Top 10 Features of the DJI Agras T25: Revolutionising Agricultural Spraying

Agriculture in Australia faces unique challenges—vast landscapes, variable climates, and the need for sustainable practices that protect both crops and the environment. Enter the DJI Agras T25, a state-of-the-art agricultural spraying drone designed to tackle these challenges head-on. This drone is making waves in the precision agriculture industry, and Australia Agritech is proud to bring the T25 to Australian farmers looking to streamline their spraying operations. In this blog post, we’ll explore the Top 10 Features of the DJI Agras T25 that are revolutionizing agricultural spraying, discuss why it’s a game-changer for Australian agriculture, and show you how Australia Agritech can help you take your farm to the next level

Impressive Payload Capacity

• Key Specification: The DJI Agras T25 boasts a maximum spray tank capacity of up to 25 liters (depending on configuration)
• Flow Rate: It supports a spray rate of up to 4–5 liters per minute, making it highly efficient for mid to large-size farms.
• Spray Width: The spray boom, equipped with multiple nozzles, can cover 4–7 meters in a single pass, though this can vary based on flight speed and altitude.

Why It Matters: Instead of making multiple trips back to base, you can cover larger areas more efficiently. This is especially helpful for Australian farmers in remote areas where every minute of daylight counts.

Need a higher payload capacity? Check out the DJI Agras T50!

High-Precision Spraying Technology

• Nozzle Configuration: The T25 typically comes with eight high-precision nozzles strategically positioned for optimal spray dispersion.
• Droplet Size: Capable of producing droplets ranging from 130 to 250 microns, depending on your choice of nozzles and settings.
• Consistent Application: An integrated pump and flow meter regulate consistent output, ensuring each hectare receives an even distribution of chemicals.

Why It Matters: Precision spraying is vital to sustainable farming. By targeting the exact dosage of pesticide or fertilizer, farmers avoid over-application, saving money and protecting surrounding ecosystems. This is especially significant in areas facing water restrictions or sensitive natural habitats.

Intelligent Flight Planning

• Software Integration: The T25 supports DJI’s intuitive mapping and route-planning software, which allows you to set boundaries, plan routes, and specify flight altitudes with a few taps on a tablet.
• RTK (Real-Time Kinematic) Module: For those needing enhanced accuracy, an optional RTK module can provide centimeter-level precision in positioning, reducing overlaps or missed patches to near-zero.
• Autonomous Operation: Once your flight plan is set, the drone takes off, completes its spraying run, and can automatically return to its home point.

Why It Matters: Many Australian farms have irregularly shaped paddocks due to natural terrain or property lines. Intelligent flight planning ensures every acre gets covered without having to manually guess flight routes, greatly reducing pilot error and optimizing chemical usage.

Rugged, Weather-Resistant Design

• Ingress Protection (IP) Rating: The DJI Agras T25 features an IPX6K rating for its core components, meaning it’s protected against high-pressure water jets and dust.
• Temperature Range: Operational range typically spans from -10°C to 40°C.
• Material Durability: Its frame and arms often use carbon fiber composites and corrosion-resistant alloys to withstand agricultural chemicals and harsh environments.

Why It Matters: Australia’s climate can swing dramatically from scorching heat in the interior to humid, tropical conditions in the north. The T25’s rugged design ensures it can handle dusty farmland, occasional rain showers, and fluctuating temperatures without compromising performance.

Extended Flight Time

• Flight Duration: With a full payload, you can expect around 10–15 minutes of flight time. Flying without a full payload or operating at lower spray rates can extend that to 15–20 minutes.
• Battery Specifications: The T25 typically uses high-capacity 12S LiPo batteries, offering quick-swap functionality so you can minimise downtime.

Why It Matters: Large Australian properties often mean extended travel time just to reach various fields. Longer drone flight times reduce the number of battery swaps needed, allowing you to spray larger areas in fewer sorties. Every minute saved translates to more productivity and less fatigue for farm workers.

Real-Time Monitoring and Control

• Live Video Feed: The T25 can transmit real-time video of the spraying process, giving you a bird’s-eye view of your field conditions.
• Telemetry Dashboard: Monitor battery level, spray volume, flight speed, and GPS location all in one intuitive interface.
• Controller Range: Under optimal conditions, you can maintain a control range of up to 5–7 km, though local regulations often dictate line-of-sight operation.

Why is Matters: Whether you’re battling sudden weather changes or spot infestations, real-time data helps you make quick decisions. If you notice a patch of weeds that needs a heavier dosage, you can adjust on the fly. Conversely, you can also reduce spray rates if you see an area already well-treated

Enhanced Safety Features

• Collision Avoidance: Advanced millimeter-wave radar and front, rear, and side-facing sensors detect obstacles up to 15–30 meters away, depending on environment and sensor calibration.
• Failsafe Protocols: If the drone loses signal or encounters a low battery, it can automatically initiate Return-to-Home (RTH).
• Emergency Stop: A built-in emergency stop switch halts the drone’s motors in critical situations, preventing severe damage or accidents.

Why it Matters: Farmyards can be cluttered spaces with water tanks, silos, livestock, and machinery. Collision avoidance is crucial to protect both your drone and your property. Additionally, unexpected wind gusts or wildlife encounters can happen; having failsafe features ensures safe landings and reduces downtime for repairs.

User-Friendly Operation

• Intuitive Controls: The T25’s controller is designed with simplified joysticks and a touchscreen interface. Even first-time drone pilots can gain confidence quickly.
• Training Modules: Many DJI Agras products come with demo videos and built-in tutorials. Australia Agritech also provides custom training sessions to help new operators get comfortable.
• Easy Maintenance: Quick-release parts and modular design mean that replacing nozzles or servicing the pump system is straightforward.

Why it Matters: Labor shortages are a common challenge for Australian farms, and not everyone is comfortable with new technology. With an easy learning curve, more of your team can quickly get up to speed, ensuring you’re not reliant on a single drone expert.

Seamless Integration with Farm Management Systems

• Data Logging: Each flight logs data points such as flight path, spray volume, and area covered. These logs can be exported to various farm management systems.
• Precision Agriculture Tools: Combine aerial imaging from the T25 (or other DJI drones) with advanced analytics platforms to monitor crop health and plan next-season strategies.
• Cloud Synchronisation: Some software solutions allow you to automatically sync flight records to cloud-based platforms for multi-site farm management, which is particularly valuable for large Australian farm conglomerates or co-ops.

Why it Matters: From yield mapping in large wheat fields to micro-managing vineyards’ irrigation, data-driven insights are essential. By integrating drone-generated information with existing farm management software, you get a holistic snapshot of crop health, soil conditions, and even meteorological data. This synergy leads to precision agriculture—applying the right product, at the right place, at the right time.

Expert Support and Service from Australia Agritech

• Local Expertise: Australia Agritech has a team of experts familiar with Australian regulations, weather patterns, and crop requirements.
• After-Sales Service: From routine maintenance checks to advanced troubleshooting, Australia Agritech provides ongoing support.
• Training & Consulting: Specialised one-on-one or team training sessions ensure your staff can safely and efficiently operate the T25.
• Warranty and Parts: Access a reliable local inventory of parts and swift warranty services—critical for minimising downtime during peak spraying seasons.

Why it Matters: When equipment breaks down or requires servicing, sending it overseas can be time-consuming and costly. Having a local partner like Australia Agritech means you’ll have minimal operational disruptions. Plus, their team understands Australian compliance needs, ensuring your T25 meets local legal standards.

How the DJI Agras T25 Elevates Australian Farming

By combining robust hardware (rugged frame, collision avoidance), intelligent software (precision flight planning, real-time monitoring), and on-demand support from Australia Agritech, the DJI Agras T25 stands out as a top contender for agricultural spraying in Australia. The synergy of these features leads to:

1. Reduced Labor Costs: One drone operator can do the work of multiple sprayers in a fraction of the time.
2. Environmental Benefits: Precise chemical application reduces runoff and contamination, supporting eco-friendly farming.
3. Scalability: Whether you have a 100-hectare wheat field or a boutique vineyard, the T25 can adapt to your needs.
4. Data-Driven Insights: Integrating drone data into broader farm management systems informs better decisions about fertilizers, pesticides, and planting schedules.

Contact Australia Agritech Today!

Contact our team at Australia Agritech to learn more about integrating drones like the Agras T25 into your Western Australian operation. Together, let’s usher in a new era of productivity, sustainability, and success in Aussie agriculture.

info@aagri-tech.com.au
08 9326 9888
G001 233 Adelaide Terrace, Perth, WA 6000.

References

DJI Agras Series Official Website – Specifications & Features
University of Queensland, “Optimizing Droplet Size for Spray Applications in Drones”
Department of Agriculture, Fisheries and Forestry: “Precision Agriculture in Australia”
DJI Documentation, “Product IP Ratings and Maintenance Guides”
CSIRO Research Papers on Drone Collision Avoidance, “Millimeter-Wave Radar Applications in Agriculture”