A quick experiment (edit: now a WIP for the [mechanimal challenge](https://blog.sketchfab.com/sketchfab-3d-modeling-challenge-mechanical-animals/) I just discovered!) with hard-surface, and I still have a long way to go !

This model is (more than) based on ["The Timber Beneath"](http://www.scoobasteve.co.nz/2013/01/the-timber-beneath.html), a wonderful sculpture by **Stephen Lambert**.

The different "organs" as well as textures were just randomly thrown around, but with some more practicing, I definitely think I'll start enjoying this style and find a nice designing/modeling/texturing workflow, to hopefully design original models some day.

Also, none of the mechanisms make any "mechanical sense", which is why I did not animate the model. As before, that could change with some more attention brought to details, and a little bit of thinking before acting :D

![](http://3.bp.blogspot.com/-lw3hJS-2rVk/UQEH9xQEHQI/AAAAAAAAAYg/Vr3p9L4T5bE/s1600/Shark_SLambert_03.jpg)

Mechanical Shark

The Tōhoku earthquake (9.1 magnitude) hit Japan on March 11, 2011 for a duration of 5 minutes, and was followed by a tsunami which claimed the life of close to 16.000 people.  

The seismic events shown took place on that same day, between 01h41 and 23h59 (GMT). At 0.5X animation speed, 1 second of animation = 1 hour in real time.

The main earthquake happened at 05h46 (1:80 mark in the animation), and slowing down the animation speed to 0.1X or keeping manual control around this event should allow you to better understand the aftershocks propagation.

Data:

* Topography and bathymetry: [Etopo1 Global Relief Model](https://www.ngdc.noaa.gov/mgg/global/global.html)
* Earthquakes: [ANSS Comprehensive Earthquake Catalog](https://earthquake.usgs.gov/data/comcat/)
* Fault plane: [Slab2:  A Comprehensive Subduction Zone Geometry Model](https://doi.org/10.5066/F7PV6JNV)

Created with python and blender ( and love :) )

*NEXT: add focal mechanisms, better metadata, funkier colormaps and superimpose historical maps?*

Tōhoku earthquake - 2011

This was a PvP Arena I made for my friend's minecraft v1.11.2 server. Players could fly around with my custom command block jetpack mechanism in the arena (sneak ingame to activate). They could run accross the dragon skeleton and use the rib cages as cover. They could also hit the fireballs at the corner towers to send it flying to opponents.

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The overall style is based on the ruins in the game *Journey*, with a combination of the stepwell of *Chand Baori* from India, and *Egyptian temples*.

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**Minecraft map download:** http://www.mediafire.com/file/o44ayb9c0be4bnp


*****

Build in minecraft v1.11.2 using default textures and worldedit plugin. Map cleanup with MCEdit. Model exported with Mineways. Uv unwrapped in Zbrush. Light, AO, and fog map baked in 3ds Max. Animated fireballs and clouds in 3ds Max.

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Testing out animated effects. And baking maps in dual uv channels. Still getting tons of block export errors though.

Dragonfall Temple

Scanned in just 25 minutes with the metrology-grade laser scanner Artec Point, the transmission's fine elements are all captured in this high-res 3D replica. The complex combination of components, from the gear sets to the shifting mechanism, is vividly displayed. 

Despite the transmission's shiny and reflective metallic cast and challenging surface roughness, Artec Point's advanced scanning technology captured all of it. The resulting point cloud was optimized for precision, even with a 0.2mm resolution. For future scans of similarly sized objects, we recommend a resolution of at least 0.4mm to reduce processing time.

This model is ideal for reverse engineering, quality inspection, industrial design, rapid prototyping, and beyond. Zoom in and rotate to take a closer look and experience the power of Artec Point's ultra high-resolution scanning technology.

Scanning time: 25 minutes | Processing time: 2 hours

Transmission

Yet another fantasy female character ive made few months ago but this time of a towering draconic kind and. This one's pretty "experimental" in "several ways" but extensivley rigged i think, and some armature mechanisms here and there that hopefully make it convinent to utilize. The hide color currently on wasnt the orignal but ended up really getting used to it as the default, with the exception of the eyecolor being from the origianal color scheme but can regardless be swapped around.

Feel free to donate sometime if you like this model >  https://ko-fi.com/dm913

Draconic Sorceress Character Rig

An accessible segment of Giant's Causeway in Northern Ireland, which was either built by Benandonner & Finn McCool, or by an ancient cooling mechanism.

Giant's Causeway

3D animation of the cranial kinesis mechanism of an adult scarlet macaw skull (Ara macao, OUVC 10633). Ryan Ridgely generated the animation using inverse kinematics in Maya, based on the 3D model that WitmerLab PhD student Jann Nassif assembled from the µCT-scan data. Ryan also used for reference our video of cranial kinesis in a hyacinth macaw (http://bit.ly/2aeTamz). For more 3D content on this macaw, check out the Visible Interactive Parrot site: http://bit.ly/1UziNv7. There you’ll find 3D PDFs for download that provide comparable content to what’s here, but allowing the user more control. Funded by a grant from the National Science Foundation.

Scarlet macaw cranial kinesis animation

# #30 Fly Trap - Catch "Inktober2019

If hunting is an art! This is a damn torture!

**What we need to do this experiment:**

- 1º A knot in the brain
- 2º An iron hulk with locking mechanisms
- 3º Smell very bad, (I recommend two weeks without taking a shower)
- 4º to have obtained the patience of a Buddhist monk
- 5º damn, put "bait" for flies, nothing to wear lingerie

#30 Fly Trap - Catch "Inktober2019

Renaissance Rifle from the end of 17th century that is a friction-wheel mechanism called wheellock to for firing .

The whole model has **(4513 Tris)** , complete set of PBR Textures **(Albedo, Metallic, Roughness, Ambient Occlusion, Normal)** and a short animation. Modeled and animated in Blender. Textured in Substance Painter.

A scan of real rifle was  used as the base. Thanks to @TheRoyalArmoury for a nice scan https://skfb.ly/SPJY

Renaissance Rifle

Inventory number: MNS/1334/S

District Museum in Nowy Sącz

Time of creation: late 19th century

https://muzea.malopolska.pl/en/objects-list/2557

Digitalisation: RDW MIC, Małopolska’s Virtual Museums project

Two pistol barrels are arranged vertically, one on top of the other. Initially, over e section measuring approx. 7 cm they are octagonal, then they change into hexagonal ones, to finally become round barrels. The bases of the barrels were decorated with an engraved geometric-floral ornament and the manufacturer’s mark on the barrels: “SCHLEGELMILCH IN OEDENBURG”. The external parts of the caplock mechanism are decorated with an engraved floral ornament. The triggers are surrounded by a brass trigger guard, which reaches up to the tip of the stock. On the trigger guard, oak leaves and initials “C. Ł.” are engraved.

Double-barrel pistol

This antique phone was created as a practice piece for realistic texturing. The model is based on the classic L.M. Ericsson Skeletal Desk Telephone, also known as the "Eiffel Tower" phone. I aimed to create the feeling of an old phone that is rarely dusted. Every element, from the metal details to the ringing mechanism, is meticulously crafted to emphasize the authenticity and elegance of this vintage telephone.
ArtStation: https://www.artstation.com/artwork/ZlgAO1?notification_id=6394205640

Antique L.M. Ericsson Phone

The Space Cargo Transporter is a model designed to regulate the pressure piston structure with an internal lift mechanism, for transporting goods in space. The transporter can rely on atmospheric deceleration to safely land on other planets, providing a reliable solution for future space exploration and colonization.
This is just a model that I put a lot of effort into, but in reality, it is not useful.

Space Cargo Transporter

LowPoly model suitable for games.
Topology is clean and model is already rigged so this model is #game-ready.
Textures are in 4k and 2k.
The rig has multiple layers and mechanism including a FK/IK switch.
The model was sculpted on Zbrush, textured in Substance Painter, rigged and animated in Blender.
If you need any adicional file, you just have to send me a request to my email:
danielcr677@gmail.com.

As Demon From Hell was the most popular model I have by far I decided to make him a remaster.
I hope you** like it** guys :D

HellDemon Reborn

Aerorider 1 Mechanism

A compact and practical 3D model of a folding wooden stool, designed with clean geometry and realistic proportions. This model features a sturdy wooden frame with a simple foldable mechanism, making it ideal for space-saving scenes, interior visualizations, or product showcases. Its minimalist design and natural material make it versatile for both modern and rustic environments. Optimized for performance, it’s suitable for use in games, animations, and real-time applications.

Folding Wooden Stool

This is a highly realistic wrench 3D model with 2K textures, designed for survival games, repair simulations, industrial environments, and mechanical animations. The model features separated components, including an adjustable top knob and upper jaw section, allowing smooth animation and interactive gameplay mechanics.

Built with clean topology and detailed material definition, this asset is ideal for workshop scenes, crafting systems, engineering simulations, and open-world environments. The adjustable mechanism makes it perfect for close-up animation sequences and tool-based gameplay systems. Optimized for real-time engines such as Unity and Unreal Engine, and fully compatible with Blender workflows.

If you like this asset and would like to support the work, please consider purchasing it on the FAB Marketplace.

#wrench #adjustablewrench #mechanictool #industrialprop #repairtool #2ktextures #3dmodel #gameasset #gameready #simulationgame #unrealengine #unity3d #blender3d #3dassets

Realistic Wrench – 2K Textured 3D Model

**Assessment of a Model Marine Hovercraft (ACV-Mk1)**

The ACV-Mk1 is a 1:20 scale model of a marine hovercraft, or Air-Cushion Vehicle (ACV), designed to travel over water, land, and mud by riding on a cushion of air. This reduces friction and enables smooth, amphibious movement across multiple surfaces.

In the maritime industry, hovercraft are used for search and rescue, military transport, coastal patrol, and operations in shallow or flooded areas where conventional vessels cannot operate effectively.

The model demonstrates the core working principle using a lift system, thrust system, and steering mechanism.

Key advantages include amphibious capability, high maneuverability, and access to difficult terrains. However, limitations include high power consumption, reduced performance in rough seas, noise, and skirt maintenance challenges.

3D Model Scale Marine Hovercraft

**Golden Wooden Gear Mechanism – Modular Fantasy System**

This modular wooden gear mechanism features four interconnected gears mounted on individual bases, enhanced with a subtle gold leaf finish that adds a refined, ornamental touch.

Originally created as a prototype inspired by mechanical systems similar to the iconic opening sequences of game of trone series, this piece blends craftsmanship and stylized design.

Although the model is built as a single object, each component remains visually distinct and unsoldered, allowing for flexible customization and rearrangement within your scenes or projects.

Designed in Cinema 4D and textured using Substance Painter, this asset dates back to 2018 and remains ideal for real-time integration, cinematic environments, or decorative mechanical setups.

Wooden Gear

A classic bolt‑action rifle featuring a long barrel and a wooden stock. The simplified geometry, stylized textures, and cleanly defined bolt mechanism make this model well‑suited for PSX‑inspired retro shooters and low‑poly projects

Hunting Rifle

For complete workflow compatibility, we recommend downloading the Original format.The converted file is intended only for use in the web viewer. In the Original format, the following are fully preserved:✔ native scene structure✔ all materials without simplification✔ accurate texture maps✔ original object namesIf you plan to use this model in production, select the Original format.High quality steering joint for all cars and mechanism. While the name of the component is a steering joint it can be used in many moving parts and hard surface projects.

Universal Steering Joint Pl

**Collection:** Roman Archeology Dept.
 
**Inv.-No.:** [CAR-M-2802](https://www.online.landessammlungen-noe.at/objects/1306555)

**Material:** Bronze, enamel

**Dimensions:** 3,5 x 0,6 cm

**Dating:** 2nd - early 3rd century AD

Brooch in the shape of a shoe-sole with a hinge mechanism and a border loop at the heel. The base plate is completely enamelled in green, and the nail decoration is suggested by 25 preserved (and two missing) dark blue enamel dots. The pin is only partially preserved.

This object was digitized through the 'Kulturerbe digital' program of the Federal Ministry for Arts, Culture, Public Service and Sport.

Shoe-sole brooch

For complete workflow compatibility, 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✔ all materials without simplification✔ proper texture maps✔ original object namesIf you are going to integrate the model into a project, download the original version.A quick release QR bike clamp is a mechanism that allows you to easily tighten or loosen and secure components such as a wheel or seatpost without tools

Bicycle Quick Release Cramp

This is a one-stroke cross-shaped knot domain transformed into a closed tubular mesh with woven crossings and verified topology. 
Generated, not hand-modeled: the Celtic Cross starts as a gate-constrained one-stroke path on a 30-grid cross domain, then becomes a Catmull–Rom ribbon and a 10-sided tube via parallel-transport framing and z-lift weaving. 
Its unique mechanism is a ring inscribed into four arms, with knotwork continuously filling both the circle and the axial cross
The generator builds it as a circular ring inscribed in a four-arm cross, then fills both the ring and the arms with continuous knotwork so the form reads as one braided spatial system. 
In 3D, the Celtic Cross gains a strong ceremonial mass: the central ring stabilizes the object while the four arms extend as balanced directional axes, giving the piece the presence of a carved ritual sign translated into full volumetric topology.

Generated by PAPP Framework.

04_celtic_cross

For complete workflow compatibility, we recommend downloading the source format.The Converted version is intended for web viewing only. In the source file, the following are fully preserved:✔ full scene structure✔ all materials without simplification✔ accurate texture maps✔ original object namesIf you plan to use this model in production, download the source file.A mechanism employed to control the movement of a door enabling it to be opened and closed while also serving as a means of securing the property to prevent unauthorized access by unwanted individuals.

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