At Hoofsmart, we are developing a radar-based automated lameness detector for dairy cattle. It is a contactless technology that analyses the biomechanical behaviour of cows while they are walking to detect lameness. Reduced lameness in herds means higher productivity, fertility, and welfare, reduced culling rates and better livelihoods for farmers.
Automated Lameness Detection in Cattle
The Challenge
Lameness is a significant challenge to farmers worldwide, impacting both animal welfare and farm productivity. Traditional methods of lameness detection often fall short, relying on subjective visual assessments, which can be time-consuming and prone to error.
Our Solution
We propose a state-of-the-art micro-Doppler radar system designed for automating lameness detection and mobility characterisation in cattle. The technology uses advanced radar algorithms to monitor the movement patterns and gait of cattle, allowing early and accurate detection of lameness.
What we do
Our radar system is engineered to integrate into existing cattle management infrastructure, providing farmers with a reliable and efficient solution for monitoring the health and welfare of their herds. Easy to install and user-friendly, offers real-time monitoring and data analytics, enabling farmers to make informed decisions about their livestock.
Benefits of the radar system
- Early detection: Detect lameness in cattle at the earliest stages, allowing for prompt intervention and treatment
- Increased Productivity: Maximize farm productivity and profitability with healthier, more productive cattle.
- Sustainability: Promote sustainable farming practices by optimizing resource utilization and minimizing the environmental impact of disease management.
- Cost Savings: Reduce veterinary costs associated with late-stage lameness treatment and minimize losses due to reduced milk production or weight gain.
The hidden cost of lameness
At Hoofsmart, we are aiming to reduce lameness in dairy herds by detecting lameness before it is visually apparent for prompt intervention and treatment.
Meet the team
