Best Large Agricultural Drones (70L+) Recommended for 2025: Heavy Payload & Transport Capabilities

Overview

Agricultural drones have revolutionized modern farming by offering extraordinary payload capacities, versatile functionalities, and precision operations. By 2025, the demand for drones with large capacities (70L and above) is anticipated to soar due to their efficiency in managing vast agricultural areas. These drones significantly enhance productivity, reduce operational expenses, and streamline multiple agricultural tasks, including spraying pesticides, spreading fertilizers, and transporting essential agricultural supplies.

As experts in the agricultural drone market, we have conducted extensive research and field testing to recommend the top-performing large drones suitable for diverse farming operations. Below is our comprehensive review of the best agricultural drones for 2025.

Top Recommended Large Agricultural Drones for 2025

1. DJI AGRAS T100 Agriculture Drone

Key Specifications:

• Spraying Capacity: 75 liters

• Spreading Capacity: 150 liters

• Payload Capacity: 85 kg lifting with a 10-meter rope

• Flight Endurance: Rapid battery recharge within 8-9 minutes

• Navigation & Safety: RTK positioning, multi-directional radar obstacle avoidance (360° horizontal, 180° vertical), intelligent return-to-home

• Advanced Features: Modular quick-swap systems, laser radar, dual spray heads expandable to four, robust carbon fiber construction

Advantages:

The DJI AGRAS T100 excels in payload versatility, effectively managing various agricultural tasks. Its ultra-fast recharge capability significantly minimizes downtime, and the precise RTK navigation system greatly improves operational accuracy. Robust safety measures ensure secure operations, even in complex environments.

Limitations:

Although technologically advanced, the T100 comes with a higher initial investment and necessitates specialized training for effective operation and maintenance.

Applications:

Ideal for precise agrochemical applications, large-scale seed and fertilizer broadcasting, agricultural logistics, and environmental monitoring. Particularly beneficial for expansive farming operations.

2. XAG P150 Agriculture Drone

Key Specifications:

• Spraying Capacity: 70 liters

• Spreading Capacity: 115 liters

• Max Payload: 70 kg

• Flight Speed: Up to 18 m/s

• Flight Control: XAG SuperX 5 Pro Intelligent Control System with autonomous real-time 3D terrain mapping

• Advanced Spraying System: RevoSpray4 with adjustable droplet sizes (60-400 μm)

• High-efficiency Spreading System: RevoCast System delivering 280 kg/min

Advantages:

The XAG P150 provides remarkable precision in spraying and excels in rapid fertilizer spreading, significantly boosting operational efficiency. Autonomous capabilities and real-time 3D terrain mapping enable ease of operation and reduce manual intervention. Its modular and collapsible design simplifies transportation and setup.

Limitations:

While highly efficient, the P150 carries a slightly lower payload compared to top-tier competitors and requires operators with substantial technical knowledge due to its complexity.

Applications:

Highly effective for targeted spraying in orchards and plantations, rapid fertilizer distribution, precision mapping, and emergency cargo transportation. Suitable for complex terrains and demanding agricultural operations.

3. H160 Agricultural Drone

Key Specifications:

• Spraying Capacity: 72 liters (upgradable to 82 liters)

• Spreading Capacity: 80 kg

• Flight System: Robust 8-axis design, high-pressure spraying system (8-15m width)

• Intelligent Flight Control: Advanced GNSS navigation, radar obstacle avoidance, FPV real-time camera system

• Payload Versatility: Quick mode switch between spraying and spreading

• Power System: Dual 14S 42000mAh intelligent batteries enabling quick recharge and continuous operations

Advantages:

The H160 drone offers outstanding payload versatility and superior spraying efficiency, ideal for large-scale agricultural operations. Its ability to swiftly transition between spraying and spreading modules enhances operational flexibility. The drone's high stability, reliability, and night-flight capabilities ensure continuous and effective operation around the clock.

Limitations:

However, it presents relatively shorter flight durations at maximum payload compared to hybrid-powered drones and has a heavier structure, potentially limiting ease of transport.

Applications:

Perfect for orchard spraying, dense-canopy crop applications, granular distribution, and short-distance transport of agricultural materials. Its night-operation capability makes it suitable for operations in complex terrains and difficult weather conditions.

4. AGR B70 Agriculture Drone

Key Specifications:

• Spraying Capacity: 40 liters

• Spreading Capacity: 70 liters fertilizer tank

• Max Payload: 45 kg

• High Efficiency: Capable of spreading up to 1.2 tons of fertilizer per hour over 20 hectares

• System Flexibility: Integrated spraying and spreading system

• Durability and Maintenance: Modular quick-removal design, IP67 waterproof and dustproof rating

Advantages:

The AGR B70 is designed for high operational efficiency, seamlessly switching between spraying and spreading. Its modular construction simplifies maintenance and enhances durability, making it highly resistant to harsh environmental conditions. Advanced camera systems and precision sensors significantly enhance operational safety and accuracy.

Limitations:

While versatile, the drone has a lower maximum payload compared to other models in its class and a shorter flight duration under full load conditions.

Applications:

Well-suited for extensive crop management such as rice, wheat, maize, and fruit orchards. Its robust construction and versatility are ideal for efficient fertilization, pesticide application, and transportation tasks across diverse farming scenarios.

5. H200 Agricultural & Transport Drone

Key Specifications:

• Spraying Capacity: 92 liters

• Transport Payload: 100 kg

• Flight Structure: 8-axis octocopter design, carbon fiber and aviation aluminum materials

• Flight Radius: Up to 5000 meters

• Advanced Control Systems: GNSS positioning, millimeter-wave radar obstacle detection, and 14x optical zoom gimbal camera

• Operational Versatility: Dual remote control options, separate modules for agriculture and transport operations

Advantages:

The H200 Agricultural & Transport Drone boasts one of the highest payload capacities, making it an exceptional choice for both heavy agricultural spraying and transport operations. Its robust construction ensures superior stability and durability, even in challenging environmental conditions. Advanced navigation and radar systems deliver precise and safe operations.

Limitations:

Despite its high capacity, the drone has limited flight duration at full payload, necessitating frequent battery swaps during extensive operations. Its complex technology also requires professional training for operators.

Applications:

Ideal for large-scale agricultural spraying, heavy payload transportation, emergency material delivery, and diverse agricultural and industrial applications across extensive terrains.

Agricultural Drone Buying Guide: How to Choose the Right Model?

When selecting a large agricultural drone, consider the following key factors to match your specific farming requirements:

Payload and Task Requirements:

• Large Farms & Extensive Crop Areas: Choose drones like DJI AGRAS T100 or H200 Agricultural Drone due to their high payload and extensive operational capabilities.

• Specialized Orchard or Plantation Tasks: XAG P150 or H160 Agricultural Drone excels in precise spraying with excellent droplet size control and strong penetration.

• Versatile Operations (Spraying & Transport): Drones like AGR B70 and H160 offer seamless mode transitions and are ideal for multifunctional operations.

Endurance and Power Systems:

• Rapid Operations & Short Downtime: DJI AGRAS T100 features exceptionally quick battery recharge, minimizing downtime.

• Extended Range & Heavy Payload: H200 Drone offers long-range operations with substantial transport capabilities, perfect for large-area farms.

Complexity and Training Requirements:

• High Technical Complexity: DJI AGRAS T100 and XAG P150 require specialized training due to their sophisticated navigation and control systems.

• Moderate Complexity & Easy Operation: AGR B70 and H160 are easier to operate, making them suitable for farms with less technical staff.

Core Specifications and Features Comparison Table

Specification / Feature	DJI AGRAS T100	XAG P150	H160 Drone	AGR B70	H200 Drone
Spraying Capacity	75 liters	70 liters	72 liters (up to 82 liters)	40 liters	92 liters
Spreading Capacity	150 liters	115 liters	80 kg	70 liters	-
Max Payload (Transport)	85 kg	70 kg	80 kg	45 kg	100 kg
Flight Endurance	Rapid recharge (8-9 min)	High efficiency, modular	Dual 14S battery, continuous	Moderate duration	Moderate (frequent swaps)
Navigation & Control	RTK, advanced radar	Real-time 3D terrain map	GNSS, radar, FPV camera	Advanced sensors/cameras	GNSS, radar, gimbal camera
Operational Flexibility	High modularity	High modularity	Excellent versatility	High flexibility	Excellent versatility
Obstacle Avoidance System	Comprehensive radar	4D radar imaging	Advanced GNSS and radar	Precision sensors	Millimeter-wave radar
Recommended Use Case	Large farms, precision agriculture	Orchards, plantations, mapping	Versatile large-area operations	Mixed farming, moderate-scale	Heavy payload transport, emergency logistics

 

Maintenance & Operation Tips:

• Regularly inspect batteries, especially for drones like DJI AGRAS T100 and H160, which rely heavily on rapid recharging.

• Clean spraying systems after each use to prevent clogs and maintain operational efficiency, particularly crucial for XAG P150’s precision spraying.

• Keep software updated regularly for drones with advanced navigation systems, such as DJI AGRAS T100 and H200, to ensure optimal performance and safety.

• Periodically check and replace worn components, especially propellers and spraying nozzles, to maintain drone safety and efficiency.

Real-World Case Studies and Recommendations:

Large-scale Wheat Farming (Australia):

• Recommended Drone: DJI AGRAS T100

• Reason: Its rapid recharge capability and high payload significantly reduced downtime, cutting fertilizer application time by 60%.

Fruit Orchards (California, USA):

• Recommended Drone: XAG P150

• Reason: Excellent precision spraying and droplet control, reducing chemical waste and increasing coverage efficiency by 40%.

Mixed Crop Farming (Brazil):

• Recommended Drone: H160 Agricultural Drone

• Reason: Versatile spraying and spreading capabilities provided effective crop management across different crop types and terrains, enhancing productivity by approximately 30%.

Emergency Agricultural Material Transport (Remote areas in Africa):

• Recommended Drone: H200 Agricultural & Transport Drone

• Reason: Its exceptional payload and extended operational radius effectively supported urgent supply deliveries, significantly improving operational resilience and efficiency in remote farming communities.

Final Thoughts:

Selecting the right agricultural drone involves understanding your farm's specific requirements, such as payload capacity, task complexity, endurance needs, and maintenance capabilities. Our detailed analysis aims to assist you in choosing a drone that optimizes your farm operations, increases productivity, and delivers substantial cost savings.