The rack is easy to make, but there were no conveyor belts in ancient times, let alone electric ones.

So Xintang thought for a while and had to settle for the next best thing and asked the craftsmen to make four windlass around them.

Then there is a handle on the side, so that you can manually transfer the conveyor belt.

Xintang urged the workers to hurry up. After all, she wanted to get on the treadmill she designed as soon as possible.

First, he can show Jun Moli his ice-snow cleverness, even though he stole it from his master.

But Jun Moli doesn’t know that hehehehehehe

Secondly, Xintang wanted to start running as soon as possible so that he could get in shape as soon as possible.

He can also realize his wish to give birth to children for Jun Moli as soon as possible.

Thinking of this, Xintang looked even more anxiously at the busy workers.

If Yuemei hadn't been holding her aside, she would have rushed up to do it herself.

Finally, under the pressure of Xintang's actions, the craftsmen tried their best to complete the tasks assigned by the princess.

A device called a treadmill was born in this era.

Xintang looked at his masterpiece and was quite satisfied, so he was ready to try it himself.

But Yuemei forced her to hold her back, so how could she let the princess try this strange machine in person?

"You, go up and try others to stir the roller as hard as the princess just said."

Yuemei took hold of Xintang and pointed a servant up to test it.

Xintang looked at Yuemei with good intentions, and was afraid that she would make a mistake and leave it to her.

The servant walked slowly on the cloth belt, not showing any signs of running.

And the people around the handle shaft don't know how much force they should use to make the wheel rotate fast.

Xintang had no choice but to shout stop and explained it in detail again.

This is a treadmill, so you must run fast.

The surrounding wheels should first turn slowly, then adjust according to the speed of the people above, and slowly speed up.

It is best to achieve the same rotation frequency.
Chapter completed!