asteroid low poly asset pack - blender

Last crawled date: 1 year, 10 months ago

it`s xmas - discount! greetings my 3d friends here we have a another detailed asset pack for your consideration, low-poly so super efficient for your renders or if your clever enough, your game project too. modelled with and as these models are procedurally textured with blenders node system : .blend .fbx .obj asteroids in total come with this pack : asteroid 01 - 468 faces / 494 tris / 249 verts asteroid 02 - 372 faces / 534 tris / 269 verts asteroid 03 - 304 faces / 310 tris / 157 verts asteroid 04 - 350 faces / 368 tris / 186 verts asteroid 05 - 377 faces / 392 tris / 198 verts asteroid 06 - 285 faces / 294 tris / 149 verts asteroid 07 - 315 faces / 328 tris / 166 verts asteroid 08 - 400 faces / 416 tris / 210 verts asteroid 09 - 277 faces / 288 tris / 146 verts asteroid 10 - 330 faces / 348 tris / 176 verts asteroid 11 - 401 faces / 432 tris / 218 verts asteroid 12 - 404 faces / 428 tris / 216 verts : faces: 4283 verts: 2340 tris: 4632 as shown in the rendered images provided you can easily build up a nice detailed scene by appending these asteroids into your project (or using a particle system as i have done in the example renders) modelled in blender 2.80/2.93 each object has a displacement node, you could if you wish, just delete it in the node setup if you don`t want to use displacement cycles render engine used for all images shown blenders superb particle system was used to create the multiple asteroid render scenes please note if you wish to use blenders render engine: you may need to go into the render properties tab - performance - low polycount on each object all modifiers closed all asteroids are numbered accordingly in the outliner no doubles or loose vertices scale & rotation applied (of course, you can easily scale to suit your project) only the asteroids are in this pack and shown for display purposes in the scene renders unwrapped - non overlapping uvs the hdri used in the renders is not included save yourself heaps of time on your own project! remember please, this asset pack is for use within please read the documentation provided if you do decide to purchase this package i wish to thank you in advance i hope you find this pack useful for your own projects have a great day & thanks as always for your interest & support! : this documentation is intended for blender users, if you wish to use the fbx / obj files provided, consider this a guide how to import these models into blender/ your blender scene: unzip asteroid_asset_pack_blend.7z (7zip if you don`t have it can be downloaded here : http://www.7-zip.org/download.html ....its free. : 1. open blender 2. go to file........find and open asteroid_asset_pack.blend : 1. select: append from the file drop down menu 2. go to your asteroid asset pack folder location 3. open: asteroid_asset_pack.blend 4. select - object - then simply choose which asteroid, or asteroids, you wish to add to your project then choose append from library they will now appear in your scene :) cycles render engine used for the images shown tested in 2.80 eevee - please see notes regarding using this render engine fbx, obj formats also provided a basic area light is setup, but i highly recommend using an hdri scale and rotation applied, although not to any particular scale. all modifiers closed non overlapping uv`s origin of all models: centre of mass all the asteroids are named accordingly in the outliner the hdri lighting used in the images provided is not part of this package you are purchasing the asteroids, in the rendered images the polycount given is for all the models combined, individual polycounts are stated above of course any of the asteroids can be duplicated as many times as you like using shift-d - makes it really easy to build up a detailed scene, just scale and rotate for a varied look to your scene hope you enjoy my work :) any questions please do get in touch thanks again for your interest! : an asteroid is a minor planet of the inner solar system. historically, these terms have been applied to any astronomical object orbiting the sun that did not resolve into a disc in a telescope and was not observed to have characteristics of an active comet such as a tail. as minor planets in the outer solar system were discovered that were found to have volatile-rich surfaces similar to comets, these came to be distinguished from the objects found in the main asteroid belt. the term "asteroid" refers to the minor planets of the inner solar system, including those co-orbital with jupiter. larger asteroids are often called planetoids.