Gyroscope 3D Models

Find the best Gyroscope 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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A floating futuristic gyroscope with interlocking rings rotating around a bright center. Symbol of stability and dynamic movement. Stylized, low poly, futuristic, glowing, neon cyan and white, translucent, holographic, digital artifact, sci-fi, glass material.

Anonymous1763794203

Anonymous1747702111

Create a multi-layer gyroscope sphere with four main parts.

1. Outer Shell

A sphere with diameter 14 cm.

The shell is made of many irregular translucent colored plates, not a smooth uniform surface.

Each plate is slightly curved.

All plates connect and form a near-perfect sphere.

Material: translucent, multiple colors.

2. Middle Rings (Gyroscope Rings)

Two concentric rings inside the shell.

Each ring keeps its circular shape but is built from many translucent colored fragments, similar to the outer shell.

Ring width can be slightly wider than the reference but not too thick.

These rings must look like a gyroscope structure: one ring rotates inside another.

3. Inner Sphere (Light Source Sphere)

Diameter 9.7 cm.

Smooth surface, not segmented.

Add four hemispherical light emitters on the surface:

One on the top

One on the bottom

One on the left

One on the right

Each emitter is shaped like a small hemisphere blended into the sphere.

Emit soft colored light.

4. Overall Structure & Behavior

T

Anonymous1763444842

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Anonymous1762970731

---1) Basic specifications (feasible)Transverse manned model (executive example of presentation/working model):Radius of rotation axis (from rotation axis to seat center): r = 2.0 metersRequired to generate 1 g at this radius: Calculation of ω and RPM:1. Central acceleration law where .2. .3. Conversion to cycles/minute: .Practically, for comfort and to reduce dizziness, I recommend an operating range of 0.3g — 1.0g (meaning RPM from ~11 to ~21).Larger full model (suitable for small human testing or study):Radius r = 4.0 m → RPM ≈ 15.0 RPM to produce 1 g (calculations: ω = 1.566 rad/s → RPM ≈ 14.95).Miniature model for exhibition/3D printing (scale 1:4):Use r = 0.5 m → RPM ≈ 34–35 RPM to produce 1 g (useful for display but not for humans).---2) General shape and structure (engineering detail)External structure: Ring frame mounted on two arches on two vertical axes (like a turntable on large bearings). Cross-sectional design: Cross-sectional ring like a rectangular pipe section to provide rotational rigidity.

Anonymous1762802366

Just copy in the picture that I've send u

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Anonymous1762049349

陀螺儀, Top-down game view, simple textures, clear silhouette, game-ready 3D asset, orthographic perspective optimized, no background, no shadows.

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