B.GBP.0051-Objective realtime assessment of Bos taurus cattle to improve profitability and productivity of the beef value chain

Summary

This project proposed to deliver a validated on-farm portable 3D camera technology
integrated with BeefSpecs for a vertically integrated supply chain targeting three of four Bos taurus breeds (pure Angus, Hereford, Shorthorn and/or Charolais) for assessing:
• frame score
• P8 fat
• muscle score.

Objectives

• This project proposed to deliver a validated on-farm portable 3D camera technology integrated with BeefSpecs for a vertically integrated supply chain of pure Angus cattle for assessing carcase predictions and define application for other Bos taurus types.
• Although the initial technology faced challenges and the project was terminated, MLA has supported a call with NSW DPI to seek a commercialisation partner, reflecting ongoing efforts to bring the technology to market.

Key findings

Key findings from this project include:

• 3-dimensional (3D) software components developed to capture data in the field.
• 3D stability detection module detecting 'neutral stance' implemented.
• Curvature processing and trait estimations in real-time implemented
• New camera positions evaluated including a vertical 3D camera system.
• Background analysis completed on stakeholders through developing value proposition canvasses and business model canvasses, conducting interviews with stakeholders, and developing a technology readiness table.
• Development of a real-time integrated 3D technology for assessing live Angus cattle between 2 and 11mm of P8 fat with the BeefSpecs drafting tool to predict market specifications between 50 and 225 days before slaughter.
• The BeefSpecs calculator available on iPhones and Androids that does not require internet connection.

Benefits to industry

Despite the project’s termination, it provided valuable insights and advancements in 3D camera technology and carcase prediction.

MLA action

MLA has invested in real time objective measurement of live cattle and the carcase to yield benefits to the producer and the processor.

Future research

MLA continues to invest in objective real time measurement of the live animal and the carcase.