General Motors LS 6.0L V8 engine with rear feed supercharger. radiator, shorty headers. flywheel / flexplate and torque converter.

Supercharged Ls V8 Engine 1

A version between WIP1 and WIP2. 

I plan to make a glass railing around the gear system to protect the citizens of this city.

I like this scene so I did not deleted. But  I thought it is way too early to make this glass railing.

![city-3dhaupt](https://3dartdh.files.wordpress.com/2018/10/mechanical-city-0-15_by_3d-haupt-1.jpg?h=600)

Blend-File [**Download**](https://sketchfab.com/models/7756c251cf4b4165b29fedbe46bdb763#download)

**Gearsystem Control:**

Gear 64 is the gear which drive the gearsystem (I selected it).

Rotate this gear around the z-axis to move the other geras. 

Every gear has a transformation constraint which gets and converters the rotation from gear 64.

![city](https://3dartdh.files.wordpress.com/2018/10/mechanical-city-0-15-by-3dhaupt.gif?h=600)

Feel free to use this for you own projects :)

[Demo Video](https://www.youtube.com/watch?v=xV4CKzHrJf8&feature=youtu.be)

![city-3dhaupt](https://3dartdh.files.wordpress.com/2018/10/mechanical-city-0-15_by_3d-haupt-3.jpg?h=500)

Mechanical City (WIP-1.5) Animation Constraints

Hi, this is my entry for the BlenderArtists challenge Make A Splash in Amsterdam - a remix of Ian Huberts' Party Tug 6AM.

Blenderartists thread: https://blenderartists.org/t/party-tug-remix-make-a-splash-in-amsterdam/1398085

Attributions:
Ship concept by [Yuan Chang](https://www.artstation.com/artwork/v966d).

Dog by JohnMesplay

Humanoid robot by Amzar Raif

Converter by Dishido

Man on the ship by BlendTek

Character with the gun by Ijungman

Rat Cage by Alf Does Stuff

Steampunk chest by Nekitron

Barrel by Dmitry Razumov

also those:
Gun by Eduardo Kuhn

copied the design of Steampunk AIr Baloon by lidjue

smoke images from textures.com, fire images from unsplash

Party Tug Remix #bcon22challenge

The WAP-7 is a 6,000 HP, 25 kV AC electric passenger locomotive developed by Chittaranjan Locomotive Works (CLW) for Indian Railways, introduced in 2000. Designed for high-speed, long-distance service (up to 140 km/h, with potential for 160 km/h), it commonly powers prestigious trains like the Rajdhani and Shatabdi Express. It features three-phase technology, regenerative braking, and Hotel Load Converter (HOG) technology.

WAP 7 Indian Locomotive Low Poly model

O Eurofighter Typhoon é um caça multifuncional de superioridade aérea de 4.5 geração, operado pela Força Aérea Alemã (Luftwaffe). A Alemanha, parceira do consórcio europeu, encomendou versões avançadas (Tranche 4/Quadriga), com entregas a partir de 2025 para substituir unidades antigas e planeja converter 15 para guerra eletrônica (EK) até 2030.

EF 2000 EUROFIGTER TYPHOON ALEMANHA

A mockup of a standalone roll forming and release device for a single-sided plotter. The model features a spring whose compression can be controlled via the central bone of its skeleton
> (Version: white textures, skeleton)

_____________________________________________________
![1](https://i.postimg.cc/J7PFBWx4/Snimok-ekrana-2026-02-15-221913.png)
![2](https://i.postimg.cc/T17H8r1J/Snimok-ekrana-2026-02-15-222030.png)
![3](https://i.postimg.cc/KvTnhPRN/Snimok-ekrana-2026-02-15-221818.png)
_____________________________________________________
![4](https://i.postimg.cc/6qfGbX6J/Paper-receiver-Unreal-Editor2026-02-1522-11-5211-1-ezgif-com-video-to-gif-converter-(1).gif)
![5](https://i.postimg.cc/bvgWPG6N/Paper-receiver-Unreal-Editor2026-02-1522-11-5211-1-ezgif-com-video-to-gif-converter.gif)

Paper receiver (ver.: white textures, skeleton)

ISOP multilevel converter based on GaN EPC2305
4 stacked modules converts 400 V to 50 V 5.5kW power

EPC91110M ISOP 400V to 50V DC DC ML converter

This enclosure is designed for a temperature controller that plugs into a wall outlet and accepts an oven power cord as input. It switches the oven on and off to maintain a user-defined temperature, which can be set using the three buttons on the top of the unit.

The enclosure is intended to be 3D printed in PETG with a minimum of three perimeters (walls) for adequate strength and heat resistance.

Inside the box:

A small PCB with a voltage regulator steps the voltage down from 22V to 12V to power the main control board because I have used a power supply from an old ink jet printer.

The main temperature control board is a commercially available temperature control module (AliExpress).

All screws are M3 countersunk, used with 3.5 mm M3 heat-set inserts.

A small hole near the button openings is provided for the temperature probe wires.

⚠️ The maximum oven power is limited by the relay rating: 2500 W.

oven converter to filament dryer

ISOP DC DC converter from 800 V to 12 V
Multilevel 8 modules stacked 
State of the art for Artificial Intelligence data centers

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