A typical horseback ride burns somewhere between 150 and 450 calories per hour, with the enormous range hinging mostly on how fast the horse is moving. A 45-minute ride mixing walk, trot, and canter produced roughly 195 calories in one study that strapped portable gas analyzers to riders, which works out to around 260 calories per hour for that mixed-gait session. That puts an average riding lesson in the same general zone as moderate cycling or brisk walking uphill, though a hard canter or a fast-paced reining pattern pushes the intensity closer to jogging.
Gait Is the Single Biggest Factor
The horse’s speed dictates how hard your body works far more than anything else you can control. Researchers measuring oxygen consumption during dressage found that riders averaged about 0.70 liters of oxygen per minute at a walk, jumped to 1.47 liters per minute at a trot, and hit 1.90 liters per minute at a canter. That is close to tripling the metabolic demand just by changing gait.
1PubMed. Energy expenditure of horse ridingA separate study quantified this in terms of metabolic equivalents and found an even sharper contrast. Walking on horseback registered at about 2 METs, which is only slightly above resting. A regular trot brought riders to about 3.2 METs. A long trot hit about 6.2 METs, and a canter reached about 6.0 METs. For perspective, a MET value around 2 is equivalent to standing and doing light activity, while 6 METs falls in the range of vigorous exercise.
2Journal of Equine Veterinary Science. Rider Energy Expenditure During High Intensity Horse ActivityWhat this means in practice: if your riding lesson is mostly walking with a few minutes of trot thrown in, you are getting light exercise. If you are doing extended trot and canter work, you are getting a legitimate cardio workout. The calorie difference between a trail ride at a walk and an active schooling session is dramatic, easily two to three times more calories burned per minute during faster gaits.
What a Full Ride Actually Burns
One of the more useful data points comes from a study that had twenty riders complete a 45-minute ride mixing walk, trot, and canter while wearing a portable metabolic analyzer. The average total energy expenditure came out to about 195 calories for the full session.
3OAKTrust. Rider Energy Expenditure during High Intensity Horse ActivityThat number lands in a zone that may surprise riders who have felt exhausted after a lesson. Keep in mind that those 195 calories are the average across the entire ride, including the lower-intensity walk phases. The per-minute burn during canter segments was substantially higher than during walk portions. And the riders in that study were young adults of roughly average weight, about 67 kilograms. A heavier rider burns more calories at the same intensity, and a longer or faster ride obviously accumulates more.
If you are trying to estimate your own burn for a given ride, the gait breakdown matters more than the total time. Thirty minutes of steady canter work will outpace an hour of walking on a loose rein. Most recreational and lesson rides fall somewhere in between, with the majority of time at walk and trot and shorter bursts at canter.
How Riding Stacks Up Against Other Activities
The research team that measured MET values across riding disciplines noted that the peak intensities they recorded were comparable to jogging, soccer, and rugby.
2Journal of Equine Veterinary Science. Rider Energy Expenditure During High Intensity Horse ActivityThat comparison applies to the high-intensity portions of a ride, not the whole session. The overall average for a mixed-gait ride, at about 3.8 METs, sits closer to moderate-intensity exercise. That is roughly in the neighborhood of doubles tennis, recreational volleyball, or a brisk walk at about four miles per hour. The walk-only portions of riding, at about 2 METs, are barely above resting and closer to slow walking or light housework.
The confusing part for riders is that even the low-intensity phases feel like effort. You are balancing, adjusting your posture, and gripping with your legs, which creates local muscle fatigue even when the overall metabolic cost is modest. That distinction between “feels hard” and “burns a lot of calories” is real, and it catches a lot of people off guard. Riding at a walk is genuinely physically engaging for your core and legs, but it is not a significant calorie burner.
Why Riding Feels Harder Than the Calorie Count Suggests
Electromyography studies, where sensors measure the electrical activity in muscles, help explain the mismatch between how tired you feel after a ride and the relatively moderate calorie numbers. During trot work, researchers found that riders activate a wide array of muscles in a rhythmic, repeating pattern. The rectus abdominis fires during each stride to stabilize the trunk and allow the pelvis to follow the horse’s motion. The upper and middle trapezius muscles activate to stabilize the neck and shoulders during the impact phase of each stride.
4Equine and Comparative Exercise Physiology. Electromyographic analysis of the rider’s muscles at trotThe forearm flexors, biceps, triceps, and deltoids all showed consistent two-peak patterns that repeated with every stride cycle. This is not the kind of dynamic, large-range-of-motion movement that drives high calorie expenditure, like running or swimming. Much of the rider’s muscular work is isometric or small-amplitude: holding position, absorbing motion, making constant micro-adjustments. That type of work fatigues muscles efficiently without producing the same cardiovascular demand as activities involving large, rhythmic limb movements. You can finish a ride with sore abs and shaking thighs while having burned fewer calories than a jog that left you less sore.
A study comparing muscle activation patterns between advanced and novice riders found that the differences were substantial. Advanced riders showed significantly higher peak muscle activity in certain leg and trunk muscles at trot, and their muscle-firing timing relative to the horse’s stride cycle was consistently different from novices. The advanced riders activated muscles like the vastus lateralis and biceps femoris earlier in the stride, suggesting more precise coordination with the horse’s movement.
5PubMed Central. Muscle modes of the equestrian rider at walk, rising trot and canterThis creates a counterintuitive dynamic when it comes to calorie burn and skill level.
Does Your Skill Level Affect How Many Calories You Burn?
You might assume that experienced riders burn more calories because they work harder. But the relationship is not that simple. One study found that exercise intensity estimated from heart rate was significantly higher in elite riders compared to amateurs, yet the overall pattern of calorie consumption during riding was similar between the two groups.
6PubMed Central. Equestrian expertise affecting physical fitness, body compositions, lactate, heart rate and calorie consumption of elite horse riding playersHow can the heart rate be higher in elites but the total calories roughly the same? Part of the answer is that elite riders work at higher intensities because they can. They ride faster gaits for longer, execute more demanding movements, and push through more challenging exercises. But they also tend to be more efficient at each gait, using less wasted energy on balance corrections and unnecessary muscle tension. A beginner bouncing around at a trot might have a high heart rate partly from anxiety and inefficiency rather than from productive work. An advanced rider’s elevated heart rate reflects sustained, coordinated effort at higher speeds.
For the practical question of “will I burn more as I improve?” the honest answer is: probably about the same per session, but for different reasons. What changes is the quality of the workout. Beginners get their burn from inefficiency and stress responses. Advanced riders get it from doing objectively harder riding. If you are a beginner hoping riding will help with weight management, the encouraging news is that you do not need expert-level skill to get a real workout, especially if your lessons include trot and canter work.
High-Intensity Disciplines Push the Numbers Higher
Not all riding is arena lessons and trail rides. Disciplines like reining and cutting, where the horse makes rapid direction changes, sliding stops, and explosive accelerations, demand considerably more from the rider. Research comparing these disciplines to a standard walk-trot-canter ride found that both reining and cutting produced significantly higher mean energy expenditure per minute and higher MET values than the mixed-gait ride.
3OAKTrust. Rider Energy Expenditure during High Intensity Horse ActivityCutting, where the rider works with the horse to mirror and block a cow’s movements, registered at about 4.5 METs on average, with the heart rate averaging about 147 beats per minute. The long trot portion of rides pushed past 6 METs with heart rates above 150. These intensities are unambiguously in the vigorous exercise category.
2Journal of Equine Veterinary Science. Rider Energy Expenditure During High Intensity Horse ActivityEventing, polo, and competitive show jumping likely produce similarly elevated intensities, though they have been less studied with portable metabolic equipment. The common thread is unpredictability and speed: any discipline where the horse changes direction, pace, or elevation frequently demands more reactive effort from the rider. That reactive effort, the constant bracing, adjusting, and rebalancing, adds up.
Riding as Structured Exercise
Some researchers have explored whether horseback riding protocols can be designed specifically to maximize fitness benefits. One study tested three different mounted exercise circuits on riders: an abdominal-focused circuit, a leg-focused circuit, and a high-intensity interval training ride. The leg circuit and the HIIT ride both produced MET values above 4.3, and all three circuits kept riders’ heart rates within the recommended target zone of 100 to 170 beats per minute.
7OAKTrust (Texas A&M University). Impact of Equine Exercise Protocols on Muscle Excitation and Energy Expenditure in the RiderThis matters because it suggests riding can function as a genuine cardiovascular training tool when the ride is structured intentionally, not just as a pleasant outing that happens to burn some energy. If you or your instructor builds sessions around repeated gait transitions, extended trot intervals, and focused exercises, you can reliably push into the moderate-to-vigorous intensity zone that exercise guidelines recommend for cardiovascular health.
The minimum threshold most health authorities recommend is 150 minutes per week of moderate-intensity activity. A mixed-gait riding session falls into that moderate range. Two or three riding sessions per week, assuming they include real trot and canter work and not just walking around the arena, can meaningfully contribute to meeting that guideline.
Body Weight and Ride Duration
Your body weight has a straightforward effect on calorie burn during riding, just as it does for any physical activity. A heavier person moves more mass against gravity with every adjustment and absorbs more force during each stride. The 195-calorie figure for a 45-minute mixed ride came from riders averaging about 67 kilograms. Someone weighing 90 kilograms doing the same ride would burn noticeably more, and someone weighing 55 kilograms would burn less.
Duration matters too, obviously, but with a wrinkle. Longer rides tend to be lower intensity. A two-hour trail ride at a walk might sound like a long workout, but two hours at roughly 2 METs is still a modest calorie burn, perhaps 250 to 350 calories total for an average-weight adult. A focused 45-minute lesson with significant trot and canter work can match or exceed that number in half the time. If calorie expenditure matters to you, the quality of the ride trumps the length.
What Calorie Trackers Typically Get Wrong
Most wrist-based fitness trackers struggle with horseback riding. The problem is twofold. First, your wrist is not moving in the rhythmic, pendulum-like pattern that these devices are calibrated to interpret. Riding involves mostly isometric arm work and small adjustments, so the accelerometer reads your session as relatively sedentary. Second, heart-rate-based calorie estimation can be thrown off by the adrenaline, postural demands, and gripping effort of riding, which can elevate heart rate beyond what the metabolic cost alone would predict.
The result is that some trackers undercount riding because they rely on wrist motion, while others overcount because they lean on heart rate without understanding the context. If you want a reasonable estimate, the MET-based calculation is more reliable than most consumer devices. Take the MET value for your primary gait, multiply by your body weight in kilograms, and multiply by 0.0175 to get calories per minute. For a rough-and-ready version: figure about 4 calories per minute for a mixed-pace session if you weigh around 70 kilograms, and adjust up or down proportionally.
Therapeutic Riding and Calorie Considerations
Horseback riding is also used therapeutically, particularly for children and adults with neurological or physical disabilities. In that context, the calorie question takes on a different flavor. A pilot study of children with cerebral palsy found that after a course of hippotherapy, the children showed a significant decrease in energy expenditure during walking, meaning they became more efficient movers on the ground. Their gross motor function scores also improved significantly.
8PubMed. Effect of an equine-movement therapy program on gait, energy expenditure, and motor function in children with spastic cerebral palsy: a pilot studyThat finding is interesting because it flips the usual framing. For most recreational riders, the goal is to burn more calories. For therapeutic riders, the benefit may lie in the opposite direction: the horse’s rhythmic movement trains the body to move more efficiently, reducing the metabolic cost of everyday activities. The ride itself still requires muscular engagement and postural control, but the long-term payoff is about movement quality rather than calorie expenditure.
What Changes in the Rider’s Body Over Time
Research on elite riders found that riding was associated with increased skeletal muscle mass and decreased body fat, even during relatively short riding sessions.
6PubMed Central. Equestrian expertise affecting physical fitness, body compositions, lactate, heart rate and calorie consumption of elite horse riding playersRiders who train consistently tend to develop noticeable strength in specific areas: the inner thighs from gripping, the core from stabilization, the lower back from maintaining posture against the horse’s movement. This is not the kind of hypertrophy you would get from weightlifting, but it is functional strength that accumulates over months and years. The calorie burn from any single ride is modest compared to running or swimming, but the cumulative effect on body composition comes from both the riding itself and the considerable physical labor that surrounds it. Anyone who rides regularly also grooms, tacks up, carries feed and hay, mucks stalls, and leads horses around. Those barn chores can easily add another 200 to 400 calories to a riding day, and they involve more traditional physical labor than the ride itself.
Lactate response, a marker of how hard the muscles are working anaerobically, was also more sensitive in elite riders than amateurs, suggesting that experienced riders push their muscles harder during the same riding activities. Their recovery from that lactate spike was also faster, which is a typical adaptation to regular exercise in any sport. The takeaway for someone riding a few times per week: your body will adapt. You will not feel as destroyed after your tenth lesson as you did after your first, but the physiological training effect is still occurring beneath the surface.