Organism 3D Models

Find the best Organism 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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A soft-bodied hybrid organism combining a sea anemone and an insect mouthpart.

The overall form is low, grounded, and asymmetrical, with no clear front or back.
The outer layer consists of numerous soft, uneven tentacle-like appendages, similar to a sea anemone, with varying lengths and slight entanglement. These tentacles appear semi-translucent, organic, and inactive, forming a sensing field rather than a functional body.

At the center, partially hidden beneath the tentacles, is an insect-like mouth structure. The mouthparts are fragmented and misaligned, inspired by mandibles, maxillae, and palps, but they do not form a complete or functional mouth. The mandibles do not close properly, and the internal cavity appears hollow and non-expressive.

The organism should feel more like a sensing organ than a creature — receiving information excessively but failing to respond clearly.

Style: organic, non-humanoid, speculative biology, soft sculpture, post-human, abstract anatomy.

The model should prioritize ov

Anonymous1735820945

This is a speculative future bio-sample model, not a decorative plant. Generate a 3D model of a fictional experimental plant-like organism designed as a laboratory specimen from the year 2068.
The form should be based on a clear central stem or core structure, with attached functional biological organs rather than decorative petals. The organism may include spiral or segmented growth modules, sac-like containers, tendril or filament extensions, and root-like anchoring structures. The overall silhouette should feel vertically oriented, asymmetric, and biologically plausible yet unfamiliar.
Avoid complete symmetry and avoid fully matured or “perfect” forms. The specimen should appear partially developed or in a state of controlled mutation, as if influenced by experimental environmental data.
Visual style should emphasize refined futuristic biological materials, including semi-translucent organic surfaces, soft bio-gel or membrane-like textures, subtle internal layering, and occasional pearl-like spherical elem

Anonymous1726205922

This is a speculative future bio-sample model, not a decorative plant. Generate a 3D model based strictly on the uploaded hand-drawn sketch as the primary morphology reference. The overall structure must follow the sketch’s silhouette, growth direction, and organ distribution.
The organism is a fictional experimental plant-like lifeform cultivated in a laboratory environment. It features a central stem structure with functional biological organs such as spiral or segmented forms, sac-like structures, tendril extensions, and root-like bases. The form should feel asymmetric and partially developed, as if still mutating or adapting under experimental conditions.
Visual style and surface quality should reference the uploaded image only in terms of material and refinement level, including semi-translucent organic materials, soft bio-gel textures, subtle internal structures, pearl-like spherical elements, and a restrained futuristic biological aesthetic. Do not copy the reference image’s shape or composition.
The f

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Holland TS

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a grotesque low-poly insect hive, hive merged with a few human corpses, surrounded by pulsating pustules, mostly insect hive and interesting growths

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Gray_inh2

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Создай 3D-модель гриба Mycoterra novum — крупного многослойного организма, похожего на смесь гриба и растения.

Описание сцены:

Форма — куполообразное или древовидное тело с чётко видимыми слоями, как у среза дерева.

Нижняя часть — плотная покровная ткань (темная, слегка блестящая, с восковым налётом).

Внутри видны трубчатые каналы, похожие на сосуды (одни широкие — для воды, другие тонкие — для питательных веществ).

Есть мягкий губчатый слой — запасающая ткань, с прозрачными округлыми клетками, заполненными жидкостью.

В центре — светящиеся зелёные камеры с микроскопическими водорослями (симбиотические зоны).

Снаружи выступают небольшие полупрозрачные выросты, похожие на сенсорные щупальца.

Освещение мягкое, акцент на текстурах среза: от плотной защитной оболочки к живому светящемуся ядру.

Главный акцент: показать, что гриб выглядит как живое «многослойное тело» с внутренними тканями, соединяющее черты гриба, растения и животного.

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