Agras T30 - Branch-Targeting Technology and Orchard Spraying

Protecting orchards and fruit trees from pests and diseases is one of the most important stages of farming. Effective crop protection requires applying pesticides in the right amount, at the right time and in the right place. However, conventional methods are labor-intensive and time-consuming, and they can also cause environmental harm. Reaching the tops of trees and providing thorough protection is a challenge in its own right. The Agras T30, which we offer at Daze Tarım, is an agricultural drone developed to overcome these challenges; it delivers fast and precise coverage, minimal drift and digital orchard management capabilities.

The Effectiveness of Drones in Orchard Spraying

If you have not seen fruit tree spraying done with a drone, you may have some concerns:

• "Can it penetrate a thick leaf canopy?"
• "Can the undersides of leaves be sprayed?"
• "How good is the spraying effect?"

In this article, we will focus on the unique benefits of the Agras T30 and explain why it is an excellent solution for orchards and fruit trees.

Orchard Spraying Field Test

In a field test, the Agras T30 delivered high-quality, high-yield results, showing farmers that it performs effectively. During our experiment, we placed water-sensitive papers at 48 points on a fruit tree to evaluate spray coverage. Conventional crop protection methods usually use "upward targeting" or "downward targeting" and struggle to penetrate the thick leaf canopy of fruit trees. The T30's Branch-Targeting Technology offers an innovative solution to this challenge.

Branch-Targeting Technology is a technique that directs the spray straight at the leaves, moving according to the direction of the branches. This allows spray droplets to reach the undersides of leaves and the lower parts of the canopy. This approach significantly increases the amount of liquid reaching the undersides of leaves and the lower parts of dense foliage.

TX-VK4 Nozzles Minimize Drift

Experienced applicators understand that droplet size significantly affects spraying effectiveness, taking factors such as deposition and evaporation into account. If droplets are too small, they evaporate quickly; if they are too large, they struggle to penetrate the dense canopy of fruit trees.

To optimize this process, the T30 works with TX-VK4 hollow cone nozzles designed specifically for fruit tree spraying. Unlike fan nozzles, these ceramic hollow cone nozzles produce a narrower particle size spectrum (110-130 microns). This produces more droplets that meet the same deposition parameters and makes an excellent fit for fruit tree operations. Combined with branch-targeting technology, these superior nozzles deliver stronger penetration and more even distribution.

Digital Orchard Management

The experiments we conducted at Daze Tarım have helped us better understand the challenges of fruit tree operations over time, and this has led to a more comprehensive refinement of our digital agriculture solutions. When connected to the Smart Agriculture Cloud Platform, the T30 can create a three-dimensional cloud map of the orchard and generate smart flight routes through its AI (artificial intelligence) system. This means even complex orchard/crop protection spraying can be managed efficiently by a single drone. This solution offers an effective, easy-to-use method that promises high-quality results. With Daze Tarım's agricultural crop protection drone, the future of modern farming looks bright.

With its advanced features and technologies, the Agras T30 is revolutionizing the agricultural sector and becoming the top choice for effective crop protection. With Branch-Targeting Technology, minimal drift and digital orchard management advantages, the Agras T30 has proven to be a smart investment for farmers. The precision it provides significantly reduces pesticide and labor costs while improving orchard management, delivering high-quality, productive harvests and minimizing environmental impact. Adopting the Agras T30 can fundamentally change fruit growing and help farmers move toward a sustainable, environmentally friendly future.