Effect of different flooring types on pressure distribution under the bovine claw - an ex vivo study.
Authors: Oehme Benjamin, Geiger S M, Grund S, Hainke K, Munzel J, Mülling C K W
Journal: BMC veterinary research
Summary
# Editorial Summary Understanding how different flooring materials transmit forces through the bovine claw is crucial for preventing lameness in dairy cattle, yet the direct mechanical interactions between hoof and surface have rarely been quantified. Researchers isolated distal hind limbs from Holstein Friesian cattle, functionally trimmed them using the Dutch method, and applied standardised loads whilst measuring pressure distribution beneath the sole using a Tekscan pressure-sensing system, comparing barefoot contact with concrete against three types of rubber matting. Concrete generated significantly higher peak pressures and more concentrated force distribution across the sole compared to rubber alternatives, with all three rubber types demonstrating superior shock absorption and more uniform pressure dispersal—findings that align with the established link between repetitive high-impact loading and traumatic claw lesions in housed dairy herds. For equine professionals, particularly those advising on stable design or managing horses with similar weight-bearing challenges, these results underscore the biomechanical advantages of compliant flooring in reducing sole trauma and supporting locomotor comfort. Whilst conducted on bovine claws, the principles of pressure distribution and force attenuation are directly applicable to equine practice, reinforcing evidence-based recommendations for cushioned rather than unyielding surfaces in high-traffic areas.
Read the full abstract on PubMed
Practical Takeaways
- •Installing rubber flooring significantly reduces impact forces on cattle claws compared to concrete, potentially lowering claw injury rates in dairy operations
- •Choice of rubber mat type matters—different products distribute pressure differently, so consider options that spread load over larger claw surface areas
- •This research provides objective data to justify flooring investment decisions based on claw health outcomes
Key Findings
- •Concrete flooring produces significantly higher peak pressures on bovine claw soles compared to rubber mat alternatives
- •Different rubber mat types show varying pressure distribution characteristics under uniform load conditions
- •Mechanical interaction between hard flooring and claw sole can be quantified using pressure measurement technology