This beetle is a fighter and fight other male beetles. Part of their behavior, they need an opponent to fight with. They have a lifecycle, if you want to learn their life cycle, look below

LIFE CYCLES
Egg, Larvae, Pupal, Beetle


The model is from the game called It Takes Two
<img src="https://i.ytimg.com/vi/KFKo6WTHex0/maxresdefault.jpg" alt="Giant Beetle Boss fight - It Takes Two"/>


Heres the real life beetle
<img src="https://upload.wikimedia.org/wikipedia/commons/thumb/0/0e/Dynastes_hercules_ecuatorianus_MHNT.jpg/1200px-Dynastes_hercules_ecuatorianus_MHNT.jpg" alt="Hercules beetle - Wikipedia"/>

And the massive larvae nightmare
<img src="https://upload.wikimedia.org/wikipedia/commons/thumb/2/2d/Hercules_beetle_%28larva%29.jpg/170px-Hercules_beetle_%28larva%29.jpg" alt="Hercules beetle - Wikipedia"/>

Hercules Beetle

This remarkable golden poison frog (*Phyllobates terribilis*) lives on the ground in humid forests along the Pacific coast of Colombia. They breed by females laying eggs on the ground, in which males transport the larvae to permanent freshwater pools. They are mostly commonly found as mint green and yellow however they can occur as orange. This frog is well known for its densely toxin-coated skin. 

This animal was captured by the Beastcam MACRO from the collection of Michael Wallitis.

Downloads are freely available for creative and non-profit use. To inquire about licensing, please visit **www.digitallife3d.org**.

Model 39 - Golden Poison Frog

Built around the skeletal remains of the Godzilla that attacked Tokyo in 1954, Kiryu was an advanced cyborg designed to defend Japan from the kaiju that frequently menace it, particularly the current Godzilla. Kiryu first saw action in 2003 when he was deployed to battle Godzilla when he surfaced at Hakkeijima. However, Godzilla's roar awakened the original Godzilla's restless spirit that was attached to Kiryu's skeleton, causing the machine to go berserk. Kiryu was recalled and his programming altered so this incident could never occur again, then was sent out against Godzilla a second time when he landed at Tokyo. Kiryu fought Godzilla to a draw, leaving him with a gruesome chest wound and himself losing an arm. Kiryu was rebuilt over the course of a year, and sent into combat with Godzilla again when he returned to Tokyo. Kiryu fought alongside Mothra and her twin larvae, and finally triumphed against his organic counterpart by reopening the wound on Godzilla's chest.

Kiryu - Millennium Mechagodzilla - Godzilla PS3

"These mutated Great American cockroaches, colloquially called "radroaches" or simply "giant cockroaches," are enlarged versions of the pre-war species that have increased in size, due to atomic fallout."
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* The radroach larvae model (far left) is unchanged and exported directly from Fallout 4
* The middle one is my recreation of a somewhat older radroach, textures are also from FO4
* The fully grown radroach model (far right) is exported from Fallout: New Vegas with FO4 textures
* All of them are seperate meshes

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* Corrected the UV for FO4 textures to work with the New Vegas radroach model

Fallout Recreation: Radroach Lifecycle

This remarkable golden poison frog (*Phyllobates terribilis*) lives on the ground in humid forests along the Pacific coast of Colombia. They breed by females laying eggs on the ground, in which males transport the larvae to permanent freshwater pools. They are mostly commonly found as mint green and yellow however they can occur as orange. This frog is well known for its densely toxin-coated skin.  This "Mint" color morph differs from the "Yellow" morph that is also part of our collection.

This animal was captured by the Beastcam MACRO from the collection of Michael Wallitis.

Downloads are freely available for creative and non-profit use. To inquire about licensing, please visit **www.digitallife3d.org**.

Model 41 - Phyllobates terriblis, "Mint morph"

License: **CC0**  
  
緑色型幼虫, Larvae, green type. 
  
Animalia 動物界  
　Arthropoda 節足動物門  
　　Insecta 昆虫綱  
　　　Mantodea カマキリ目  
　　　　Mantidae カマキリ科  
　　　　　Tenodera オオカマキリ属  
　　　　　　Tenodera angustipennis チョウセンカマキリ

CC0 チョウセンカマキリ緑色型  幼虫, Korean Mantis

License: **CC0**  
  
褐色型幼虫, Larvae, brown type. 
  
Animalia 動物界  
　Arthropoda 節足動物門  
　　Insecta 昆虫綱  
　　　Mantodea カマキリ目  
　　　　Mantidae カマキリ科  
　　　　　Tenodera オオカマキリ属  
　　　　　　Tenodera angustipennis チョウセンカマキリ

CC0 チョウセンカマキリ幼虫 Korean Mantis, T. angustipennis

License: **CC0**  
  
幼虫, Larvae 
  
Animalia 動物界  
　Arthropoda 節足動物門  
　　Insecta 昆虫綱  
　　　Coleoptera 甲虫目・コウチュウ目  
　　　　Hydrophilidae ガムシ科  
　　　　　Hydrophilus ガムシ属  
　　　　　　Hydrophilus acuminatus ガムシ

CC0 ガムシ幼虫 Silver Water Beetle, H. acuminatus

Larvae found in the parent polyp_7 (Name in raw data XTL17W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #7 Caryophyllia huinayensis

Stage distribution of brooded larvae (n = 564) of C. huinayensis. Different colours represent developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The standardised polyp represents a reference model generated by aligning all individual polyps, selecting the region of maximal overlap, and ensuring inclusion of all larvae from each polyp.

Standardised polyp Caryophyllia huinayensis

Larvae found in the parent polyp_8 (Name in raw data XTL3W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #8 Caryophyllia huinayensis

Larvae found in the parent polyp_1 (Name in raw data CH13W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #1 Caryophyllia huinayensis

Larvae found in the parent polyp_6 (Name in raw data XTL11W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #6 Caryophyllia huinayensis

Larvae found in the parent polyp_9 (Name in raw data XTL6W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #9 Caryophyllia huinayensis

Larvae found in the parent polyp_4 (Name in raw data LHP2W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #4 Caryophyllia huinayensis

Larvae found in the parent polyp_2 (Name in raw data LHP11W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #2 Caryophyllia huinayensis

Larvae found in the parent polyp_5 (Name in raw data LHP5W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #5 Caryophyllia huinayensis

Larvae found in the parent polyp_3 (Name in raw data LHP12W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #3 Caryophyllia huinayensis

Help us with ocean education by telling us how you are using the download file here: https://www.thehydro.us/3d-models/

Collected in Kalaupapa, Hawaii in 2015.

A near threatened species: http://www.iucnredlist.org/details/133407/0

Many species of the family Pocilloporida are brooders, meaning they reproduce by internal fertilization (as opposed to broadcast spawning, whereby coral colonies release gametes, i.e. eggs and sperm, into the water for external fertilization). Brooded larvae are competent to settle upon release, so brooding species are more capable of local retention on a reef.

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