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Key Features:

🌬️ Dynamic Motion: This model comes with a simple animation of rotating blades, offering a touch of realism to your sustainable energy projects or landscapes.

📸 PBR Textures: Leveraging high-quality PBR texture sets to bring out an authentic metal and composite materials finish.

🌍 Eco-Friendly: The perfect addition to any green energy scenes, environmental simulations, or architectural visualizations focusing on sustainability.

🎮 Versatile Use: Suited for a broad range of applications, from VR experiences and educational modules to game development and animation projects.

Harness the power of renewable energy in your virtual world with this Animated Wind Turbine. Add it to your collection for an eco-conscious touch!

Animated Wind Turbine

This work was exhibited in the Warsaw Society for the Encouragement of Fine Arts in 1907. The sculpted Hussar from the Jan Matejko House is identical to the original painted as a panneau by Leon Wyczółkowski. 

Artist Leon Wyczółkowski created a decorative panneau of *Knight among Flowers*, depicting a Hussar sitting on horseback and blowing the horn against the background of a flowery meadow. 

The Hussar on horseback dressed in armour with gilded wings and eagle feathers. The horse is covered with a red-and-gold shabrack (cavalry saddle), decorated with colourful glass imitating precious stones, and fitted with a decorative gold harness.

**For more images and further information, visit:** https://muzea.malopolska.pl/en/objects-list/5

Localisation of the physical object: National Museum in Kraków, Poland

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

Project Visualization (3D model + textures): Marcin Solarz

Hussar on horseback

Aka. Almain Rivet, An Almain rivet is a suit of European armor made en masse in the late 15th and 16th century to equip foot soldiers. 

These plate harnesses were often made of iron and produced in large numbers at little cost to equip the new armies of the early Renaissance, based on professional standing armies wearing standardized equipment for specific roles. They consisted of a breastplate and back plate, articulated tassets and spaulders and a gorget. It was usually coupled with an open faced helmet like a cabasset, morion or burgonet.

![](https://european-armour.com/images/A-307-new-helmet-straight.jpg)


![](https://64.media.tumblr.com/798a635463cd1460e65ec6e5db111c87/tumblr_inline_pbpt6rXL9W1si52o4_1280.jpg)


Source: https://historicalfightingguide.tumblr.com/post/175949955742/what-is-an-almain-rivet
              https://european-armour.com/A-307.html

16th century German Munition half -armour

Horse carriage parts drawbar Horse carriage harness with drawbar harness yoke reins and horse carriage bell. you can create your own carriage in no time at all without having to remodel the standards.

Horse Carriage Parts Drawbar

This model is generated by the state-of-the-art 3D GenAI tool, Rodin Gen-1.However, its ideas and creativity originate from the human author.

Create your own model from images:

[https://hyperhuman.deemos.com](https://hyperhuman.deemos.com)

[https://hyper3d.ai](https://hyper3d.ai)

A diving harness

An incomplete cast copper-alloy strap-fitting of early medieval date (c.1000-1100).

To find out more visit the Portable Antiquities Scheme database: https://finds.org.uk/database/artefacts/record/id/1259557

ESS-5A6609 Early Medieval Harness Fitting

Idk how but I somehow forgot to add the snap hook on one end, but I'm kinda lazy so I ain't gonna do the whole process again just to bring  a hook, what you can do is to downlaod the model I made, copy the hook from any of the side and paste it on the rope's end where there is no hook.

Rescue Stretcher Harness | Fire Fighters

An incomplete cast copper alloy harness fitting, a skirted strap-mounted terret ring, of Roman date (c.50 - 200).  

To find out more visit the Portable Antiquities Scheme database: https://finds.org.uk/database/artefacts/record/id/1264727

ESS-2BE276 Roman Harness Fitting

Lga1700_harness

A complete cast copper alloy harness fitting of Roman date (c.AD 43 - 410).  

To find out more visit the Portable Antiquities Scheme database: https://finds.org.uk/database/artefacts/record/id/1257002

ESS-1FC3A1 Roman Harness Fitting

A basic harness used for rock climbing and mountaineering.

PBR Metallic Roughness

Climbing Harness

An incomplete lead alloy harness mount of post-medieval or modern date (c.1750-1900 AD).

To find out more visit the Portable Antiquities Scheme database: https://finds.org.uk/database/artefacts/record/id/1259416

ESS-4733B7 Post-Medieval Harness Mount

Bouldering is a form of rock climbing that is performed on large boulders, small rock formations or artificial rock walls, without the use of ropes or harnesses.

+info: https://en.wikipedia.org/wiki/Bouldering

El Cogul, Catalonia.
Georeference: https://goo.gl/maps/zQiwWa4v7cJ2

![](https://d37d73vc0i3fom.cloudfront.net/photos/000/071/71010/size_xl-b07b5d2630f1.jpg)

Bouldering rock

The motifs depicted on this small surface form a compelling anticipation of what will come on the subsequent Red Route through this section of the Seradina park - in particular the huge Rock 12.

There is a ploughing scence with harnessed horses, preceded by a duel between two warriors with swords & round shields. These are surrounded by human and animal figures.

Among the animals, that are insome cases accompanied by their young, the most prestigious prey of aristocratic hunting in the Iron Age was the deer, which stand out on the carvings in this area.

Isolated human figures with large hands or arms pointing downwards evoke the presence of individuals of non-warrior rank (shamans?), certainly non-combatants.

Valcamonica, Seradina 2 - Rock 6

This mount is optimized for Samsung A-series phones, but it can securely clamp many other phones as well. The clamp is designed thicker because it is intended to be used with a phone case.

The clamp base STL is recommended to be printed in PETG, as it is the most mechanically stressed 3D-printed part of the assembly.

Recommended print settings:

Minimum of 3 walls (perimeters)

Minimum of 15% infill

Hardware required:

8 × 25 mm M3 countersunk screws (to help resist pulling stress between layer lines)

2 × 50 mm M3 countersunk screws (for clamping the phone)

8 × 3.5 mm M3 heat-set inserts

2 × 8 mm M3 heat-set inserts

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