a low poly skeleton wich i create .all the principal bones are separe ( skull, spine , rib cage , ilium , femur , tibi , feet , humerus , radius , ulna ,and hand).
if someone want to download the model ,just post a comment.
sorry for my english.

Low Poly Skeleton

A Railway stone curved bridge 4,5m wide, with 8 arched openings (10m span each) and a 116 m total span. The model is based on the  Manaris Railway Bridge, the bridge is located in the Prefecture of Arcadia in the Region of Peloponnese.
The horizontal circular arc, (the horizontal curve), is 40 degrees which means that it is part of an imaginary circle, with a radius of 166 meters.


**The model can also be used (in Blender 3d) as a straight bridge because the Simple Deform/Bend modifier has not been applied.**

Railway Stone Bridge

left radius (radius) of a dog

size of the specimen: 159 x 24 x 14 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

radius (radius) dog

In this 3D solar system size comparison model, the radius of each planet is measured relative to Earth's radius (6,378 km). This means that the Earth's sphere in the model has a radius of 1 cm, where 1 cm represents 6,378 km. For example, the sphere representing Jupiter has a radius of 10.961 cm, and its actual radius can be calculated using the formula:

Sphere Radius* 6,378 = Actual Radius of the Planet

The data used in this model was sourced from Google. While the model provides a useful size comparison, it is not 100% accurate because planets have different radii at the poles and the equator. However, it still serves as a good reference for understanding relative sizes.

The Sun’s radius can also be calculated using the same formula. However, the Sun does not have a single, fixed radius, as different wavelengths of light reveal slightly different measurements. In this 3D model, the Sun’s radius was determined based on visible light observations.

I hope you like this model!

Solar System Size Comparison

right antebrachial bones (ossa antebrachii, radius and ulna) of a pony

size of the specimen: 217 x 43 x 61 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

antebrachial bones (ossa antebrachii) pony

Astronomical quintant

Joseph von Utzschneider – artist / maker
Joseph Liebherr – artist / maker

1st half of the 19th century, Munich, Germany
Jagiellonian University Museum, Collegium Maius

This item is an observational astronomical instrument used to determine the altitude of celestial bodies above the horizon. It consists of a frame restricted by two radiuses and an arc with a scale, an observation telescope, and a mirror system. The arc of the quintant is the fifth part of a circle, hence its name, analogous to quadrants, sextants, and octants (based on the fourth, sixth, and eighth parts of a circle, respectively).

For more images and further information, visit: https://muzea.malopolska.pl/en/objects-list/2779

Inventory number: 4103; 103/V

Localisation of the physical object: Archaeological Museum in Kraków

Digitalisation: Regional Digitalisation Lab, Małopolska Institute of Culture in Kraków, Poland; “Virtual Museums of Małopolska” Project

Astronomical quintant

This Statue of Cupod on stood at the foot of the Aft Grandstaidcase of RMS Titanic on an ornate wooden plinth. The statue of Cupid was lifesized and was cast in Bronze and held an ornate candleubrum which provided aesthetic light. This particular artifact pieCe, to my knowledgeable has never been recovered and was in the middle of the Breakup Zone when Titanic experienced a catastrophic structural failure and split into two pieces. Ripping apart and destroying everything within that radius. 

I do recommend adding a part in the form of a disc to act as a platform as the overall 3D Print is off centre at one side and addIng a disc to the base greatly increases stability. The statue is very quite able to stand on jts own but brcsusr it is very light it will fall kvervif accidently bumped. But overall it is an incredibly detailed and historically accurate model.

Titanic Cupid Cherub

"Grenade launcher. Fires a grenade projectile that explodes on impact. High damage with a significant blast radius."

Call of Duty: Black Ops Cold War - M79

"Free-fire rocket launcher. Increased blast radius with heavy damage to vehicles, equipment and personnel. Additional rockets provided."

Call of Duty: Black Ops Cold War - RPG-7

A church in the small village of Michaelston-y-Fedw, near Marshfield, Newport.

DJI Mini 5 Pro

Weather: Sunshine

Flight plan:

* WaypointMap

* 5m polygon area -90° gimble 45m alt

* POI 35m radius -30° gimble 45m alt

* POI 15m radius -60° gimble 45m alt

* 2m/s speed


Images:

* Count: 451

* Interval: 2s

* Resolution: 12MP JPG

Processing

* Software: WebODM + Blender

* Options: auto-boundary:true, mesh-octree-depth:12, use-3dmesh:true, pc-quality:high, mesh-size:300000

* Average GSD: 1.73 cm

* Area: 25,198.93 m²

* Reconstructed Points: 198,425,226

* Spatial Reference: GPS

* Disk Usage: 8.15 Gb

St Michaels Church

The Lysaght Institute, Newport.

DJI Mini 5 Pro

Weather: Sunshine

Flight plan:

* Grid then tripple orbit flight

* Manual

* 10m polygon area -90° gimble 30m alt

* POI 20m radius -60° gimble 30m alt

* POI 15m radius -60° gimble 40m alt

* 2m/s speed


Images:

* Count: 522

* Interval: 2s

* Resolution: 12MP JPG

Processing

* Software: WebODM + Blender

* Options: auto-boundary:true, feature-quality:ultra, pc-quality:ultra, mesh-octree-depth:12, mesh-size:300000, dsm:true, dtm:true, orthophoto-resolution:1, use-3dmesh:true, no-gpu:true

* Average GSD: 1.18 cm

* Area: 15,675.71 m²

* Reconstructed Points: 269,201,094

* Spatial Reference: GPS

* Disk Usage: 9.88 Gb

Lysaght Institute

An Anglican church in Rogerstone, Newport.

DJI Mini 5 Pro

Weather: Sunshine

Flight plan:

* Grid then tripple orbit flight

* WaypointMap

* 5m polygon area -90° gimble 45m alt

* POI 15m radius -60° gimble 45m alt

* POI 50m radius -33° gimble 60m alt

* 2m/s speed


Images:

* Count: 867

* Interval: 2s

* Resolution: 12MP JPG

Processing

* Software: WebODM + Blender

* Options: auto-boundary:true, feature-quality:ultra, pc-quality:ultra, mesh-octree-depth:12, mesh-size:300000, dsm:true, dtm:true, orthophoto-resolution:1, use-3dmesh:true, no-gpu:true

* Average GSD: 1.77 cm

* Area: 37,137.29 m²

* Reconstructed Points: 450,692,145

* Spatial Reference: GPS

* Disk Usage:16.1 Gb

St John's Church Rogerstone

WAGARA 03 (V3) encodes a Japanese pattern morph: Kikkō (亀甲) tortoiseshell hex lattice at the core continuously transforms into Shippō (七宝) interlocking circles toward the outer ring. 

The transition preserves the shared circle-based “DNA”: Bishamon-Kikkō depth illusion (3 rotational hex subsets) blends into Shippō-Tsunagi vesica-piscis peaks at circle intersections. 

Geometry is generated through the PAPP 6-stage pipeline (φ-RG → continued fraction → Pythagorean triple → S³ sampling → Hopf fibration → stereographic field), then mapped onto a full 360° sphere via dual Lambert azimuthal equal-area projection with a smooth ±15° equatorial blend.

Mesh: 57,122 verts / 114,240 faces, closed orientable manifold (χ=2, watertight), base radius 3.0, R₃d range [3.000, 3.900], max displacement 0.848, surface area 338.0, 100% outward orientation. 

Seed [3, 6, 120, 16], β*=36.25, (p,q)=(4,36), triple (1280,288,1312), V₄D=6335. 

Unique colors: 8,153.

Generated by PAPP Frameworj

WAGARA 03 — Kikkō ⇄ Shippō Sphere | PAPP

Cymatic Hyper Resonance (Ultra) is a math-generated cymatic sphere: a high-order spherical harmonic displacement mapped onto a radius-2.0 sphere and exported as a wireframe field (OBJ l primitives, not triangles). 

It is generated from the real part of 𝑌ₗᵐ with l=20, m=10, normalized and applied as a radial modulation with amplitude=0.6, producing dense standing-wave nodal structure (Chladni-like on a sphere). 

The geometry is sampled on a latitude/longitude grid (resolution=200 → 80,000 vertices) and connected as a continuous grid (159,800 line segments). 

Radius range: 1.4000 → 2.6000 (mean ≈ 2.0002). 

Vertex colors are embedded per-vertex as a procedural rainbow gradient along index (time). 

100% algorithmic / no hand modeling.

Cymatic Hyper Resonance — Ultra

A tree enclosed church as is obvious by the texture clearly showing tree branches for walls. I have cout back a lot of them to enable visibility of the church but it does result in a few mesh holes

DJI Mini 5 Pro

Weather: Sunshine

Flight plan:

* Tight POI orbit, grid then wide POI orbit flight

* WaypointMap

* POI 30m radius -55° gimble 45m alt

* 5m lane polygon area -90° gimble 45m alt

* POI 75m radius -40° gimble 60m alt

* 2m/s speed

Images:

* Count: 473

* Interval: 2s

* Resolution: 12MP JPG

Processing

* Software: WebODM + Blender

* Options: auto-boundary:true, pc-quality:ultra, mesh-octree-depth:13, mesh-size:300000, dsm:true, dtm:true, dem-resolution:3, orthophoto-resolution:1, no-gpu:true

* Average GSD: 1.73 cm

* Area: 21,140.01 m²

* Reconstructed Points: 219,636,447

* Spatial Reference: GPS

* Disk Usage: 10.02 Gb

St Stephens Church

This "castle"/fort was built by a former army soldier following a tour of duty and helped him with mental health issues he underwent. Much of the fort has now been demolished now due to issues with planning permission.

DJI Mini 5 Pro

Weather: Sunshine

Flight plan:

* Grid then tripple orbit flight

* WaypointMap

* 2m lane polygon area -90° gimble 10m alt

* POI 15m radius -45° gimble 15m alt

* POI 50m radius -60° gimble 30m alt

* 1m/s speed

Images:

* Count: 588

* Interval: 2s

* Resolution: 12MP JPG

Processing

* Software: WebODM + Blender

* Options: auto-boundary:true, feature-quality:ultra, pc-quality:ultra, mesh-octree-depth:12, mesh-size:300000, dsm:true, dtm:true, orthophoto-resolution:1, use-3dmesh:true, no-gpu:true

* Average GSD: 0.64 cm

* Area: 3,891.59 m²

* Reconstructed Points: 340,103,316

* Spatial Reference: GPS

* Disk Usage: 11.44 Gb

Wattsville Castle

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

WAGARA 02 (V3) encodes Seigaiha (青海波) — the classic “blue ocean waves” motif from Heian-era court culture (linked to the Seigaiha gagaku dance; a symbol of endless peace). 

The pattern is built from staggered wave fans with 4 concentric arcs per fan (N_wave_fans=193, fans-in-disc=91, wave_radius=0.5, Δr=0.125, arc_sigma=0.018, arc_height=0.5, depth_step=0.06, center_glow=0.35), then wrapped onto a full 360° sphere via dual Lambert azimuthal equal-area projection with a smooth ±15° equatorial blend. 

Under the textile geometry sits the PAPP 6-stage pipeline (φ-RG→CF→triple→S³→Hopf→S²), adding subtle φ-harmonic interference without breaking the cm symmetry.

Mesh: 57,122 verts / 114,240 faces, χ=2, watertight, 100% outward normals. 

R₃d range [3.000, 3.850], max displacement 0.844, surface area 757.91, unique colors 29,350. 

Seed [2,4,180,16], β*=50.5, CF [50,2], triple (2496,200,2504), V₄D=11445.

Generated by PAPP Framework

WAGARA 02 — Seigaiha (青海波) Sphere V3 | PAPP

**Derived from my Female Body Basemesh v1** https://sketchfab.com/3d-models/female-basemesh-fa5b01a1411240299c4644c8423c78e4

 Original mesh used UDIM workflow so I had to consolidate it down to one map and it SEEMED fine in blender, but it's a little jank in the sketchfab preview. Focused on strictly quad density rather than joint reinforcement with the retopo of this one, as it was meant for a still render, so any artifacts in the final were ironed out in sculpt-mode.


**::Final Project This model was used in::** https://www.newgrounds.com/art/view/urnsudden/radius?updated=1770632125

Korean Woman Base

Real human radius bone.  Scanned and annotated by students in Dr. Eric Bauer's human anatomy lab at Elon University, North Carolina, USA.  This radius is part of a matching pair with the ulna.

Human radius

For full functionality, we recommend downloading the source format.The Converted version is intended only for use in the web viewer. In the Original format, the following are fully preserved:✔ original scene hierarchy✔ complete materials without reduction✔ accurate texture maps✔ proper object namingIf you plan to use this model in production, select the Original format.Steelframe Window with an adjustable Radius

Window Sc X

Asanoha Spherical Kumiko Shell is a true 360° sculpture: the traditional Asanoha (麻の葉) star lattice is grown as a triple-scale fractal directly on a perfect sphere (no “front/back”). 

The pattern is mapped via a dual Lambert azimuthal equal-area projection: one star core anchors the north pole, one anchors the south pole, with a seamless ±15° equatorial blend. 

Relief is created by radial displacement along surface normals (0.0–0.9, up to 30% of radius), forming structural ribs and deep shadow valleys. 

A PAPP substrate (S³ sampling + Hopf modulation) subtly tunes ridge sharpness and flow.

Mesh: 57,122 verts / 114,240 faces, closed manifold (χ=2), per-vertex color

Tech: wallpaper group p6m; triple-scale s=0.850/0.525/0.325; canyon_depth=0.5; seed [6,12,60,16]→β=23.5→CF[23,2]→(p,q)=(2,23)→triple(525,92,533)→V4d=2529*; edges 171,360; vertex colors 32,149; r=3.0–3.9.

Generated by Papp|Polytopic Archetypal Projection Protocol

WAGARA 01 — Asanoha v3 | Papp Framework

Very accurate model of the GoPro HERO 11 Mini.
Dimensions based on the real physical product, measured with high quality tools.
Everything from corner radiuses to button heights and side door portrusion are completely accurate.
I spent 2 days modelling this HERO11 just for fun and I have decided to make it free for you.

I will add textures soon.

GoPro HERO 11 Mini

12kg Reach 1300mm The HCR-7A has the widest working radius and a largest payload of the HCR series. It is the most effective robot arm that can deal with heavy products. HCR-7A  is designed to do repetitive and dangerous tasks such as loading & unloading metal materials into a machine, you can make your working environment safer and improve productivity. (The description is made up and just for fun) 

Drag and drop and you are good to go. 

You can also find me on https://www.artstation.com/re1mon 
Check my profile for free models https://sketchfab.com/re1monsen If you enjoy my work please consider supporting me so I can keep making free models for the community. I have many affordable models in the shop.

Feel free to contact me. I’d love yo hear from you.

Thanks!

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