Science & r3vobanD: studies & findings for horse welfare

Why is pressure distribution important?

The well-being of our horses is of utmost importance to us riders. Optimal pressure distribution at the noseband can help minimize discomfort and stress for the horse. In this blog post, we will look at the science behind the r3vobanD and present the studies and findings that have supported the development of this innovative product.

The influence of pressure on horses

Pressure on the noseband can be uncomfortable for horses and even lead to injuries. This makes it all the more important to find a solution that distributes the pressure evenly and thus improves the horse's well-being. This is where the r3vobanD comes into play.

The emergence of the r3vobanD: A scientific approach

The development of the r3vobanD is based on intensive studies and research into the distribution of pressure on the noseband and its influence on the horse. This section provides an overview of the scientific basis that led to the development of the r3vobanD.

The importance of shear forces

A central concept in the research behind the r3vobanD is shear forces. Shear forces occur when two opposing forces collide and can lead to injuries and pain in horses. Optimal pressure distribution can reduce shear forces and improve the horse's well-being.

Studies supporting the r3vobanD technology

There are numerous studies that emphasize the importance of pressure reduction and optimal pressure distribution at the noseband. In this section we present some of these studies.

Dr. Hilary Clayton's study on the effects of nosebands

Renowned equine scientist Dr. Hilary Clayton, together with Uldahl (2019), conducted a study in which they investigated lesions that can result from the use of bits, nosebands, spurs, and crops in Danish competition horses. ¹ The aim of the study was to identify associations between these pieces of equipment and injuries in horses during competitions in four equestrian disciplines. ²

The results of this research contribute to the ongoing debate about the appropriate use and tightness of nosebands in equestrian sports. Equestrian Canada's Noseband Pilot Project, for example, aims to educate the equestrian community about factors related to noseband use, review current research, and promote understanding of their use. ¹ Dr. Hilary Clayton's research highlights the importance of appropriate use of nosebands and helps promote equine well-being in a variety of equestrian disciplines.

Dr. Orla Doherty's research on tight nosebands

Researcher Orla Doherty and her team have found that tight nosebands are widely used in equestrian competitions in Ireland, England and Belgium. ³ The results show that excessively tight nosebands can cause discomfort, pain or tissue damage in horses. ³ To measure the tightness of nosebands on bridled horses, the team developed a digital tightness gauge. ⁴

In another study, Doherty and her team found that tight nosebands restrict natural behaviors in horses and produce a measurable stress response. ⁵ The findings suggest that the use of nosebands that restrict natural behaviors and cause stress, according to which nosebands should not be so tight that they harm the horse. ⁵ These findings underscore the importance of appropriately fitted nosebands and help protect and promote equine welfare.

The r3volutionD own scientific study: pressure reduction by the r3vobanD

In addition to analyzing existing studies, we at r3volutionD have also conducted our own scientific study to prove the benefits of our r3vobanD. In this study, we used computer simulations to measure the forces exerted by a snaffle on the horse's nasal bone. In doing so, we compared the pressure ratios with and without r3vobanD.

The results of our study were impressive: by using the r3vobanD we were able to see a 60% reduction in pressure and achieve optimal pressure distribution. These results underline the effectiveness of our product in improving the well-being of horses and the communication between rider and horse. By reducing pressure and shear forces on the sensitive nasal bone, horses can work in a more relaxed and focused manner, which ultimately translates into better performance and a more harmonious partnership.

The advantages of the r3vobanD for riders and horses

The use of the r3vobanD offers numerous advantages for both riders and horses, which we explain in more detail in this section.

Improved communication and leaning

The r3vobanD's even distribution of pressure improves communication between rider and horse, resulting in better contact and a more harmonious partnership.

Reduced pressure and pain relief

The optimized pressure balance of the r3vobanD can help relieve pain and discomfort in horses by minimizing shear forces and distributing pressure evenly.

The future of r3vobanD: further development and research

The research and development of the r3vobanD does not stand still. We at r3vobanD are committed to constantly developing and optimizing the product. Therefore, further studies and research projects are planned to help make the r3vobanD even more effective and versatile.

Summary: The scientific basis of the r3vobanDs

The r3vobanD is based on sound scientific studies and findings that show how important optimal pressure distribution at the noseband is for the well-being of horses. Using the r3vobanD can help minimize shear forces and improve communication between rider and horse, leading to a more harmonious partnership and better performance.

sources:

1: https://horsesport.com/magazine/equine-welfare/noseband-tightness-ec-responds/

2: https://www.researchgate.net/publication/323548818_Lesions_associated_with_the_use_of_bits_nosebands_spurs_and_whips_in_Danish_competition_horses

3: https://www.horsetalk.co.nz/2017/01/04/tight-nosebands-competition-rampant-study/

4: https://www.researchgate.net/publication/312185959_An_Objective_Measure_of_Noseband_Tightness_and_Its_Measurement_Using_a_Novel_Digital_Tightness_Gauge

5: https://journals.plos.org/plosone/article?id=10.1371%2Fjournal.pone.0154179