A fun first update on the Strawberry Robot prototype!
Introduction to the ProtoTeam
The CCCU ProtoTeam is excited to share the first update on the Strawberry Robot prototype inspired by Daniela who was in Year One when she created the idea. Her concept focuses on protecting strawberry plants from birds in a fun and imaginative way while using modern technology to solve a real world problem.
Over the last few weeks the project has developed at an exciting pace. The team has been working to turn Daniela’s idea into a working robot that can detect birds and help keep them away from strawberry patches. This project combines creativity engineering and technology to support growers and gardeners in protecting their crops.
Why did they choose this idea to build
Daniela’s idea stood out because it tackles a familiar problem in a clever and positive way. Birds eating strawberries can be frustrating and the idea of a robot that can gently scare them away is both practical and engaging. The project also offers a great opportunity to explore modern tools such as artificial intelligence and robotics while keeping the solution friendly and accessible.
The team felt the Strawberry Robot had strong potential to grow into a realistic prototype. It also allowed them to explore detection movement and interaction which makes it a rich and rewarding engineering challenge.
Starting the prototype
The team has made strong progress on the technical side of the Strawberry Robot. A camera system is now in place and uses artificial intelligence image recognition to detect birds near the strawberry patch. This allows the robot to know when birds are present and when to activate its deterrents.
Several core features have already been added. The robot includes a motorised spinning bird scare tape system to visually deter birds. It also has a four wheel drive system which allows it to travel along the strawberry patch when activated. Speakers have been ordered so the robot will be able to play audio warnings such as a message telling birds to keep off the strawberries.
The team is also waiting for the power pack that will supply power to the Raspberry Pi system. This will run the robot’s onboard controls as well as the detection and decision making system.
Next steps
The project will soon move into its final design phase. The robot is being handed back next week so work can begin on the outer casing. This will transform the robot into its final strawberry themed appearance.
The casing will be created using three dimensional scanning of a strawberry shaped biscuit tin. The scan will then be adapted to fit the robot components before being three dimensional printed. This will ensure the final robot reflects Daniela’s original vision while neatly housing all of the working parts.
The CCCU ProtoTeam is looking forward to sharing more updates soon as the Strawberry Robot continues to grow from an exciting idea into a completed prototype.