Bakery

For production-ready use, we recommend downloading the original file.The viewer version is intended exclusively for browser preview. In the source file, the following are fully preserved:✔ full scene structure✔ complete materials without reduction✔ accurate texture maps✔ correct object namesIf you are going to integrate the model into a project, download the Original format.Scanned in Berlin with a Sony a6000. Mesh and Textures have been cleaned up and optimized for small file size. Comes with a Diffuse and Normal texture. I used Vertex Color to paint roughness.

Tall White Power Box

Model of the RGD-5 grenade.
The model was created in Blender. Textures were painted in Substance Painter.

Model specifications:
• Polygon count: 5416
• Vertex count: 2708
• Triangle count: 5416

The model is made in a low-poly style.
Primary model formats: FBX, Blend
Texture resolution: 2048x2048 pixels.
Textures were painted on the low-poly model.

Texture map set:
BaseColor; Metallic; Normal; Roughness

The model contains one texture set and one UV map.
Texture format: png

UV unwrapping is done neatly, with no stretching.
Before applying textures, all necessary maps were successfully baked in Substance Painter.

The model details are combined into a single object, but the model can be easily split into individual parts if needed.

РГД-5

The f_plus branch of rank 069 from the PAPP Bonnet Atlas. 
This surface was generated from the perturbative Theorem 9 pipeline using the seed paper_4fold_bwd_14, symmetry-aware forcing sym_h12_p013, 4-fold symmetry, and epsilon = 5e-04. It comes from an isothermic torus configuration with tau_imag = 0.28230578925 and delta = 1.8270324346. The mesh contains 6,400 vertices and 12,800 triangular faces. Its original warm amber/olive vertex coloration is preserved from the OBJ export. This model represents one branch of a Bonnet pair: a geometrically related but non-congruent companion surface exists as f_minus.

Built from work: Isothermic tori with one family of planar curvature lines and area constrained hyperbolic elastica
Alexander I. Bobenko, Tim Hoffmann, Andrew O. Sageman-Furnas

Generated by PAPP Framework.

Bonnet Atlas Rank 069: 4-Fold f_plus Surface

Presenting my concept model of the Samsung Galaxy XR glasses used on my YT channel.

Free 3D model created for visualization and rendering purposes. Not fully production-ready, but designed to look clean and realistic.

More XR concepts, renders, and tech design content on YouTube: @verteXnoise

Samsung Galaxy XR

revolver model

* under 4000 vertex

* shoot and recharge animation

Revolver (gold)

* free download model
* Textures : 5
* Max texture resolution : 2048
* Materials : 1
* Vertex colors : No
* Square textures : Yes

Compact Disc

Experiment G is a “fiber-aware” Hopf visualization: instead of projecting 4D vertices point-to-point, it reconstructs the full Hopf fiber circle for each sampled point on S², then measures how many 4D vertices lie near that circle and how evenly they populate it. 

Using 7 PAPP-generated polychora (total 42,852 S³ vertices), the model probes 288 fibers (radius 0.15) and builds a disc heightfield where dense + uniform fibers become peaks, sparse fibers become valleys, and clumped occupation produces ridges (uniformity mean 0.315, count range 12–472). 

The surface is then extruded into a watertight manifold (χ=2). Mesh: 57,170 verts / 114,336 faces, per-vertex color + normals. 

Color key: gold/amber = populated fibers, blue/violet = sparse, red tint = clumped.

Generated by PAPP Framework.

LI Exp G - Hopf Fiber Density | PAPP 6-Stage

Modular wall used to easily create buildings. Material comes with three textures set up for vertex painting details as you wish. Just append this wall part to your scene and choose witch detail you wish to paint in.

Wall Corner 1x1x3

**I plan to add UdonSharp scripts to this model that allow for a dynamic date/time reading and customizable temperature readings. 
However... that means I actually have to learn some C# :P! So I'm labeling this model as a WIP since it doesn't have the scripts yet, but the actual model itself is completed!**

I'm always looking to improve, so I appreciate any feedback! I can't wait to improve my skills and create more models with the VRChat community! :)

**The LCD segments and icons are individual planes that use a texture atlas**. In Poiyomi, ensure the *HomeWeatherStation_LCD_OVERLAY* material is set to an *Additive* or *Soft Additive* blending mode. Also, plug the texture atlas into both the *COLOR* and *EMISSION* slots! Finally, make sure *USE VERTEX NORMALS* is checked!

**Smudge and Scratch Details:** https://texturelabs.org/textures/glass_150/

Home Weather Station - VRCHAT PROP (SCRIPTS WIP)

Children Plastic Cup

Color is easily adjustable with eevee compatible vertex color edge wear.

Retro Tv

Geometry:
- Units: Centimeters
- Polygons: 120972
- Vertex: 122113
- Triangles: 0
- Quads: 120972
- Ngons: 0
- Vertex with more than 5 edges: 21

Object:
- Dimension cm: 9cm x 9.3cm x 4.9cm
- Dimension inches: 3.55' x 3.67' x 1.92'
- Model parts: 6
- Material count: 1
- XForm: Yes
- BoxTrick: Yes

Strawberry comp

Geometry node system with PBR grass blade models 20 vertices each and customizable wind SETUP download the file and copy modifiers to your ground object Select your ground object then with SHIFT select our grass plane press ctrl L and hit copy modifiers EDITING everything you would like to change grass height seed density... is in the modifiers tab Vertex paint is also working as you would expect it to

Grass

flag 2nd test 
blender / substance painter
665 Vertex

Algeria Waving Flag (Test 2)

*Give me feedback in the comments, I really need to understand if I am working in the right direction and what is missing in my models (number of triangles, texture sizes, types of texture maps, etc.)* 

PBR Metalness 

Albedo(Base Color), Ambient occlusion(AO), Displacement, Metallic, Normal(DirectX and OpenGL — choose **ONLY** one of them), Roughness 

UV maps, Vertex colors 

Modeling — Blender 
Texturing — Substance Painter 
4K textures

Notebook with a metal spiral

Scanned in Berlin with a Sony a6000. Mesh and Textures have been cleaned up and optimized for small file size. Comes with a Diffuse and Normal texture. I used Vertex Color to paint roughness.

Big Trashbins

Game ready, low-poly, semi-realistic, detailed 3D model with clean topology and baked PBR textures. Ready for Unity, Unreal Engine, and other real-time applications. Perfect for populating stylized cityscapes and game environments.

Polycount: 25891;

VertexCount: 15598;

Materials: PBR Metalic/Roughness;

Textures: 4k

house01-01

For production-ready use, we recommend downloading the Original format.The Converted version is intended only for use in the web viewer. In the source file, the following are fully preserved:✔ full scene structure✔ complete materials without reduction✔ correct PBR texture maps✔ correct object namesIf you intend to use the asset in a production environment, choose the original version.Modular wall used to easily create buildings. Material comes with three textures set up for vertex painting details as you wish. Just append this wall part to your scene and choose witch detail you wish to paint in.

Wall Window Inset Top 2x3

4 low poly trees

sculpted in zbrush for a organic look

4k maps for trees

2k maps for branches

leafplanes have vertex color green for bending

Gnarly trees

Game ready, detailed, lowpoly, stylized environment house 3d model semi-realistic 3d for urban scenes.

Polycount: 30292

VertexCount: 20203

Materials: PBR Metalic/Roughness

Textures: 4k

House04-04

Huggy wuggy wirh no vertex color. Hell sqeeze yiu until tou POP!

huggy_067

A pure line-geometry lattice inspired by Khatam-style star tessellation, realized as a 3D “hyper-weave” inside a centered cubic volume. The model is not a surface mesh: it’s an edge network (OBJ l primitives) built from 10,206 vertices and 17,496 unique segments, forming a consistent strut system with uniform edge length √0.59 ≈ 0.7681146.
Node connectivity is tightly controlled (degree 3–4, with 5,832 nodes at degree 3 and 4,374 at degree 4), producing a stable, legible lattice rhythm rather than random graph noise. The structure spans [-10.8, +10.8] on X/Y/Z (cube extent 21.6) and is centered on the origin.
Per-vertex color encodes radial distance: the green channel is fixed (G = 0.8) while R + B = 1 everywhere, creating a clean red↔blue gradient that reads depth and density instantly in motion.

Khatam HyperLattice —10k Nodes |PAPP

Pipeline: SAM3 text-prompt masking → COLMAP sparse (sequential matcher,
  252 frames) → MeshSplat training (A100, 30k iter, surface regularizers
  + indoor flag, ratio 0.95).

  Raw output: 213,785 v / 414,334 f, ~198,000 disconnected components — "forest of needles".
  
  Regularization: bbox crop, statistical outlier removal, voxel downsample
  (5mm), Poisson reconstruction (depth=10, 10% density trim), largest
  connected component (98.3%), quadric decimation to 20k faces, Taubin
  smoothing (30 iter), vertex color transfer.

  Final: 11,009 v / 20,000 f / 0.82 MB. 95% vertex reduction.

  Code: github.com/meshsplatting/mesh-splatting (CVPR 2026).

Mesh_meshsplat_ultra_a100_v2

modeling with a photo, this model wound be work in the close shot and medium shot with extremely less vertexs. I hope you would like it.Subcribe me for more models！

China Grocery Store

Ficus Lyrata made by me using vertex group

Ficus Lyrata

BTC Polychoron is a data-sculpture generated from Bitcoin market history by embedding the time series into R⁴, computing the 4D convex hull boundary (a polychoron “envelope”), then mapping it into 3D via stereographic projection. 

The result is a single continuous object whose surface encodes extremes/regime structure rather than average behavior: the hull captures the outer geometry of the dataset and turns it into a readable form.

Topology 4D edge (ConvexHull in R⁴):

V = 28,432 (vertex hull 4D)

E = 201,583

F = 346,302 (triangular faces)

C = 173,151 (tetrahedric cells 4D)

χ₄ = V − E + F − C = 0

This model contains 500,000 vertices and 346,302 faces. Vertex color encodes the original data channels: R ≈ 4th-dimension depth (w), G ≈ normalized price, B ≈ time gradient, producing a chromatic field that reveals trajectory and regime shifts while rotating. 

Built procedurally (Python) as a true geometry pipeline, not a texture trick.

Period: 2017-08-17 → 2021-08-20 (UTC)

Price Range: ~$2,919 → ~$64,577

BTC Polychoron - 4D Convex Hull Projection

This object is a computational reconstruction of Boy’s Surface, the classical immersion of the real projective plane (RP²) into 3D space. 

It is generated from the Bryant–Kusner parametrization on a projective disc with antipodal boundary identification, making the topology explicit rather than treating the surface as a simple smooth shell. 

The mesh contains 41,472 vertices and over 371k total edges, including ring, spoke, braid, triad, and seam families that reveal the internal organization of the surface and emphasize its characteristic threefold symmetry. 

Spectral encoding maps intrinsic geometric fields into vertex color and scale, turning the object into both a topological visualization and an informational geometric artifact. 

Because RP² cannot embed in 3D without self-intersection, the surface is shown here as an immersed form, where those intersections arise naturally from the topology itself.

Generated by PAPP Framework.

Boy Surface — Spectral Immersed | PAPP

Chakra 01 — Mūlādhāra (Root) | PAPP Chakra Series

Mūlādhāra (Root Chakra) is Disc #01 of the PAPP Chakra Series : a Metatron-Loka style terraced ridge sculpture built from distance-field geometry and sealed as a watertight, closed manifold (χ=2). 

The Root disc is defined by its 4-fold structure and Earth yantra: a square + inverted triangle + central liṅga, enhanced with an embedded Kuṇḍalinī spiral (3.5 coils) and 8 spear/vajra spokes. 

Height is a weighted ridge sum with seam-carving and 14-step terracing (stone/temple artifact feel). 

Color is per-vertex and field-weighted: crimson / earth-gold / ivory / rust-amber / deep-earth, with 4-petal HSV cycling + subtle sparkle.

Mesh: 57,170 verts / 114,336 faces (120×240 grid). Z range: −0.218 → 1.690.

Generated by PAPP protocol.

Chakra 01 — Mūlādhāra (Root) | PAPP

low poly grass

2k maps specular

"grassplanes have vertex color green for wind shaders"

Grass patches

Pack of 4 variation of plants and 2 variations of flowers. Flower with shapekey for sleeping and dismiss. 2K texture. Aproximetly one plant variation cca 850 vertexes. Mesh has got decimation modifier tahat reduces it to hlaf count best results on Planar 26 deg with UVs

Pack Early Dog Violet Viola Reichenbachiana

Wall 2x1

SciFi Power Source with Open Cores or Closed Cores Textures. Also Vertex Colour ID Mapping

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