affecting spray pressure.
- Look for leaks, cracks, loose connections, or pressure issues to maintain efficient sprayer performance.
- Before off-season storage, drain all liquids, clean the entire system, and keep the sprayer in a dry, covered location to prevent damage and rust.
Agricultural sprayers have become indispensable tools in modern Indian farming. Selecting the right sprayer can improve crop protection, increase yields, and reduce operational costs. By understanding sprayer types, technical specifications, prices, and maintenance requirements, farmers can make informed purchasing decisions and achieve better spraying efficiency in 2026.
