Biomechanical Equestrian simulation

New Impulsion Mechanism

I conducted detailed analysis and made a wonderful discovery. The centroid and the body’s pitching movement became to be able to separated thanks to the new mechanism which generates impulsive force. It is the most important invention in this research period.

(1) Walking
The walking mechanism of horses turned out to be realized by ticking four beat with two independent pitching motion in the upper body and lower body. This mechanism is amazing.

(2) Stepping Pace
In the stepping pace, two beat is carved by one pitching motion of body. However, the rhythm of the four legs is uniform and stable.

(3) Pace (4) Trot
While comparing to the two basic gaits described above, Balance & Rhythm are lost, but propulsive and impulsive force compensates for it. Thanks to the new mechanism, there is a slight delay occurred in the pitching motion of the body, and the centroids is stabilized.

(5) Canter (6) Gallop
Although there is no change, since the new impulsion mechanism was added, the upper body became to rise more.


i really dont understand a thing other than some points

but the animation looks amazingly done !!!

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Ok. First of all, let’s grasp the minimal mechanism.

A French math teacher Françoise Jadot created a demo with Geogebra to learn it.

Move α1 sur [AB]{B}

This root mechanism exercises universally all of the terrestrial bodies.

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Task 3.1.2a : Biomechanical Equestrian simulation - Stepping Pace

I fixed the timing gap at the time of landing of the forefoot. The key to solving the problem was the delay in the beat of the front body. It is delayed 45 degrees from the back body.

Often, I heard exactly the same opinion about the behavior of equestrian gaits and the behavior of Wing Chun which is an ancient traditional Chinese martial art, “It seems to be artificial far from natural aesthetics. But it is physically reasonable.” I believe that these skills are collective intelligence developed by living organisms in order to be more closely related to the laws of nature and that mastering and maintaining these skills has certain effects on mental development. So, it has the effect of transitioning from chaos to order like returning spilled tea on the floor to the teacup again.

#Biomechanics #PhysicsAndCosmology #AstroBiology #DissipativeStructure #SimulatedReality #HolographicPrinciple #TechnologicalInnovation #Invention #Horses #b3d #Blender #3D

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Hi Varipon,
thank you for sharing this;

I had not seen this part of your work yet and appreciate it particularly since it is the first veterinarian biomechanic study that I see.

You may be interested by this topic:

If you have any advice, it is welcome.

Your model is very interesting, congratulations!

Hello, I just replied to your comment about the kung fu movement simulation.
Sorry for the late reply.
From last year to the beginning of this year, I redesigned the movement for horse’s gaits and jumping for the first time in a few years.

You can freely download the modeling data of those movements from the links below and use them in your creative activities and business.

Download Equestrianism movement modeling data

Currently, I’m redesigning the scarab movement. Then I will update the millipede movement.
Please look forward to it as it will be a more advanced design.
This is the project for this year.

Access to holistic movement modeling data

The movement of the dragonfly’s wings is sophisticated and might be helpful (using Blender 2.79).

Your comments are encouraging.


Hi Varipon, Always interesting as usual.
Keep the good Job.
Did u left dasault system?

Hello & Thanks,
Not Dassault, but my work related to Aviation Louis Breguet. Louis Charles Breguet has developed the world’s first helicopter, the Gyroplane. Louis Charles Breguet’s ancestor was Abraham-Louis Breguet, who made Marie Antoinette’s watches. (I think about anamnesis and reincarnation.)

By the way, I modeled the flight mechanism of dragonflies with Dassault CATIA at the request of a damsel student at the Institute of Aeronautics in India. I can share it with you. We can use this method of calculating the movement of the wings to develop avionics for insect-type drones.


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