1/9

Use to navigate. Pressesc to quit
Venus Fly Trap - Low Poly 3D Model - Rigged - Animated Low-poly 3D model
play iconthumbnail
DESCRIPTION

Venus Fly Trap - Low Poly 3D Model - Rigged - Animated -Blend & OBJ

Around 14k vertices per branch. 7-8 bones per branch for a fluid motion.

The asset is ready for production. Check out a commercial reel where it was usedto see the way it can move: https://www.facebook.com/reel/3580348778945277

The Venus flytrap (Dionaea muscipula) is a carnivorous plant native to the temperate and subtropical wetlands of North Carolina and South Carolina, on the East Coast of the United States.

Feel free to ask me questions!

Related Tagsvenusflytrapplanttropicalnatureleafflowerflorarareother

REVIEWS & COMMENTS

See what other buyers think about this model - real feedback on quality,
accuracy, and usability.
There are no reviews or comments yet. Please be the first one to write it.
BEST PRICE GUARANTEED
Found this model cheaper on another marketplace? Let our support team know - we’ll match it.

Venus Fly Trap - Low Poly 3D Model - Rigged - Animated Low-poly 3D model

$10.00
Royalty Free License
Created by
catalin-1
catalin-1
(3 reviews)
Hire
Like this model to show appreciation to the designer.
See how many times this model was viewed.
Share this model to support the designer and boost their visibility.
Native file format
BLEND
Size: 3.8 MB
Exchange format
OBJ
OBJ | 2 files<br />File Size: 7.6 MB
Provided by designer
Information and details shared directly by the model's designer.
3D Features
The model includes animations (movement or actions) that can be played in supported software or engines.
The model has a skeleton or bone structure, making it ready for posing or animation.
3D printing
Indicates whether the designer marked this model as suitable for 3D printing.
Model is not 3D printable
The designer indicates this model is intended for digital use only (rendering, animation, or AR/VR) and not for 3D printing.
Geometry
Polygon mesh
A model built from polygons (triangles or quads) connected in a mesh.
163000 polygons
The total number of polygons (flat shapes) that make up the 3D model.
/
71000 vertices
The number of points (corners) that define the shape of the model's polygons.
Unwrapped UVs
Unknown
Publish date
2024-04-05
Model ID
#5204022
Chat