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The World of Horse Racing Tech: Innovations and Advances

Last updated: December 6, 2023

By: Miles HenryFact Checked

Just when I thought I’d seen everything there was to see in horse racing training techniques and equipment, I saw something that left me amazed. It was a biomechanical sensor – a small device that attaches to a horse’s leg to monitor its movement and provide data on gait, stride length, and overall fitness.

As someone who has always been fascinated by the intersection of technology and horse racing, seeing this cutting-edge device in action made me realize how much the industry has changed in recent years.

From data analytics and sensors to wearables and video technology, the world of horse racing has embraced many advances that are transforming the sport as we know it. In this blog post, we’ll explore some of the most exciting innovations in racing tech and how they are changing the game for horses, trainers, and fans.

Data Analytics and Sensors

Data analytics and sensors are two of the most exciting horse racing tech innovations. Data analytics is the process of collecting and analyzing large sets of data in order to gain insights and make better decisions.

Picture of an equine heart monitor one item of horse racing tech we use.
Polar heart rate monitor.

In horse racing, data analytics can optimize training programs, identify potential health issues, and make more informed decisions about which races to enter. For example, wearable technology and biometric measurement tools can monitor a horse’s vital signs and physical performance during training and competition.

This data can help trainers identify signs of fatigue, injury, or other physical issues, allowing them to adjust training and racing strategies accordingly. In addition, biomechanical sensors can be used to track a horse’s movement and provide data on gait, stride length, and overall fitness.

This data can help racehorse trainers optimize training routines and race strategies, ensuring that horses are in the best possible physical condition for competition. Several types of sensors are commonly used in horse racing, each with a unique purpose.

For example, heart rate monitors can be used to track a horse’s cardiovascular fitness during training, while GPS trackers can monitor a horse’s speed and location during a race.

Biometric measurement has several potential benefits for racehorses, including early detection of health issues, more accurate monitoring of training progress, and improved overall health and wellness.

For example, by monitoring a horse’s heart rate during training, trainers can make sure the horse is getting enough rest and recovery time between workouts, which can help reduce the risk of injury.

Biometric measurement can also track changes in a horse’s body composition over time, which can help trainers adjust their diet and exercise routines for optimal performance. Some trainers utilize GPS trackers to monitor a horse’s speed and location during a race, while others employ motion sensors to track a horse’s movement patterns and detect any irregularities that could indicate an injury.

The use of analytics and sensors in horse racing has led to several success stories. For example, one trainer used a GPS tracker to monitor his horse’s pace during training and identified a pattern of inconsistent pacing.

By adjusting the horse’s training program to address this issue, he was able to improve the horse’s performance and win several races. Similarly, another trainer used data analytics to identify a horse that was more suited for longer races and was able to achieve a string of victories in those events.

Overall, technology is playing an increasingly important role in improving the physical health and performance of racehorses, allowing trainers to optimize training and racing strategies and promote the long-term welfare of these incredible animals.

Tech products

Here are some examples of advanced wearable and biometric products used in horse racing:

  1. Polar Equine H10 Heart Rate Monitor: This wearable heart rate monitor tracks a horse’s heart rate during exercise and provides real-time data to trainers and owners. This is the one I use.
  2. E-Trakka system: Attaches to the horse’s saddlecloth and records the horse’s heart rate / ECG, speed, stride length, and sectional times, then automatically uploads this information to the cloud.
  3. Nightwatch: This wearable device is a smart halter that monitors a horse’s vital signs, including heart rate, respiratory rate, and movement, and alerts owners and trainers if there are any abnormalities or signs of distress.
  4. Holy Stone HS720 Foldable GPS Drone: This 4K UHD camera can provide high-quality aerial footage, allowing trainers to analyze the horse’s gait, stride, and overall form
  5. Horseware Ice-Vibe Boots: These wearable boots combine cold and massage therapy to reduce inflammation and swelling in a horse’s legs after exercise.
  6. Hylofit: This wearable sensor measures a horse’s heart rate and movement, allowing trainers to track their fitness and monitor their training progress.
  7. GoPro HERO11: GoPro cameras can be mounted on a jockey’s helmet to record footage during a race; this provides trainers with a real-time view of the race.

These are just a few examples of today’s many innovative products available for horse racing. As technology advances, we can expect to see even more ingenious products designed to improve the health and performance of racehorses.

Picture of a horse eating from a hay net.

Advancements in health and nutrition

Advancements in technology have played a vital role in improving how horses are fed and cared for in the racing industry. One example is the use of high-tech water filtration systems, which has made it easier to ensure that horses have access to clean and safe drinking water at all times.

Advancements in technology have also significantly impacted the nutrition and feeding of racehorses. Traditionally, feeding horses was a trial-and-error process, with trainers relying on experience and intuition to determine the best diet for each horse.

Today, however, technology has made it possible to customize feeding plans for individual horses based on their specific needs and nutritional requirements. For example, some trainers use software programs to analyze a horse’s diet and determine the optimal balance of nutrients. In contrast, others use blood testing to monitor the horse’s nutrient levels and adjust the diet accordingly.

Additionally, advancements in feed processing and production have led to the development of specialized feeds designed to meet the unique needs of racehorses. These technological advancements have helped improve racehorses’ health and performance by providing more accurate and tailored nutrition.

Advances in veterinary technology have also significantly improved how horses are cared for. One notable example is regenerative medicine, which involves using stem cells or platelet-rich plasma (PRP) to accelerate the healing of injuries in horses.

Witness advanced technology in action at a top equine center in this YouTube video.

YouTube video

This technology has particularly benefited horses with tendon or ligament injuries, which can slowly heal and are prone to re-injury. Furthermore, technology has also allowed for more accurate and efficient monitoring of horses’ health and well-being.

For instance, wearable sensors can be attached to horses to measure their heart rate, respiration, and other vital signs, providing valuable data to trainers and veterinarians to help detect and prevent potential health issues before they become serious.

Technological advancements have significantly improved how horses are fed and cared for in the racing industry. These technologies have allowed for more precise and efficient monitoring of horses’ health and have provided new treatment options that can lead to improved outcomes for horses.

Picture of a drone flying.

Video and Drone Technology

Video technology has been used in horse racing for decades, but recent advances have made it more potent than ever. High-speed cameras and drones provide detailed footage of races and training sessions, allowing trainers and jockeys to analyze a horse’s performance in detail.

For example, drones with multiple cameras and sensors can capture high-resolution imagery and data about track conditions, such as soil moisture levels and temperature. This data can then be used to optimize track maintenance and improve racing conditions for horses and jockeys.

New camera technology is improving video quality and data analytics for race analysis. High-speed cameras and sensors capture precise horse and jockey performance data, allowing for detailed analysis of race strategy and techniques.

In addition, new data analytics software is being developed to help trainers and jockeys optimize their horse’s performance based on this data. Several examples demonstrate the benefits of innovations and advances in video and drone technology for horse racing.

For example, at the 2018 Kentucky Derby, drones were used to capture aerial footage of the race, providing viewers with a unique perspective of the event. In addition, at the Saratoga Race Course, thermal imaging drones were used to detect areas of the track that needed watering, improving track conditions for horses and jockeys.

Another example is the GoPro camera. The GoPro camera is a small, lightweight, and durable camera that can be attached to a jockey’s helmet to capture footage during a race. This camera system allows viewers to experience the race from the jockey’s perspective, giving them a unique and immersive viewing experience.

The use of the GoPro camera in horse racing is an example of how video technology is being used to enhance the viewer experience and provide new perspectives on the sport.

The use of innovations and advances in video and drone technology is transforming the horse racing industry, providing new ways to analyze races, improve track maintenance, and enhance the overall racing experience for fans and industry professionals alike.

As technology continues to evolve, we can expect to see even more innovative uses for video and drone technology in horse racing.

Picture of jockeys walking to their horses.
Horse jockeys

Riding gear innovations

There have been advancements in horse riding gear, including gear worn by jockeys and racehorses. For jockeys, advances in design and materials have led to lighter, more comfortable equipment that allows for greater flexibility and freedom of movement.

Improved helmets offer better protection while maintaining comfort and a lightweight design. Similarly, jockey riding boots have become more comfortable and durable, with breathable materials to regulate body temperature during races. Furthermore, custom-fit boots use advanced technology to fit individual jockeys perfectly.

There have been improvements in saddle design for racehorses, with new materials and designs that can improve comfort and performance. Stirrups have also seen advances in technology. Some stirrups are designed to reduce the risk of injury by releasing the foot in the event of a fall, while others are made with shock-absorbing materials to minimize the impact on the rider’s knees and ankles.

Additionally, new types of protective gear, such as leg wraps and boots, have been developed to provide better support and reduce the risk of injury. Overall, these advancements in riding gear are helping to improve the performance and safety of both jockeys and racehorses.

Fan Engagement and Betting Technology

As technology advances, horse racing has seen a shift in how fans engage with the sport. While traditional methods of fan engagement, such as on-track events and live TV broadcasts, are still important, new technological approaches are becoming increasingly popular.

Social media, live streaming, and virtual reality are just a few examples of how technology changes how fans interact with horse racing. Additionally, the rise of mobile betting has made it easier for fans to place bets on races from anywhere, anytime.

Mobile apps and other digital platforms provide a more accessible and convenient way for fans to watch races, place bets, and connect with other fans. Betting technology is also evolving, with predictive analytics and machine learning algorithms improving the accuracy of race predictions and making it easier than ever for fans to place successful bets.

Successful implementations of betting technology in horse racing, such as BetAmerica’s platform and TVG’s mobile betting app, have shown the potential impact of betting technology on the future of horse racing and fan engagement.

Picture of starting gates with post position
Start of a horse race

Challenges and Opportunities

While technology has many benefits in horse racing, it also poses challenges and limitations. For example, the use of technology in horse racing raises ethical concerns about animal welfare and questions about the role of human judgment and intuition.

For example, some trainers may use sensors or wearables to push horses to their physical limits, which can harm the animals. Additionally, some fans may use technology to gain an unfair advantage in betting or interfere with the races, such as using drones to disrupt the horses or illegally stream races.

Despite these challenges, technology has many opportunities to continue transforming the horse racing industry. For example, new developments in biometric measurement and analysis can help trainers better understand the physical limits of their horses, allowing them to optimize training and racing strategies.

Similarly, advancements in artificial intelligence and machine learning can help to improve race analysis and predict outcomes more accurately. As technology continues to evolve, it is crucial for industry stakeholders, including trainers, jockeys, regulators, and fans, to work together to embrace the opportunities of racing technology while also addressing the challenges and limitations.


The world of horse racing is rapidly evolving, thanks to technological advances. From data analytics and sensors to video and betting technology, the opportunities for innovation are endless. By embracing these advances, we can improve our equine athletes’ safety and performance while enhancing the racing experience for fans.