Our Services

Fertiliser Spreading

Drone application of dry fertilisers is an advanced and efficient method for accurately and evenly distributing nutrients across agricultural land. This approach provides optimal plant nutrition, helping to increase the yield and quality of agricultural products.

Accuracy and precision farming: Agricultural drones are equipped with advanced technology to dose and distribute fertilisers with high precision. This ensures that each plant receives the optimum amount of nutrients and avoids overdosing which can be harmful.

Saving resources: When applying dry fertilisers using agricultural drones, the consumption of fertilisers is reduced, as they are spent more efficiently and minimise losses. This helps to reduce costs and environmental impact.

Cover Crop Seeding

Sowing green manure using agricultural drones is an innovative and effective way to improve the soil and ensure the sustainability of agricultural land. This approach allows modern technologies to be combined with land care, contributing to a healthier and more productive environment for cultivated plants.

Advantages of sowing green manure with the help of agricultural drones:

Accuracy and uniformity: Agricultural drones are equipped with advanced seed dosing and distribution systems, which ensures uniform and accurate sowing of green manure. This helps to achieve optimal planting density, which is important for the successful development of green manure crops.

Saving time and resources: Seeding green manure with agro-drones allows you to quickly cover large areas of land, reducing time costs. Efficient use of resources also contributes to lower costs.

Impact reduction: Properly selected green manure crops improve soil structure, reduce erosion and suppress weed growth. Agricultural drones contribute to the accurate distribution of seeds, minimizing the risk of overseeding or overdrying of the soil.

Access to hard-to-reach areas: Agricultural drones are able to easily take off and fly over difficult terrain, such as bumps, swamps, or areas with dense vegetation. This allows you to reach even the most inaccessible places for uniform sowing of green manure.

Improving soil fertility: Green manure replenishes the soil with organic matter, maintaining its fertility and structure. Properly selected green manures can also improve the content of nitrogen and other nutrients.

Promoting sustainable development: Planting green manure contributes to improving the biodiversity and environmental sustainability of agricultural land. This approach maintains soil health and long-term productivity.

Sowing green manure with the help of agricultural drones is an important step towards improving land resources and sustainable agriculture. This modern method combines the benefits of advanced technology with a responsible approach to nature, helping to improve the conditions for successful plant growth and development.

Greenhouse Cleaning & Shading

The introduction of modern technologies in agriculture continues to expand its horizons, and the shading of greenhouses using agricultural drones is becoming a significant step towards optimising the growth and development of plants. This innovative approach allows you to effectively regulate the microclimate in greenhouses, providing the best conditions for the successful cultivation of crops.

Advantages of shading greenhouses with an agricultural drone:

Accuracy and adaptation: Agricultural drones are equipped with advanced monitoring and navigation systems, which allows you to accurately determine the optimal areas for shading. Shade control can be adapted to different crops and stages of development.

Optimising the microclimate: Shading helps control the temperature and intensity of sunlight in greenhouses, preventing overheating and combating adverse weather conditions. This is especially important during periods of heat or intense solar radiation.

Protection against stress and disease: Moderate shading helps reduce plant stress and reduces the risk of sunburn or overheating. This improves plant health and helps prevent disease development. Improved crop quality: Controlled light intensity promotes more uniform plant growth, which can result in increased crop size and quality.

Efficient Use of Resources: Greenhouse shading with agro-drones allows efficient use of energy and resources, as shading can be tuned for optimal performance in specific conditions.

Automation and Time Savings: Agricultural drones are capable of quickly and efficiently shading greenhouses, reducing the time required for this operation. This is especially important in conditions of increased need for shading, for example, during hot periods.

Greenhouse shading with agro-drones is an intelligent approach to microclimate management that can significantly improve the conditions for growing plants in a controlled environment. This method combines cutting-edge technology with a sustainable approach to agriculture, helping to improve production efficiency and quality.

Solar Cleaning

In the quest for sustainable and efficient energy production, the use of drones for cleaning solar panels has emerged as a remarkable solution. This innovative approach not only enhances the performance of solar power generation but also exemplifies the synergy between technology and renewable energy.

The collaboration between drones and renewable energy systems showcases the possibilities of technology-driven sustainability. By harnessing the precision and efficiency of drones, the maintenance of solar panels becomes not only more effective but also contributes to a greener and more efficient energy future.

Minimized Environmental Disruption: The use of drones for seeding forests reduces the physical impact on the reforestation site. Unlike traditional methods that might involve heavy machinery, drones minimize soil compaction and disturbance to existing ecosystems.

Data-Driven Monitoring: Some drones are equipped with monitoring systems that provide valuable insights into reforestation progress. Data on seed germination rates and growth patterns contribute to adaptive management strategies.

Rapid Recovery: In areas affected by wildfires or deforestation, swift reforestation is crucial. Drones offer a rapid response to restore ecosystems, aiding in preventing soil erosion, conserving water, and mitigating climate impact.

Community Engagement: The innovative nature of using drones for reforestation can engage local communities and raise awareness about environmental conservation. It encourages collaboration between technology, science, and community-based efforts.

By embracing the convergence of technology and environmental stewardship, reforestation using drones showcases our capacity to drive positive change. This method enhances the potential for successful forest restoration, fostering sustainable landscapes that support biodiversity, carbon sequestration, and a healthier planet for generations to come.

Forest seeding

The utilisation of drones for sowing forests marks a significant leap forward in our approach to reforestation efforts. This innovative method aligns technological prowess with ecological responsibility, illustrating the potential of modern solutions to address environmental challenges.

Advantages of Forest Reforestation with Drones:

Precision Reforestation: Drones equipped with advanced GPS and seeding technologies ensure precise distribution of seeds. This accuracy enhances the chances of successful germination and contributes to the establishment of healthier, more diverse forests.

Speed and Efficiency: Reforesting vast areas can be time-consuming and labor-intensive. Drones offer remarkable efficiency by rapidly covering large territories, accelerating the reforestation process and maximizing resource utilization.

Access to Inaccessible Areas: Some areas, due to difficult terrain or remote locations, are challenging for manual reforestation. Drones easily access these inaccessible regions, enabling the establishment of forests in places that were previously hard to reach.

Biodiversity Enhancement: Controlled seeding through drones allows for deliberate selection of plant species to foster diverse and resilient ecosystems. This method supports the revival of native flora and fauna, enhancing overall ecological balance.

Spraying

Additional authorisations are required to spray pesticides & herbicides

Insecticides

The service of applying insecticides by drones involves the spraying of substances that are used to combat insects, pests, their larvae, etc., which can cause damage to agricultural crops. The solution of insecticides can act both on the surface of plants and inside their system. The use of insecticides in agriculture is important for protecting crops from pests.

Fungicides

The service provided by Farm Drones UK is the introduction of fungicides by drones, for spraying chemical substances that are used to protect agricultural crops from fungal and infectious diseases, and are also used to treat diseases, preventive treatment, and increase plant immunity. The application of fungicides by drones is carried out to prevent the spread of fungal diseases throughout the crop and to preserve the crop as much as possible.

Herbicides

Drone herbicide application is a service for spraying plant protection products, which are used to control weeds, unwanted plants that grow next to agricultural crops. Herbicides affect the growth of weeds and ensure their destruction, or prevent their growth. This service is an important component of modern agriculture, because it helps to increase yield and ensure a healthy field, etc.

Biofungicides

The service provided by Farm Drones UK is the introduction of Biological fungicides consisting of microorganisms and products of their vital activity, which are used to prevent and treat plant diseases caused by fungi and bacteria of various groups. Biofungicides also have an antimicrobial and growth-stimulating effect, thanks to the active reproduction of microorganisms on the surface of seeds and the production of protective and biologically active substances, due to which the penetration of pathogens into the plant is stopped Thanks to this, biological preparations provide a long-lasting protective effect against the development of pathogens: fusarium, rust, powdery mildew, scab, late blight, black leg, root rot and bacterial diseases of various origins.