29May
Published On: 29 May 2018

The world of smart farming brings precise inventories, harvest predictions and fast disease control to your fingertips. Find out three ways the DT18 AG long-range drone will transform your agriculture business.

New technologies, such as UAVs (Unmanned Aerial Vehicles), help agriculture businesses stay ahead of the competition.

Due to the critical insights commercial UAVs bring to the running of an agricultural business, the compound annual growth rate (CAGR) of this market, from now until 2024, is expected to be 30.2%.

Deloitte’s AgTech report demonstrated how yields on key crops still exhibit an improvement potential of 30%. It also underlined how the necessity of increasing production represents a great growth opportunity for industry players who can improve their efficiency.

Let’s talk about how to optimise
your agriculture business

When you match the right drone with the needs of an agriculture business, it is more than a tool that feeds one-time innovation projects

Lénaïc Grignard, Delair’s Agriculture and Forestry Product Manager

Agriculture drones already have their permanent place in the agronomist’s toolbox,” she continues, “and once their Return on Investment (ROI) is achieved – as is often the case with the DT18 AG after six months – their value only increases with time.

Grignard says there are three major ways that the DT18 AG can increase an agriculture company’s ROI:

1. An eye in the sky for precise inventory and yield estimates

Inefficient crop monitoring is a problem for most farmers. But by using the DT18 AG – the first drone in the world to be certified for daily BVLOS (Beyond Visual Line of Sight) operations in 2012 – you work quickly to cover 1,370 hectares in two hours.

The DT18 comes with a state-of-the-art inbuilt MicaSense RedEdge Multispectral Camera, which has five cameras: red, green, blue, red edge and near-infrared.

Because of the red, green and blue cameras, it achieves a high-quality RGB composite, the equivalent to the vision of the human eye.

This blue layer can also identify bloom density or other crop traits, so it is particularly beneficial to fruit-tree growers who use it to predict how productive their harvest will be.

Thanks to its complete view over large surfaces, each plant can be identified,” says Grignard. “This enables the inventory of plantations or farms, as well as feed input volumes and yield estimates.

Counting plants, bloom density, understanding spacing issues and land improvements,
all this and more is possible with your “third eye” in the sky

Use the slider cursor to display images before / after data processing

2. Disease outbreaks or nutrient deficiency: an early warning system

The red edge and near-infrared bands reveal plant characteristics that are not visible to the human eye. By detecting chlorophyll levels, they can identify plant stress in the early stages.

“The red edge band is the most sensitive to very early physiological changes of vegetation, and thus measures signals of health changes weeks before the eyes can see the effect on the leaves,” explains Grignard. “It is even more impactful for high canopy plants, like trees, which are a few metres from the ground.

One of Delair’s clients owns a palm tree plantation. The RGB image (shown with slider) presents a field full of what look like healthy green palm trees, but the combined red edge and near-infrared sensors highlight an area (shown in red) where the palm trees are showing stress.

“Pin-pointing stress at the plant level means agronomists can react quickly to avoid disease outbreak, nutrient deficiency and therefore yield impact,” says Grignard.

Example of early detection of plant stress enables with red edge: palm tree vegetation looks healthy in RGB,
but spreading stress in circle can be detected and higlighted in red

Use the slider cursor to display images before / after data processing

3. Predictive and preventative crop production through big data analysis

Leading global corporations are undergoing digital transformations, putting data collection and analysis at the centre of their operations. Now agricultural businesses can do it too.

As the DT18 AG flies for up to two hours, to a range of 20km, it makes the prospect of identifying and digitising every plant, over a short period of time, a feasible option for acquiring precise and cost-effective data sets.

“This is the third dimension of data, the building up of temporal information that allows agronomists to track their plantation response to actions, assess their impact and build a reference database to increase overall plantation efficiency,” says Grignard.

“Plantation managers can also create time-lapse views of their fields, so from planting to fertilisation and harvesting they have a complete understanding of their crops in every season, and can therefore adjust practices to the real status and needs of the fields.”

As Deloitte reports, tomorrow’s farmers need to deal with higher complexity and the fast-growing product and service offerings from different input providers along the value chain. This is why complexity-reducing products, like Delair’s end-to-end solution with the DT18 AG, are so crucial to explore now, so you can plan for integration later.

The DT18 AG, with its multispectral sensor camera, can bring smart, analytic farming to your day-to-day operations and maximise your productivity in the future.

palm counting with drones

Contact us for a one-on-one discussion and free quote with one of Delair’s drone specialists

Summary
How one long-range drone solution could cut your budget in two
Article Name
How one long-range drone solution could cut your budget in two
Description
If you could discover a genuinely cost-effective and accurate drone-based approach to analysing each individual plant across your vast agricultural plots, how would that affect your business?
Publisher Name
Delair
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