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When 3D artist created multifunctional gymnasium 3D models he usually has some special standarts. Functional scheme: issues related to the gym’s location choice. Functional scheme for drafting a large gym. The size and shape of the hall. Natural lighting gyms. Construction of floors in sports halls. The layout of the stands for the audience. Capacity gyms. The size of the playing field.
Types of sporting events:
Weightlifting;
Various ball games, speed skating.
Athletics;
Gymnastics;
High school riding, cycling, and sometimes swimming.
The size and shape of the gymnasium. The size of the hall depends on the size of the playing field. The playing field size 65 Ñ… 130 is necessary for the day of the following games: roller hockey, ice hockey, handball, tennis, basketball, volleyball, badminton, bicycle and polo on a bicycle.
Such field is also suitable for figure skating, table tennis, boxing, wrestling, fencing, judo, weightlifting, as well as some athletics disciplines (shot put, jumps in length, height and height with a pole) and gymnastic exercises.
For ice hockey and athletics classes and competitions in running the required gymnasium size of 100 Ñ… 196.
The overlap of the hall most often has an arched outline with the arc rising in the zone of a maximum height of the ball.
There should be no intermediate internal columns in the hall. On the middle transverse axis A – A, an unobstructed view of the entire playing field should be provided.
On Flatpyramid you will find different 3D models of gymnasiums, some of them created with the sport’s rules some of them are just generic. You will find gymnasium 3D models in such fileformats: .3ds .max .dwg .fbx .c4d .obj