Influence of riders’ physical activity on improving seat balance in the context of horse welfare – A pilot study.

Overview

• This study examined how gym exercises for riders can improve their posture and balance while riding, leading to reduced discomfort for horses.
• The research used electronic pressure sensors to measure changes in seat balance and horse comfort during training sessions.

Study Objectives and Context

• The primary goal was to assess whether physical activity aimed at riders’ fitness could positively influence their seating balance on horses.
• Improved rider balance is theorized to enhance horse welfare by minimizing uneven pressure or discomfort during riding.
• The investigation serves as a pilot study, introducing a method to quantify seat irregularities and monitor improvement.

Study Design and Participants

• The study involved 20 Warmblood horses aged between 5 and 10 years, all regularly ridden under saddle.
• Four riders of similar height and body weight participated to maintain consistency in rider-related variables.
• Horses were randomly divided into two groups: control (10 horses) and experimental (10 horses).
• The horses in both groups were trained 5 days a week for a total period of 60 days.
• Riders participated in physical training sessions three times per week, each lasting approximately 60 minutes.

Intervention: Rider Physical Exercise Program

• The exercise regime focused on improving riders’ flexibility, mobility, and general fitness.
• These exercises aimed to enhance the riders’ ability to maintain a balanced and stable seat while mounted.
• The hypothesis was that a fitter, stronger rider would cause less uneven pressure on the horse’s back.

Measurement and Data Collection

• Electronic pressure sensors embedded in a pad placed beneath the saddle collected data on pressure force and distribution.
• The sensors also captured changes in the rider’s position during each training session.
• Analysis focused on the amplitude non-uniformity — a measure of imbalance or irregularity in seat pressure.

Results and Findings

• The experimental group, whose riders participated in the physical training, showed noticeable improvement in seat balance.
• There was a significant reduction in amplitude non-uniformity in the pressure readings after the completion of the rider training period.
• The control group (without additional rider training) did not exhibit similar improvements.
• This indicates that physical fitness exercises contribute to a more balanced rider posture and reduced seat irregularities.

Implications for Horse Welfare

• Improving rider balance can directly enhance the comfort of the horse during riding sessions by reducing uneven pressure on its back.
• Less discomfort may lead to better overall welfare, less behavioral resistance, and potentially prevent injury or soreness in the horse.
• The study suggests that incorporating fitness training for riders should be considered an important aspect of horse training and management.

Methodological Contributions

• Utilizing electronic pressure sensors provides an objective, quantifiable method to assess seating balance and rider posture.
• This technology may allow trainers and riders to identify subtle seat irregularities more easily than traditional observational methods.
• The approach offers a pathway to tailor specific physical exercises that target identified balance issues to improve riding technique.

Conclusion

• The pilot study demonstrates a clear link between riders’ physical fitness and improved seating balance on horses.
• Better seat balance reduces asymmetrical pressure on horses, enhancing their comfort and welfare during training.
• Future studies with larger sample sizes could further validate these findings and refine rider exercise programs.