Industrial - Bachelors

Moove: The Cattle Yard Speaker

The Moove Speaker seamlessly integrates with existing cattle yard infrastructure, using classical music to attract and guide cattle. This allows farmers to stay outside the yard, reducing injury risks for both cattle and handlers.

Cattle in the yards jumping around while two farmers try gain control of them and one farmer climbs up the side of the fence.

THE PROBLEM

Australia’s agriculture industry is one of the most crucial yet has one of the highest rates of workplace injury. The handling of cattle in particular, plays a significant role in these high injury rates, both non-fatal and fatal.

This work can be especially dangerous as it occurs in confined areas where cattle often become stressed and unpredictable. When agitated, cattle may trample, kick, or pin individuals, leading to a range of injuries, from cuts and bruises to fractures and sprains. More severe incidents can result in multiorgan trauma, especially to the torso and head, often with fatal outcomes.

RESEARCH

Benchmarking research revealed that while there are existing products and systems (such as protective vests, bump hats, steel-cap boots, helmets, curved cattle yards, virtual fencing, drones for mustering and low-stress handling techniques) none specifically ensure the safety of those handling cattle. Despite the availability of these solutions, usage remains low, particularly with personal protective equipment (PPE), and many workers rely on practical experience and behavioural insights to complement them.

Primary research, including 12 survey responses and three farmer interviews, confirmed that being kicked and crushed during cattle drafting is a leading cause of injury. These findings highlight the significant risks of working in close quarters with cattle. Farmers emphasised that maintaining separation between people and animals is essential for reducing stress and improving safety.

For more in-depth analysis and findings, please refer to the research report linked below.

Name
RESEARCH REPORT
File Type
application
File Size
9 MB
Download File

IDEATION

Design criteria:

Based on the research, key criteria that the solution had to meet included:
– Practical to implement
– Low-cost modifications or add-ons
– Seamless integration with existing systems
– Complement behavioural insights
– Minimise direct human-cattle interaction
– Promote low-stress handling
– Manageable by one person
– Improve safety
– Fit into farmers’ daily routines without disruption

initial concepts:

The five potential solutions designed using these criteria are shown below. For the final design, elements from both the speaker and smart fence post ideas were combined and further developed to create the most effective solution for addressing cattle-related injuries.

Images of the five different ideas I initially proposed to go forward with including a protective vest, RFID automated gate system, a speaker, a smart fence post and a shield gate.

Final Design

The Moove Speaker represents a significant advancement in enhancing safety and efficiency in cattle handling within Australia’s agricultural sector. Designed to integrate seamlessly into existing infrastructure, it offers farmers an innovative tool that complements existing practices. Its user-friendly design allows for easy incorporation into daily routines. By enabling farmers to remain outside the yards during cattle movement, the Moove Speaker reduces the need for close human-animal interaction, minimising the risk of injuries and fostering a safer environment for both farmers and cattle.

Render of the speaker on a cattle yard fence.

Features:

Enhancing Cattle Movement With Technology: The Moove Speaker syncs with the Moove app via Bluetooth, playing sounds exclusively from the app. Research shows cattle respond to familiar sounds, with classical and country music encouraging cows to approach milking parlours. Integrated into daily routines, the speaker uses music to guide cattle, while an ultrasonic sensor lowers the volume as they approach, protecting their hearing.

Rechargeable Battery: Powered by a rechargeable lithium battery, the Moove Speaker offers long-lasting use. The battery can be quickly swapped out by removing the end cap.

Portable and Easy Attachment: The speaker has two slits for attachment straps, making it easy to secure to any fence railing. Its portability allows farmers to reposition the speaker throughout the yards to enhance cattle movement.

User Friendly Controls: A simple rubber button powers the speaker on and connects it to Bluetooth devices. An LED indicator shows battery status, helping manage power efficiently.

Moove Speaker Use Case EXAMPLE

TECHNICAL DETAILS

The exploded view of the Moove Speaker showcases key features including: the internal plastic shell housing the electrical components; and the strategic positioning of the PCB in relation to the rechargeable battery, power button and status indicator. This design ensures durability and ease of use, while allowing for straightforward disassembly for repairs or recycling.

Exploded view and Bill of materials:

Moove Speaker Bill of Materials

Custom part Details:

Images and explanation of the main custom parts utilised in the speaker.

IN Summary

The Moove Speaker enables farmers to prioritise the welfare of both workers and cattle, contributing to a safer and more efficient agricultural future. To reduce cattle-related injuries in rural and remote Australian work environments, it’s time to make a move and implement the Moove Speaker.

Image of speaker in use, in the cattle yards.

Discover the full design process by viewing the Design Development Record (DDR) below:

DDR

Drew Daly

Drew is a passionate industrial designer dedicated to creating innovative solutions. With hands-on industry internship experience, she has strengthened her foundation in the field and deepened her enthusiasm for design. A creative and hardworking individual, Drew thrives on continuous learning and is eager to apply her skills to new opportunities.