Intensive Farming

Dairy Cow Lameness Detection Technology

Automated lameness detection technologies are improving early identification of lame cows enabling more timely welfare intervention.

Key Facts

Activity monitors detect behavioral changes associated with lameness 24-48 hours before visible signs
Computer vision systems can score locomotion automatically from camera footage
Early lameness detection enables treatment before severe pain develops
Technology reduces observer bias compared to periodic visual assessment

Welfare Considerations

Dairy cow lameness is chronically under-detected using periodic human observation. Automated systems that monitor activity patterns, stepping frequency, and locomotion continuously detect lameness earlier than visual observation. Earlier detection enables treatment before the condition progresses to severe pain. Technology-enabled early intervention reduces both welfare burden and treatment costs.

What You Can Do

Support dairy from farms using automated lameness detection technology
Advocate for lameness monitoring technology investment in dairy welfare standards
Buy dairy products from farms with documented early lameness intervention programs
Back research into lameness detection technology improving welfare outcomes