Free 8K rigged model of a retro aqua twin-bell bedside alarm clock with worn metal, Roman numerals, and animatable parts.

Alarm Clock 01

Free 8K model of Namaqualand boulders - realistic Karoo sandstone rocks with layered, weathered surfaces, perfect for desert, geological, and landscaping scenes.

Namaqualand Boulder 02

Free 8K Pachira Aquatica 01 - realistic tropical shrub models with braided trunks, glossy green leaves, varied sizes and high-detail bark and foliage.

Pachira Aquatica 01

Free 8K model of a weathered cliff: stacked boulders, eroded rock face, cracked slabs, warm brown tones and lichen-dotted surfaces.

Namaqualand Cliff 02

Free 8K model: rough brown boulder from the Karoo, detailed geological rock with weathered facets - perfect for desert scenes and landscaping.

Namaqualand Boulder 03

Free 8K model of Heliophila: tiny white Namaqualand wildflower groundcover from South Africa, delicate stems and realistic botanical detail for desert scenes.

Flower Heliophila

Free 4K model of Empodium wildflower - realistic yellow Namaqualand groundcover with detailed textures and multiple growth variations.

Flower Empodium

Free 8K Didelta spinosa model - realistic Namaqualand desert shrub with twisted stems, dense green leaves and yellow flowers.

Didelta Spinosa

Free 8K model of a weathered Namaqualand boulder - dry Karoo sandstone with layered, eroded surface and warm desert tones, perfect for natural rock scenes.

Namaqualand Boulder 05

Free 8K model: realistic Gazania wildflower clumps from Namaqualand - orange daisy-like groundcover with botanical detail, ideal for fields.

Flower Gazania

Free 8K Namaqualand boulder model - rugged Karoo rock from South Africa with brown, weathered surfaces and lichen patches for landscaping.

Namaqualand Boulder 04

After The God Particle...

Going on with some tests for the animation of an underwater scene, this time playing with particle system and forces in blender (with which I am not very familiar). 

The particle system I used to create this shoal of fish is set with a simple fish model (same as [Abstract aquarium](https://skfb.ly/6ypzL)) as render object. 

The fish particle system was set to a "**Boids**" physics, and tweaking parameters gave the unique fish a smooth movement. A **vortex force field** was then added to the scene to create the swirling motion on the particles. I also added a collision domain (as a cube) to make sure that no fish went outside of a specified volume, but it proved unnecessary...

I still have to figure out how to properly export keyframed animations to a fbx file, as the only file I managed to obtain was a 120MB one (for a < 100 tris fish model). A python script which has helped me is [here](https://blender.stackexchange.com/a/7142), but it does not pass the export phase very well...

The Fish Particle

low poly aqua , aqua very cute , also most advanced model so far, can even move the eyes and stuff, in theory it should be abble to work with vr chat  but you never heard that from me~~ i wanna update the other models so they are more or less on this level next, thats my plan at least

can download model too as usual with holo models

im slowly starting to save on resources to keep more or less the same poly count across many diferent characters , i guess i may be getting a bit experienced

Minato Aqua (hololive)

Futuristic studio interior concept. Designed in the style of dark sky-blue and dark aquamarine. Decorated with electronic elements and tron style materials.
A big screen placed in the middle of the scene. Texture of the screen could be replaced easily.

* Scaled in real world dimensions
* Textures baked

Scifi Tron Studio | Baked

pongeBob SquarePants is an American animated comedy television series created by marine science educator and animator Stephen Hillenburg for Nickelodeon. The series chronicles the adventures and endeavors of the title character and his aquatic friends in the fictional underwater city of Bikini Bottom.

The SpongeBob Squarepants

Free 8K model of a Namaqualand cliff: weathered Karoo boulders, eroded rock faces and cracks with desert tones - high-detail, natural cliffside asset.

Namaqualand Cliff 01

Free 8K model of Leipoldtia schultzei - low, spreading purple-succulent wildflower from Namaqualand with detailed leaves, stems and vibrant blooms.

Leipoldtia Schultzei

Free 4K model of Namaqualand ursinia - low, sprawling orange wildflower from South Africa’s Karoo; botanical detail, perfect groundcover for desert scenes.

Flower Ursinia

Free 8K model of weathered Namaqualand quartz stones, varied Karoo desert rocks from South Africa, realistic, high-detail assets for nature and geological scenes.

Namaqualand Stones 01

Free 8K model of a dried wild rooibos shrub from South Africa's Karoo/Namaqualand - low, multi-stemmed desert bush with needle-like leaves, perfect for arid scenes.

Wild Rooibos Bush

Sketchfab Weekly: Box

Box Aquarium modeled and textured in blender. Feel free to use it in anyway you like. If you love this model you can give it a like or comment or maybe a follow? let’s be friends ^_^, you can also visit my profile for more free stuff or if you want to support me you can buy some of my paid asset. I hope you have a great day.

My Stylize Fish Collection:

[Stylize Fish Pack](https://sketchfab.com/3d-models/stylize-fish-pack-0ca808874d1649bab463f5fb47f3a8b9)

[Toon Fish Pack](https://sketchfab.com/3d-models/lowpoly-fish-toon-pack-8a3753b260914a6395cb8e163cc2ddb1)

Box Aquarium

Free 16K model of photoreal bark debris. Weathered Karoo sticks with cracked, dry surfaces - ideal for desert ground cover and dead-tree scenes (Namaqualand).

Bark Debris 01

Free 8K model, rugged brown Namaqualand boulder from the Karoo with a rough geological surface - perfect for desert scenes.

Namaqualand Boulder 06

The giant isopod (*Bathynomus giganteus*) is a species of aquatic crustacean and a cousin to terrestrial "pill bugs" or "roly polies" that are commonly found under logs. These animals are found in cold waters with a depth between 310 to 2140 meters (1,020–7,020 ft) in the West Atlantic, including the Gulf of Mexico and the Caribbean. The unusually large size of these isopods has been attributed to an effect called deep-sea gigantism, where invertebrates living in cold deep waters tend to grow larger and have longer lifespans (https://en.wikipedia.org/wiki/Giant_isopod).

More info here: https://www.nhm.ac.uk/discover/giant-isopods-curious-crustaceans-on-the-ocean-floor.html

Accession #: 93.16

Captured with Artec Spider 3D Scanner
https://www.artec3d.com/portable-3d-scanners/artec-spider-v2

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