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Travel = fitness? Can mobility tools be designed like this?

pxid 2019-12-24 269 times

As the weather gets colder, people will unknowingly eat more in order to keep warm and cold (actually a mouthful), followed by growing fat. Although everyone knows that fitness can lose weight, not everyone can find time to exercise!

Didi big data shows that the longest one-way commute time in major cities in China is Beijing, with an average of 52.9 minutes per day, which takes almost 2 hours to go back and forth; even the shortest commute time in Mianyang takes 40 minutes on average. If you can take advantage of this part of time travel, the health problems of Chinese people will definitely improve.

Today, I will introduce to you four travel tools that allow people to exercise when traveling.

1.Me-mover Fitness

Type: pure human scooter

Movement: Simulated mountain climbing

Travel = fitness? Can mobility tools be designed like this?

Me-mover exercises 6 main muscle groups by simulating the dynamics of mountain climbing, more muscle groups than running and cycling exercises.

Travel = fitness? Can mobility tools be designed like this?

People who exercise often worry about joint injuries, and experiments have shown that Me-mover does the least damage to joints.

Travel = fitness? Can mobility tools be designed like this?

In addition, the use of Me-mover is not restricted by the weather: purchasers can choose the official rear wheel base, which allows them to exercise at home even in bad weather, which is equivalent to a fitness elliptical machine. In addition, it also helps the rehabilitation of waist, knee, ankle, heel and other parts.

Travel = fitness? Can mobility tools be designed like this?

2. Lopifit scooter

Type: Electric scooter

Travel = fitness? Can mobility tools be designed like this?

Lopifit is a five-speed electric treadmill bike that allows users to walk while riding. Lopifit amplifies the speed at which a rider can reach a speed of 20 miles per hour at an average walking speed of 3 miles per hour. This combination not only allows you to take a walk, but also allows you to pass more distances at the same time, while enjoying the scenery on the road in a shorter period of time.

Travel = fitness? Can mobility tools be designed like this?

Lopifit arranged LG battery of 960 Wh Bafang and 350w of the engine, with 50 miles per charge (depending on the specific weight of the mileage weather, terrain and rider). By five gears, it may be switched to the rider feels comfortable speed. Lopifit from the Netherlands, the use of high-quality parts manufacturing. It is equipped with a conventional handbrake joystick and disc brakes on the wheel assembly to ensure safe, comfortable and smooth braking.

Travel = fitness? Can mobility tools be designed like this?

3. Push bicycle Cardigo

Type: Pure Human bicycle

Exercise: Push

Travel = fitness? Can mobility tools be designed like this?

Cardigo is a 3-speed bicycle, the bicycle can be used as an ordinary upper or sports equipment. Adjustment knob, the front portion of the rider to the bicycle extend 10 inches (25 cm) forward, and then back again. The push-pull operation of the bicycle may be powered bicycle pedal. Common cycling exercise to the lower limbs only, while a small Cardigo by means provides a total body workout.

Travel = fitness? Can mobility tools be designed like this?

However, pushing and pulling during riding will definitely make the bicycle straight a bit difficult. Therefore, this car is more suitable for riding on wider roads.

Travel = fitness? Can mobility tools be designed like this?

4.Manual Bicycle Varibike-pedal

Type: Pure Human bicycle

Movement: shaking and stamping

Travel = fitness? Can mobility tools be designed like this?

Varibike-pedal is also a bicycle that provides full body exercise by shaking hands and stepping on the foot.

Cyclists can choose from four ways to achieve different exercise goals:

(1) Staggered hands

Travel = fitness? Can mobility tools be designed like this?

(2) Simultaneous shaking with both hands

Travel = fitness? Can mobility tools be designed like this?

(3) Shake with one hand

Travel = fitness? Can mobility tools be designed like this?

(4) Ordinary cycling

Travel = fitness? Can mobility tools be designed like this?

By advancing through the parallel movements of the hands and feet, the cyclist must not only use the muscles of the arms and legs, but also exercise the muscles of the chest, shoulders, back, and torso to achieve the effect of whole-body exercise.

Travel = fitness? Can mobility tools be designed like this?

In addition, research from the University of New Mexico shows that athletes “stepping on” Varibike bicycles with their hands and feet at the same time can increase the power output by more than 30% compared to traditional bicycles with two feet.

Do you like such a travel tool?

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