?

Black hole 3D Models

Find the best Black hole 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.

Anonymous1779938252
Anonymous1779896162
Anonymous1775085728
Anonymous1779572143
Anonymous1767278203
Anonymous1767278203
A photorealistic, highly detailed 3D render of a massive, terrifying black hole in deep space, explicitly modeled after the look of "Gargantua" from the film Interstellar. At the core is a perfectly pitch-black spherical singularity (Event Horizon) that consumes all light. It is surrounded by a brilliant, dramatically lensed accretion disk. This disk of blazing, superheated plasma in fiery shades of orange, yellow, and white, is gravitationally warped and bent into a prominent, dramatic ring that is visible both above and below the central sphere, creating a nested loop effect against a dense cosmic background. Include two bright, focused polar relativistic jets extending vertically along the axis. The lighting is volumetric and cinematic, highlighting the warped light and dust trails. Deep, star-filled space background. Clean, high contrast image with clear forms, devoid of abstract elements or spikes. 8k resolution.
Anonymous1779212106
Scientifically accurate, hyper-detailed 3D render of a supermassive black hole in deep space. In the center, a perfectly spherical, pitch-black Event Horizon that absorbs all light. Surrounding it is a blazing, ultra-detailed Accretion Disk made of superheated, swirling plasma in brilliant shades of glowing orange, electric blue, and white. Due to intense Gravitational Lensing, the light from the back of the accretion disk is warped and bent by extreme gravity, forming a dramatic, glowing halo that appears to wrap vertically around the top and bottom of the black hole, creating a complex, interlocking ring structure. Emerging from the poles along the Z-axis are powerful, blindingly bright Relativistic Jets of cosmic radiation shooting out into the cosmos. The background is a dense field of distant galaxies, nebulae, and sharp, glittering stars. Photorealistic, volumetric lighting, cosmic dust details, 8k resolution, cinematic composition.
Anonymous1779212106
Anonymous1779098935
Photorealistic black hole inspired by Interstellar's Gargantua. Center: a perfectly smooth pitch-black spherical event horizon, zero reflection, absolute void. Surrounding it: a thin flat ring-shaped accretion disk of superheated plasma, glowing white-hot and pale yellow at the inner edge, transitioning to bright orange and deep amber at the outer edge. The disk has turbulent swirling gas filaments, fine wispy streaks, and intense volumetric inner glow. A bright thin photon ring hugs the event horizon. One side of the disk slightly brighter than the other. Background: deep black space with faint distant stars and subtle nebula dust. Cinematic film lighting, dramatic high contrast, ultra-detailed, sharp focus, volumetric light, 8k, hyper-realistic, masterpiece quality.
Anonymous1755768942
Anonymous1776027620
Anonymous1776027620
Anonymous1776027620
Anonymous1776027620
Interstellar movie Gargantua black hole, realistic cinematic VFX reference. Supermassive black hole with a thin glowing accretion disk warped by gravity — far side visible above and below the dark silhouette. Thin bright photon ring at edge of black shadow. Strong relativistic doppler asymmetry — one bright luminous crescent, opposite side darker. Flat disk in 3D, not a donut torus. Colors: white, cream, warm amber emission. Deep black center, no glow inside shadow. Outer space backdrop, subtle stars only. Premium film-quality CGI, physically plausible, hero prop, symmetrical composition, centered, clean silhouette.
Anonymous1776635781
Black hole + accretion disk, Interstellar Gargantua style (search reference: Interstellar black hole / Gargantua). Realistic sci‑fi, not fantasy.

Flat thin accretion disk, warped by gravity: far side visible above and below the dark center. Strong Doppler beaming — one bright crescent, opposite side dim. Very thin bright photon ring at shadow edge. Deep black shadow in the middle, no texture inside. Hot white / amber glow, no neon, no magic portal, no rainbow chroma.

Single clean hero asset, game-ready, centered. Simple readable silhouette from distance.
Anonymous1776635781
Create a scientifically plausible cinematic black hole asset (single hero object) inspired by NASA visualizations, EHT images (M87* / Sgr A*), and Interstellar’s Gargantua.

STYLE / GOAL
- Realistic astrophysical look, not fantasy portal, not magic vortex.
- Must read clearly in a game scene from medium and far distance.
- Strong silhouette and physically believable light structure.
- Dark space background compatibility (works in a starfield skybox).

CORE STRUCTURE (MANDATORY)
1) Central black hole shadow:
   - Perfectly dark central region (the “shadow”), visually dominant.
   - No visible inner texture inside the shadow.
2) Event horizon:
   - Physical concept only; do not render as a glowing inner sphere.
3) Thin photon / critical ring:
   - Very thin, bright, tight rim around shadow.
   - Slight asymmetry allowed, but not a thick neon donut.
4) Accretion disk:
   - Flat physical disk around black hole.
   - Inner region hotter/brighter, outer region dimmer.
   - Clear Doppler asym
Anonymous1776635781
Create a scientifically plausible cinematic black hole asset (single hero object) inspired by NASA visualizations, EHT images (M87* / Sgr A*), and Interstellar’s Gargantua.

STYLE / GOAL
- Realistic astrophysical look, not fantasy portal, not magic vortex.
- Must read clearly in a game scene from medium and far distance.
- Strong silhouette and physically believable light structure.
- Dark space background compatibility (works in a starfield skybox).

CORE STRUCTURE (MANDATORY)
1) Central black hole shadow:
   - Perfectly dark central region (the “shadow”), visually dominant.
   - No visible inner texture inside the shadow.
2) Event horizon:
   - Physical concept only; do not render as a glowing inner sphere.
3) Thin photon / critical ring:
   - Very thin, bright, tight rim around shadow.
   - Slight asymmetry allowed, but not a thick neon donut.
4) Accretion disk:
   - Flat physical disk around black hole.
   - Inner region hotter/brighter, outer region dimmer.
   - Clear Doppler asym
Anonymous1776635781
Enter invite code to get credits!