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Product Demonstrations
The Autopickr team rely heavily, and work closely with farmers and other industry experts to advance the development of their products. This relationship is key and the 'in-development' demonstrations give an excellent opportunity for all parties to get involved.
Our next demonstration is likely to be in June 2024
Email Scott@autopickr to express you interest in attending
In the meantime, take a look at the progress we showcased in our last demonstration
2025 Demonstration Expectations
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Rugged + Compact
Our autonomous harvesting device will showcase large tires, capable of performing on all terrains, and a solid steel body, ensuring it can withstand any unexpected impact.
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Weather Proof
To ensure 24/7 labour, our autonomous harvesting device will be fully IP rated against water and dust, making it capable of working in all weather conditions.
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Efficient Day + Night
Where human labour would need to stop, our autonomous harvesting device will be equipped with lighting, allowing it to work for all hours of the day.
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Localised Navigation
Many growers have experienced issues with GPS devices. We are building a localised navigation system that is quick to install and reliable.
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Safety Sensors + Alerts
To ensure human and crop safety, our autonomous harvesting device will not engage with unknown objects. The grower will be efficiently alerted of labour interruptions.
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Secure from Cyber Threat
For peace of mind and to further ensure crop safety, our hardware will run on a localised system. No external computers will be able to manipulate the device.
Future Possibilities
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Chad + Trolley
We envision a second autonomous robot (named Chad) that will collect pay loads and replace them with an empty basket. This will further reduce the need for human labour.
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Storage
For smaller growers without optimal storage for harvests and equipment, we would like to offer a central hub. This hub would also work as a solar powered charging station.
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Dynamic Decision Making
To be as efficient as possible, our autonomous harvesting device could use AI to prioritise certain field routes and cutting paths.
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Weed Management
Whilst harvesting, our autonomous harvesting device could also take care of future crops by weeding the beds.
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Crop Health Forecasts
By monitoring multiple factors including previous harvests and weather forecasts, our autonomous harvesting device could predict the success of future harvests.
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Beetle Detection
Beetles can be detected and removed through the presence of pheromones. This is an advancing external technology that should be easy to implement once available.