Krishi 2.0 – Drogo’s Agricultural drone

  • Efficient: 1.5-acre coverage, single flight.
  • High Payload: 10 kg capacity.
  • Lightweight, Durable: Carbon-fiber construction.
  • Long Range: 1000m maximum coverage.
  • Precision Spraying: 3.3-3.5m spray swath.
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Description

Krishi 2.0

Drogo’s Agricultural drone

Introducing Drogo’s Agricultural drone, a cutting-edge unmanned aerial vehicle meticulously engineered for the dual-purpose application of fertilizers and pesticides across vast agricultural landscapes. With a robust 10 kg payload capacity, this drone excels in efficiency, covering up to 1.5 acres of land in a single flight, thereby revolutionizing large-scale farming endeavors. Boasting a commendable maximum range of 1000m, it ensures extensive coverage while maintaining precision and effectiveness. Crafted from lightweight carbon-fiber materials, the drone guarantees agile maneuverability within fields, enhancing operational flexibility and ease of handling. Weighing a mere 14.9 kg when dry, it offers a respectable endurance of 15 minutes, maximizing productivity during each flight session. The Drogo’s Agricultural drone represents a paradigm shift in precision agriculture, offering farmers a reliable and efficient solution. By significantly reducing the time and labor traditionally associated with crop spraying operations, it optimizes resource utilization while minimizing chemical exposure risks to farmers. Embrace the future of farming with Drogo’s, where innovation meets sustainability to cultivate prosperity for agricultural communities worldwide.

Efficient Spraying: Krishi 2.0 stands as a pinnacle of efficiency in modern agriculture. Its remarkable capability to cover 1.5 acres of land in a single flight not only saves valuable time but also reduces the labor-intensive nature of crop spraying operations. This translates to enhanced productivity and cost-effectiveness for farmers, allowing them to focus on other essential tasks in their operations.

High Payload Capacity: The 10 kg payload capacity of Krishi 2.0 empowers it to carry substantial quantities of fertilizers or pesticides, ensuring comprehensive coverage of agricultural fields. This ample capacity means fewer refills, minimizing downtime and maximizing the efficiency of each spraying session. Farmers can rest assured knowing that their crops receive the necessary treatments without compromise.

Lightweight and Durable: Engineered with cutting-edge carbon-fiber material, Krishi 2.0 strikes the perfect balance between agility and durability. Its lightweight design facilitates smooth maneuverability across varied terrain, while its robust construction withstands the harsh conditions of agricultural environments. This durability ensures long-term reliability, reducing maintenance costs and downtime for farmers.

Long Range: Krishi 2.0 boasts an impressive maximum range of 1000m, enabling it to cover expansive agricultural fields with ease. This extensive range enhances operational flexibility and scalability, allowing farmers to optimize their spraying activities efficiently. Whether it’s large-scale farms or remote areas, Krishi 2.0 delivers consistent and reliable performance, ensuring no corner of the field goes untreated.

Precision Spraying: With a precise spray swath ranging from 3.3 to 3.5m, Krishi 2.0 ensures uniform distribution of fertilizers and pesticides. This precision spraying minimizes wastage and maximizes the effectiveness of agricultural inputs, leading to healthier crops and improved yields. Farmers can trust Krishi 2.0 to deliver targeted treatments with accuracy, resulting in optimal crop growth and profitability.

Reduced Chemical Exposure: By automating the spraying process, Krishi 2.0 significantly reduces the risk of chemical exposure to farmers. By eliminating the need for manual application, it creates a safer working environment, protecting farmers’ health and well-being. This innovative approach to crop spraying not only enhances safety but also promotes sustainable farming practices, contributing to a healthier ecosystem for future generations.

Krishi 2.0 - Drogo’s Agricultural drone

Specifications

General

Feature Specification
Flying Speed 10 m/s
Take-off Weight 24.80 kg
Flying Range 1000 m
Spray Swath 3.3 – 3.5 m
Spray Tank 10 Lit
Endurance 15 mins
Operating Altitude 50 ft
Spray Efficiency 6 min/1 Acre
Spraying Flow 0.8 – 3 L/min
Spray Nozzle 70 – 100 micron

FAQs for Krishi 2.0 - Drogo’s Agricultural drone

Does the Indian government permit the use of drones in agriculture?
The Ministry of Agriculture and Farmers Welfare vigorously advocates for and supports the use of drones as the upcoming pesticide spraying technology. With the goal of giving farmers all throughout the nation widespread access to drones, they promote and support cooperative use. Furthermore, it is envisaged that the incorporation of drones into the crop insurance system will address and mitigate any losses and damages.

What is the Government of India’s Standard Operating Procedure (SOP) for drones?
The standard operating procedure (SOP) that governs the use of drones to apply pesticides includes a number of important components. These consist of legislative requirements, aviation permits, constraints on weight classification and area distance, restrictions on operating in congested locations, and drone

Do Drogo Drones abide by laws and regulations?
Without a doubt, Drogo Drones guarantees complete compliance by closely adhering to all laws and directives.

When the power sprayer functions properly, why should we employ drones?
When it comes to speed, accuracy, efficiency, and effectiveness, drone-based spraying outperforms manual spraying methods. Running on clean, renewable green energy, it is thought to be the safest and cleanest way available. Additionally, it dramatically lowers the usage of bioagents, plant growth regulators, insecticides, and pesticides by as much as 40% to 80%.

How can a top-down spray get to the part of the leaf where insects and pests live?
The regulated air downdraft created by using drones to spray allows the liquid to reach and coat almost every part of the plant, including the undersides of the leaves.

In what ways do drones reduce pesticide consumption in comparison to manual spraying?
Compared to manual spraying, which uses higher volumes and uneven application, drones distribute pesticides as fine, homogeneous droplets, reducing pesticide usage and environmental impact.

What distinguishes hybrid drones from battery-operated drones?
The operating time of drones powered by batteries is restricted due to the need for regular battery replacements and recharging. Conversely, hybrid drones do away with this requirement, but they do have ongoing fuel expenses for the gasoline that powers their internal combustion engines.

Will drone spraying be effective on all types of crops?
Without a doubt! Drones can be used to improve almost any crop or plantation, including rice, wheat, sugarcane, turmeric, cotton, tomato, onion, and many more.

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