Deal to clear the air, reduce worker deaths
Air quality is a major safety issue for New Zealand, with approximately 650 deaths per year caused by cancer attributable to airborne contaminants.
The collaboration introduces farmers and growers to the ARA ultrahigh precision sprayer, which offers a new spotspray technology to transform farming practices and the use of phytosanitary products.
The introduction of the ARA sprayer is said to provide game-changing advantages for agriculture in NZ, delivering lower labour costs by drastically reducing the need for manual weeding crews, addressing a major challenge in the industry, saving time and money.
The ARA’s ultra-precise 6x6 cm application format also serves to minimise the use of phytosanitary products and promotes environmental sustainability by helping to reduce herbicide use by up to 95%.
Additionally, crops are said to be healthier by avoiding unnecessary herbicide application on crops, so promoting healthier, faster-growing plants with less phytotoxicity.
Said to be versatile and efficient, beyond weeding, the ARA sprayer can also apply phytosanitary products and fertilisers with pinpoint precision, offering unmatched efficiency across multiple farming operations.
It is configured with a dual, front-mounted water (600l) and product tank (300l). The chemical mix is pumped to the rear, where three, 2-metre enclosed spraying modules feature 156 highprecision spray nozzles spaced at 4cm apart, to cover the 6-metre working width.
Suitable to operate at speeds of up to 7.2km/h, outputs of 3.5 to 4ha should be easily achievable. The enclosed spray modules also means that spraying can also take place in windy conditions, if necessary, as any spray drift is eliminated.
ARA is designed to operate in a wide variety of crop types including, sugar beets, potatoes, onions, spinach, beans, thistles, docks and grassland weeds, offering precise spraying of herbicides, fungicides, insecticides, fertiliser and bio stimulants.
In operation the machine takes high-speed photographs as it passes over the ground, using three-phase, plant by plant recognition driven by AI, before activating specific spray nozzles for product application, while at the same time recording statistics automatically to the Cloud for future analysis of areas covered, amount of product used and a site-specific application map.
Algorithms can be crop specific, to control the application of selective herbicides close to the crop, the application of non-selective herbicides, with a predetermined safety zone, alongside the application of fungicides, insecticides, fertiliser and bio-stimulants to the crop only, or the whole area, with the exception of the growing crop, with safety zones.
Non-crop specific algorithms offer universal functions, including green on green herbicide application for weed control pre-planting, or the application of fungicides, insecticides, fertiliser and bio-stimulants, on all green plants only.
Meanwhile, band spraying can be catered for, with a specific row algorithm, treating weeds between the rows, or applying all major product types to the growing crop only.
New Zealand Tractors owner Grant Reith comments, “we have carried out extensive due diligence and believe that this product will make a huge difference to spraying operations for specialised growers, with a massive reduction in chemical usage, but also to grassland farmers who wish to target problem weeds like docks or thistles. It also makes a positive impact in reducing ecological impact and improving plant health and vigour, to the point where crops like onions are harvest-ready up to two weeks earlier.”
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