That is why more adults are beginning to consider another low-impact option: electric trike riding. An e-trike allows you to pedal, move outdoors, and enjoy cardiovascular activity while giving your body more support and control than traditional walking.
So, if you only have 20 minutes to exercise, how does riding an e-trike compare with going for a walk? Let’s look at joint impact, workout control, calorie burn, distance, and long-term consistency.
1. Walking Is Simple, But It Is Still a Weight-Bearing Activity
Walking is often described as low-impact, and compared with running, it certainly is. However, walking is still a weight-bearing activity. With every step, your knees, hips, ankles, and lower back absorb force from the ground.
For a healthy person with strong joints, this may not be a problem. But for someone who experiences joint stiffness, arthritis symptoms, mobility limitations, or post-exercise soreness, repeated impact can become a barrier.
An e-trike changes the way your body carries weight during exercise. Instead of placing your full body weight through your feet and joints with each step, much of your weight is supported by the seat and frame of the trike. Your legs still move, your muscles still work, and your cardiovascular system can still be challenged, but the movement is smoother and less jarring.
This makes e-trike riding especially appealing for people who want to stay active without placing as much repeated stress on their knees, hips, ankles, or lower back.
2. E-Trike Riding Gives You More Control Over Intensity
One of the biggest advantages of an electric trike is that the rider can control the level of effort.
When you go for a walk, your body does all the work. If you encounter a steep hill, strong wind, uneven terrain, or sudden fatigue, your options are limited. You can slow down, stop, turn around, or push through discomfort.
With an e-trike, pedal assist gives you more flexibility. If you want a stronger workout, you can use a lower assist level and pedal harder. If you start to feel tired, you can increase the assist level and allow the motor to reduce some of the effort. On many e-trikes, a throttle can also provide temporary help when you need a short break.
This does not mean the ride has to be effortless. It means the intensity is adjustable. You can make the ride easier or more challenging depending on your energy level, fitness goals, route, and comfort on that particular day.
3. How Many Calories Can You Burn in 20 Minutes?
Calorie burn depends on several factors, including body weight, speed, terrain, wind, assist level, and how much effort the rider contributes. Because of that, no single calorie number will be perfectly accurate for every person.
A common scientific way to estimate exercise energy cost is by using METs, or Metabolic Equivalent of Task. One MET represents the energy used at rest. The higher the MET value, the more energy an activity requires.
According to the 2011 Compendium of Physical Activities, walking at 2.8 to 3.2 miles per hour on a firm, level surface is estimated at 3.5 METs. Brisk walking at 3.5 miles per hour is estimated at 4.3 METs.
For a 154-pound adult, or about 70 kilograms, that means:
- Moderate walking at 3.5 METs: about 86 calories in 20 minutes
- Brisk walking at 4.3 METs: about 105 calories in 20 minutes
Research on electrically assisted cycling suggests that pedal-assist riding can also reach moderate-intensity levels. Studies on e-cycling have reported self-selected riding intensities around 4.9 to 8.3 METs, with measured energy expenditure often falling around 4.9 to 6.5 calories per minute depending on conditions.
For a 20-minute ride, that may equal roughly:
- Lower-to-moderate pedal-assist riding: about 98 to 130 calories in 20 minutes
- More active pedal-assist riding: potentially 120 calories or more in 20 minutes for a 154-pound adult
The key takeaway is not that an e-trike will always burn more calories than walking. The more accurate point is that moderate e-trike riding can be comparable to moderate walking, and in some conditions may exceed it, while usually creating less joint impact.
4. A 20-Minute E-Trike Ride Can Take You Farther
In 20 minutes, many walkers may cover around one to two miles depending on pace. On an e-trike, that same 20 minutes can often take you several miles farther.
This difference matters because exercise is not only about calories. It is also about enjoyment, consistency, and motivation.
Walking the same route every day can become repetitive. An e-trike can open up more options: bike paths, parks, waterfront routes, quiet neighborhoods, local trails, or scenic roads that may feel too far to reach on foot.
When the scenery changes, the workout can feel less like a chore. That added enjoyment may make it easier to stay consistent over time.
5. Hills, Wind, and Terrain Are Less Discouraging
A hill can quickly change the feel of a walk. So can strong wind, uneven pavement, or a route that turns out to be longer than expected.
These challenges can be especially frustrating for people who are trying to build a fitness habit but do not want to overdo it. If a walk becomes too difficult, the only solution may be to stop or turn back.
With an e-trike, pedal assist can help smooth out those challenges. You can increase assistance while climbing a hill, riding into the wind, or crossing more demanding terrain. Once the route becomes easier again, you can reduce the assistance and pedal more actively.
This flexibility gives riders confidence. Instead of avoiding certain routes, you can explore them at a level that feels manageable.
6. E-Trike Riding Can Support Cardiovascular Health
Some people assume that electric trikes do not provide real exercise because they include a motor. But the health value depends on how the rider uses the motor.
Pedal assist does not have to replace your effort. It can regulate your effort. You can still pedal steadily, raise your heart rate, work your leg muscles, and spend meaningful time in moderate physical activity.
For many people, especially beginners, older adults, or those returning to exercise after a break, this adjustable support may actually make cardiovascular activity more realistic. Instead of pushing too hard and giving up, riders can stay active at a level they can maintain.
7. The Best Workout Is the One You Will Repeat
Exercise does not have to be extreme to be valuable. In fact, the best form of exercise is often the one you enjoy enough to repeat consistently.
Walking is excellent for many people. It is simple, familiar, and effective. But if walking causes discomfort, feels boring, or becomes difficult because of terrain or fatigue, it may not be the best long-term option for everyone.
E-trike riding offers a different experience. It combines movement, outdoor time, fresh scenery, adjustable intensity, and lower-impact pedaling. For people who want to stay active while protecting their joints, that combination can be powerful.
A 20-minute ride can feel less intimidating than a long walk, yet still provide meaningful movement. It can also make exercise feel more like freedom than obligation.
Final Thoughts: Is an E-Trike Better Than Walking?
Walking and e-trike riding both have value. Walking is simple and accessible. E-trike riding is supportive, adjustable, and often easier on the joints.
If your main goal is maximum calorie burn, the answer depends on your speed, effort, terrain, and assist level. But if your goal is to stay active with less joint strain, more control, and a greater chance of consistency, an e-trike can be a smart alternative to traditional walking.
For many riders, the biggest benefit is not just physical. It is the ability to go farther, explore more places, and enjoy movement again.
If walking has started to feel repetitive or uncomfortable, a 20-minute e-trike ride may be worth trying. You may discover that three wheels, a comfortable seat, and adjustable pedal assist can make daily exercise feel easier, more enjoyable, and more sustainable.
Scientific Sources
- Ainsworth et al. 2011 Compendium of Physical Activities: A Second Update of Codes and MET Values. Walking at 2.8–3.2 mph is listed at 3.5 METs, and walking at 3.5 mph is listed at 4.3 METs.
View source - McVicar et al. Systematic review and meta-analysis evaluating the effects of electrically assisted cycling on physical activity and physiological outcomes.
View source - Langford et al. Comparing physical activity of pedal-assist electric bikes with walking and conventional bicycles. Journal of Transport & Health.
View source