AGRICULTURAL SPRAYING DRONE

Agricultural spraying drones are innovating the way large-scale farming is being carried out in Australia. They are very suitable and agile for working in vast agricultural land and rough terrains with high efficiency.

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Agricultural Spraying Drones in Australia

UAV (unmanned aerial vehicles) are essential equipment for the Australian farming industry’s largescale. Buying agricultural spraying drones increases and improves the efficiency of spraying more per land area on a shorter duration than a knapsack sprayer, with the added benefit of water savings and precise chemical application.

Agricultural Spraying Drone

Agricultural UAVs are growing and developing rapidly throughout the world due to their extensive advantages. With agricultural spraying, drones are revolutionising the way large-scale farming is being carried out, especially when you consider many crucial factors such as weather conditions and crop diseases; these modern-day farming professionals can meet the challenge to keep up with the demands of production. 


Case in point, drone sprayers are very suitable and agile for working in a large area of land and rough terrains and very flexible with the weather conditions with high efficiency. Agriculture drone sprayers are much more prominent in size where they will have a larger and broader spraying span. They can then increase and improve the efficiency of spraying more land area in a shorter duration than a knapsack sprayer.


Farmers are required to manage acres of farmland at a time and have recently begun to tap into aerial technology to do so efficiently and sustainably. Part and parcel of the spraying solution in large farming areas are drone weed spraying; this way, it can prevent, minimise, and mitigate persistent crop diseases. 

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What Is Agriculture Drone Spraying?

Agricultural drones are transforming the way farming is being carried out. Nowadays, while the demand is set to grow, farmers must consider a variety of complex factors which will impact the success of their agriculture businesses or farms, ranging from the water access to soil quality, rainfall patterns, temperature, changing climate, wind, the presence of weeds and insects. Farmers must continue to innovate to improve and maintain productivity to meet the demands. 

Digital technologies such as agriculture drone spraying have considerable potentials to provide farmers with all the required data to seize the opportunities for growth and meet these challenges. Consequently, farmers are reaching out to agricultural drone technology to help mitigate these problems.
 

Benefits of Agricultural Drone Spraying

Cost Savings

Farmers will be happy to know that thanks to precision control systems, it will result in significant annual chemical savings depending on crop types in the long run.

Pest and Disease Control

Field tests demonstrated that this new technology could provide pest and disease control equivalent to conventional spray systems while reducing spray drift, ground loss, and pesticide use.

Cost Savings

They enable farmers to produce more crops per unit area with less tillage, thus reducing deforestation, conserving natural resources and curbing soil erosion. Pesticides are also critical for the control of invasive species and noxious weeds.

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A Response to the Bushfire Crisis in Australia (2019-2020)

Record-breaking temperatures and long periods of drought triggered a series of massive bushfires across the country. Farmers from all over are trying to speed up their recovery and hoping to turn it into a bountiful harvest. Some have been successful and were able to accomplish this with crop spraying drone use in addition to improving weather conditions.

Current Adaptation of Aerial Spraying Solutions (2020-Present)

Aside from aerial spraying, seeding, watering, and surveying, agricultural drones are now being used for treatment of weeds, pests, and even crop diseases. Using UAVs allows more control over damage and infection prevention. Traditional spray rigs spray wide crop areas even if a single plant is found unhealthy. Drones can spot the problem areas and isolate spraying to a specific section only.

XAG As Your Premier Drone Manufacturer

XAG, the Australian leader in drone and camera technology, is transforming the farming industry with its latest agriculture drone. The drone packs impressive features into a modular and portable design with Optimised Precision Spraying features, making it accessible and scalable for farmers ready to apply digital insights and automated spray technology into their operations.

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The Australian agriculture industry is associated with many challenges: unpredictable weather patterns, crop disease, irrigation issues, and pest control. Adding complexity to this, traditional methods of evaluating and managing farm environments can be highly complex, time-consuming, and labor-intensive.

 

Drone Spraying is an extremely cost-effective solution for aerial application of chemicals, the manoeuvrability of the UAV (Unmanned Aerial Vehicle) allows our pilot to service isolated or difficult access areas and sites which require rehabilitation and/or stabilisation. Combined with Aerial Survey, our drones can be utilised to service broadacre or specific areas where treatment is necessary, by liquid or granular form.

 

Intelligent flight control with the assistant of the onboard technology and RTK allows the UAV to achieve unimaginable precision, and maintain accurate height above the vegetation. Spray density is maintained even as the canopy rises and falls so that the pre-set amount of appliance is applied at all times.

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Faster Application

Intelligent

Precision

Cost Reduction

  • Proven to be faster than traditional methods in spray applications 

  • Intelligent control that records the status of the service to ensure precision application for every project.

  • Precise navigation at centimetre-level 
    Micron level droplets are pushed and flung out from the rotary spraying disc to evenly adhere to the surface of crops. Droplets are enhanced by optimized downdraft from the system’s propellers, as such a mechanism reduces drifting significantly.

  • Cover larger areas in less time reducing labour, time costs and chemical usage
    Utilising the rotary atomising spraying system, the drones secures farm produce quality while protecting the environment by reducing 30% of pesticide use and 90% of water waste.

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