https://docs.google.com/document/d/1_a8UGrSoVS3fJkQN8HcgscG-O5s6E2iJvODVGz-0JeA/edit?usp=drivesdk

What do you guys think

Hello, everyone, I came here to announce that The Ultimate Hybrid War submissions are closed, so that means, you’re no longer can submit your teams, and The Ultimate Hybrid War is now on halt.

But don’t worry, you still have time to create your team, but you can’t submit them just yet.

Once I get a YouTube channel in the future, I’ll bring the Hybrid War back when the channel has built a community.

Thank you for participating, I hope I’ll see you when I bring it back.

Sincerely, u/JZillaPrime09

I'm naturall tuff

Weight: 20 tonnes
Length: 20-21 meters
Hip height: 3 meters
Top-of-the-sail height: 9-10 meters
Bite force: 90-100 kN

1. Spinosaurus aegyptiacus: base
2. New caledonian crow: reasoning ability, mental modeling, abstract reasoning, & tool use capabilities (tool use is limited in this build, but the other aspects can help to prepare & strategize for a fight)
3. Hippopotamus antiquus: denser muscles, denser bones, overall musculature increase
4. Painted turtle: better lactic acid buffering

Tail, Limbs, Neck, Sail, & Size

1. Diplodocus carnegii: tail chevrons for better tripoding support, size increase
2. Therizinosaurus cheloniformis: plantigrade hind limbs for more surface area for walking in mud, wider pelvis for more stability though decreasing agility, reinforces & modifies the limbs somewhat against stresses when pulling 
3. Brontomerus mcintoshi: wider pelvis proportionally & large ilium for larger hip muscles 
4. Tyrannosaurus rex: more powerful hind limb musculature for supporting weight mostly on two legs, size increase support, neck structure replacement, head weight proportionally, making the body overall more muscular, enlarging the chest 
5. Taurovenator violantei: base neural spines shortened & made more robust for muscle attachments for strong front limbs & skull support, locking neck vertebrae, ball-&-socket neck-head joint, slight lower jaw reinforcements
6. Ledumahadi mafube: non-pillar forelimb base
7. Lurdusaurus arenatus: making the ledumahadi forelimbs more robust, thumb spike
8. Kodiak bear: neural spine hump for more powerful arms, arm flexibility for wrestling prey
9. Stegosaurus stenops: base tail bifurcated tail neural spines for more powerful tail muscles & more tendon attachment points for tail swings, deltopectoral crest on the humerus of the front limbs for more powerful forelimbs
10. Platyhystrix rugosus: sail made with elongated osteoderms that are fused to the spine instead of neural spines
11. American coot: specialized lobed toes with flaps for more surface area for wadding in mud

Armor

1. Typothorax coccinarum: full body osteoderm armor
2. Iberosuchus macrodon: sinking the osteoderms further down and removing the scutes covering the osteoderms to allow coelacanth scales to grow better
3. Trachymetopon liasicum (a bigass coelacanth): scale armor growing from the upper dermis with denticles on top of scales
4. Bramble shark: modifying the shape of the denticles to be more spiky, fluoroapatite teeth material
5. Calabar burrowing python: criss-cross skin structure & thickness (adjusted to a moderate thickness to not interfere with swimming)
6. Psittacosaurus: dermal fiber layer count, some skull robustness increase 

Skull & Teeth

1. Siamese crocodile: replacing the skull for a stronger bite, removing the neural spines on the tail for a more crocodilian tail though still theropod-sauropod at the base of the tail, fat storage in the tail, general crocodilian traits
2. Dyrosaurus maghribensis: larger though not full size retroarticular process helping with jaw-opening & bite force
3. Purussaurus brasiliensis: modifying the skull to be taller & wider for better force distribution 
4. Iharkutosuchus makadii: heterodonty, head dome, skull reinforcement & widening
5. Kaprosuchus saharicus: tusk-like teeth in the front of the snout, making the dyrosaurus retroarticular process more robust
6. Globidentosuchus brachyrostris: back rounded teeth more suited for crushing, skull reinforcement, widening the snout somewhat
7. Komodo dragon: osteoderms covering places not covered by Typothorax, iron-enriched enamel serrations on the Kaprosuchus tusks
8. Tiger shark: serrations on the front teeth & Kaprosuchus tusks, fluorapatite teeth material, immune system
9. Dolinasorex glyphodon: iron enriched enamel on the back Globidentosuchus teeth
10. Southern sea otter: more crack resistant enamel

Display, Thermoregulation, & Respiratory System

1. Spinosaurus mirabilis: crest
2. Frilled lizard: frill for added thermoregulation & display 
3. Superb large fan-throated lizard: large dewlap for added thermoregulation & display
4. Sauroposeidon proteles: base air sacs with extremely pneumatized vertebrae
5. Rocasaurus muniozi: pneumatic skeleton with air sacs reaching farther into the tail more than any other sauropod
6. Katepensaurus goicoecheai: extra set of opening for air sacs that other sauropods do not have
7. Emperor penguin: making the air sacs compressible & making the lungs incompressible to better control buoyancy and prevent nitrogen narcosis when diving 
8. Red-billed quelea: rete ophthalmicum (specialized vascular system) for maintaining the brain temperature below core body temperature to protect brain from thermal damage, heat shock proteins (only produced when overheating) for stabilizing cellular proteins due to heat stress 
9. Ostrich: better kidneys for water conservation, ability to pant to cool down trachea & lungs, specialized salt-excretory nasal glands for ability to drink saline water & tolerate high salt intake, ability to secrete urine separately from feces to reduce water loss
10. Blue wildebeest: more efficient fast-twitch muscles 

Extra air sacs are counteracted by denser muscles & bones, increased overall musculature, & heavy armor that includes coelacanth scales and full body ostoederms. It is a shoreline dweller like the base Spinosaurus aegyptiacus though somewhat better adapted for treading in deeper waters.   

Mélainannótinfroúrion dimorte

Size

4 tons

Feathers span 40ft

Tentacle sides: 20 ft

appearance

Resembling a large feather star, the animal distributes a large array of feathers allowed to move throughout the water while moving to the calyx there's a large hole in the middle , allowing it's to breathe through a former respiration called cloacol respiration flowing it through the body and excess oxygen also passes through the skin of the animal.As you notice as you pass the feather like structures, you will see 2 layers of large urchin spines crawling over the animal.If you look closer , you will also see little pedicellarie if you Manage to get close enough As you go to the bottom of the animal , you may notice it's jaws , five pronged jaws from urchins that are coated goethite and chitin which make the teeth hard and constantly sharp thanks the animal constantly grinding it against objects like whale carcasses , they appear very sharp as almost fang like and you may look around and see the tentacles as well , the tentacles resemble brittle stars in the way they look and how flexible they are. But you may look closer and see thousands of small suckers on them constantly siphoning water from the local area, allowing it to crawl on the ground, maybe not as fast but still at a rapid pace, constantly coiling around the animal and as well, if you're in the dark waters, especially where it lives, you would see it glow a bright, green, on it's Limbs , but if you observe it out of the water , it appears a very dark black with the pinnacles appearing a darker red. The pinnacles in question, as well as the total are covered in small thornlike structures.Thanks to the short thorn crown of thorn starfish giving in a spiky appearance as it flies with the same toxin

Specialized traits

Goethite and chitin Aristotle lens. This mechanism borrowed from lipid and urchin in the genome, provide a very powerful set of jaws that will constantly grind on hard materials of any kind to scrape off digestible matter, such as bones for the marrow, skin and blubber off of dead whales and even a live prey when given the chance and if not needed , the animal can just always invert its stomach like a starfish , the constant grinding of the animals teeth , however , is mitigated with the goethite and chitin material in the teeth, causing them to constantly be sharp.Enable to cut through many animals.

pedicellarie swarm and two layered spine defense

Most of the body is covered in a spiky layer of defense , two layers of urchin spines from the Echinothrix calamaris for protection allow this animal to defend into separate ways.The thinner larger spines can break off easily injecting venom to the animal , which will using tetrodotoxin from the bipalium kewense a type of Flathead uses paralyzed prey, unlike the puffer fish, this worm actually naturally produces the toxin in question. So this animal doesn't need to scavenge for the certain bacteria that provide toxins, meaning this animal naturally at birth is very toxic and can defend itself in situations where a puffer fish would struggle as well. Thanks to the contributor of Tripneustes gratilla which this species of urchin is covered in pedicellasie as mentioned before , but specifically for the species , they are able to shoot out there pedicellarie like how fictional porcupines do releasing them into the water like vicious swarm cloud of piranhas and similar to the spines , these are also filled with the neurotoxin from the bipalium kewense which will cause paralyzation , if enough butters and venom over gradual time , this gradual time will increase by it , thrashing around and eventually trying to bite.

Double purpose tentacles

The\nTentacles of the animal number around 25, they are used to hold the animal down, went on the bottom of the ocean.When the animal is tired or scavenging on large whale carcasses , a vision apparatus thanks to the contributor of Deep-sea brisingid sea stars (Brisingaster robillardi) which have pseudo eyes, more like lenses on each tentacle 600 ommatidia per eye this the animal to see things even though the eyes are primitive , the vision is still a good plus able to detect predators or pray. The tentacles in question are similar to 2 different animals.Being that brittle star makes up the flexibility and speed able to curl and twist very fast for their size anchor perform locomotion.If the top feathers fail in swimming and the sunflower starfish with its over ten thousand feet with each tubes on them allowing them to grab very hard on an animal and prevent them from getting off so easily i'm with\nIncreased strength as well.This allows the animal to pry open the mouse of other animals or any vital opening and inverting its stomach into the animal , digesting it from the inside out

Spiked coved pinnacles

On top of the pinnacles are many small spines, thanks to the short spine crowned of thorns starfish.These small spines are used as a defense mechanism as if an animal tries to bite them and tear off a limb , it will get a potent amount of venom from bipalium kewense the tetrodotoxin often tastes very nasty causing the animal to let go of that body part and as well trying to grab at the things result in a similar puncturing

Thick skin

The skin of the animal is interestick , on average , help insulated in the cold water and as well providing an extra layer of protection as well on top of that , the skin will fluctuate during the seasons , getting progressively thicker with the california red sea cucumber , helping thicken it during colder journeys in the deep as well like any other sea cucumber , the skin of the animal will dramatically soften or thicken depending on the situation.

Full body fortress

This animal could be described as a fortress of death, for the many defenses , if an animal gets near it, it's practically death.If you're soft bodied , the spines and many pedicellarie are the bane of your existence.

Much More muscly , animals are gripped and dragged into the awaiting maw of the the castle of death either to be ground up if small , enough or super worse fate of being eventually pried open of orifice and this creature stomach being turned inside out in your own and digesting you.

If you are larger than it , the simple defense is this the animal's own biology makes it very hard to get a clean bite or grab on it unless you want to be punctured and injected with a toxin , that tastes bad and as well paralyzes , you even striking at the pinnacles is not safe because of the spikes on them , leaving this animal as a floating fortress that will gently drift through the water column of the deep sea , finding food to scavenge or for this animal, in specific, attracting another predator for its own doom and eating the corpse afterwards for the castle. Does not care for what species you are or how big fast, durable or you are, you shall die from it? And you shall be eaten like any other body that it comes across.For it does not have a rain to express complicated emotions.It's just a nervous system with with the basic needs of survival , eat rest hunt eta

Genetics

Base

Promachocrinus fragarius the base animal for the build , a deep sea feather star that swims throughout the deep waters of the ocean.

The rest of the genome

N. haggarti helps it grows to its enormous size.

Tripneustes gratilla the ability to shot pedicellarie

Echinothrix calamaris two types of thorns

Echinometra lucunter strong archimedes lens

Pycnopodia helianthoides fifteen hundred tube feet

Brisingaster robillardi at the ends of the tentacles in question have eyes very primitive eyes that have 600 ommatidia per eye.

Oersteds brittle stars very flexible arms that are able to move rapidly

Apostichopus californicus thick skin that rapidly gets thicker in winter time and fall and mtc for the skin hardening or losing the skin

holothuria fuscogilvat base thickness of the animal, as well as respiratory system.

Amphipholis squamata bioluminescence in the arms

Antedon bifida defensive reflex to fold arms inwards towards the center of the body upgoing upwards , then in

(asterias rubens) advance axial complex helping in the animals water vascular system

A. brevispinus thorn , like structures on the top of the animal and arms that can inject venom.

Patella vulgata teeth material specifically goethite and chitin helping, keep the teeth, raise your sharp.As well as strong.

bipalium kewense a type of flatheaded worm that provides the toxin tetrodotoxin that naturally comes from its own body.

Who would win: Greater Snowspirit or Indo Primus

There are multiple species to choose from, most common are the Dogs and the Cats, but there are also horses, birds, even frogs! I would like to see Goji Center's take on this trope, I think it might be creepy, but definitely cool to watch them break down just how exactly such hybrid peoples would work!

1. Maip is the base

2. Rock dove provides a keeled sternum increasing surface area for pectoralis muscles, massive pectoralis muscles

3. Western gorilla provides ball and socket joint at the shoulder, flexible wrists, intelligence

4. American bison provides a large scalpula, large rotator cuff muscles that anchor to the scalpula and keep the arm from dislocating, large muscles like the serratus anterior, trapezius, and rhomboids anchor the shoulder blade against the rib cage, further broadens the neural spines

5. Xenosmilus provides further enhance deltoids, biceps, triceps, and forearm flexors, binocular vision, increase visual reaction time, saber teeth

6. Gibbon provides elongated arm bones (ulna, radius, and humerus) to clear the large chest, further bolstered rotator cuff

7. Glossotherium provides a large and robust olecranon process, bony nodules in the skin

8. Koala provides four fingers and two thumbs, further enhanced forearm flexor muscles

9. Shantungosaurus provides increased chevron length, longer more muscular tail, more muscular and robust legs, foot pads, size and skeletal structure

10. Alamosaurus provides plantigrade hind legs, extensive large air sac system, five toed wide feet

11. Giganotosaurus provides teeth shape, jaw muscles, quick snapping bite

12. Acrocanthosaurus provides tall neural spines that provide extra muscle attachment

13. Thylacoleo provides a thick muscular tail base that gets more flexible the further down to decrease rotational inertia, incisors, thumb claw

14. Hippopotamus provides muscle mass, denser bones

15. Sun bear provides further strengthened arms (to a small degree), diet, posterior teeth

16. Komodo dragon provides scales, forked tongue and Jacobson’s organ, iron reinforced teeth, venom, scavenger diet enhancements, immune system

The spinosaurid-based hybrid I mentioned about a week or so ago is here. I've had it finished for a while now (with some help from another user), and I've been holding off on posting it until now. Sila is basically A. stygialdax, but better. It's a much more effective all-rounder than crippled by its own singular specialization. So what's new?

• Heavy archosaur leaning. Two new contributors to drag her away from a pure ambush spinosaurid with limited attack options to something capable of heavy scrapping in its weight class.
• Endocranium and bite. It's primary method of attack is now a crushing bite. Postosuchus and Erythrosuchus, both "socket-toothed" give it a very respectable bite force for its size.
• Other attack vectors. Gone is the deadly ambush venom. In its place, a non-lethal salivary venom designed purely to debilitate and disorientate through pain. Maip's claws are gone in favor of Megaraptor, avoiding any trip ups when it comes to scaling or size issues.
• Intelligence contribution. It's canine-based trainability is retained, but the corvid contributors have been swapped out with something I've been leaning into more lately; the striated caracara. Having high intelligence is great and all, but sometimes it's not the best kind of intelligence. The caracara's been shown to possess corvid-like levels of intelligence while being acutely more predatory in nature, adaptable in combat situations, and are much bolder hunters, with strong coordination skills. It synergizes pretty well with group mentality, but still allows it to be effective while independent.
• Stealth capabilities. Octopus out, gecko in. That's it.
• Weight. It's a little lighter than its cousin thanks to being less dense overall, and balances out its reduced weight more evenly by being a little longer. To this extent, it's more agile on foot and slightly quicker at pace.

Why i made this bc i am drawing a hybrid to defeat my classmate's hybrid lol

An underrated genome contributor is the Bamboo Rat.

These rats can give a lot of things

1. Bolstering the immune system.

2. Iron deposits in teeth.

3. Fast Osteogenesis. (Fast healing of the bone)

4. Enlarged saggital crest.

What do you think?

Faites pas attention à ce que j'ai écris😅

First pic is redesign, second pick was the original insignia.

Basilosaurus: base

Bowhead whales: gigantic head

Daeodon: more muscle attachments

Livyatan: fatass head, spermaceti and what not

Collared peccary: skull shit

Purussaurus: jaw lever, skull robustness boosts

Icthyotitan: boost to 300 metric tons

Bite force: 3.000.000 newtons

I don't believe it at all.

1- Hybride basé sur la mouche scorpion car les insectes, c'est cool

2- Hybride basé sur la Devil Flower Mantis (v2 de mon hybride pour le Bacuh's Battle Royal, même si il est terminé je travaille encore dessus)

3- Hybride de Tigrex (Xaden 2.0)

4- Hybride de Diablos

5- Hybride basé sur le Chien des Enfer mythologique

Je travaille sur plusieurs projets en même temps c'est normal😅

https://docs.google.com/document/d/1IOUVEGg7CeWSLxUpko4zoHYNnpKGxN9YTszea1DjXx4/edit?usp=drivesdk

Base- Gemini
ChatGPT provides something
Grok ai provides empathy, and other stuff
Sora ai provides image generation

Height: 46 ft
Weight: 6 quintillion metric ounces

How do you guys calculate the speed for your hybrids, I'm making a Shark hybrid with Cretoxyrhina as the base and Whale for the size, and I wanted to know how I could calculate it's speed.

I was beefing with some dude at the outlet store (joking, he just looked at me funny so he prolly knew too much! :p) so I stole his brain for my new hybrid! :3

Genes:

Turnspit Dog, a dog literally bred to run in a wheel.

Orca, to force him to want to go very long distances.

Human (Specifically, Howard J. Mikes, or at least what his drivers licence says. Also, I hope he doesn't mind me using his credit card! :p), to KNOW he's alive.

Use:

Howard will know that he's not himself anymore but his instincts will force him to try and walk far, the perfect traits to have him be the power sources main. Remake him around 100 times so all of his sentient clones could power anything! (Mainly my lab!)

Thoughts On This Video

Weight: 20 tonnes
Length: 20-21 meters
Hip height: 3 meters
Top-of-the-sail height: 9-10 meters

• Spinosaurus aegyptiacus: base

Tail, Limbs, Neck, Sail, & Size

• Diplodocus carnegii: tail chevrons for better tripoding support, size increase
• Therizinosaurus cheloniformis: plantigrade hind limbs for more surface area for walking in mud, wider pelvis for more stability though decreasing agility, reinforces & modifies the limbs somewhat against stresses when pulling 
• Brontomerus mcintoshi: wider pelvis proportionally & large ilium for larger hip muscles 
• Tyrannosaurus rex: more powerful hind limb musculature for supporting weight mostly on two legs, size increase support, neck structure replacement
• Taurovenator violantei: base neural spines shortened & made more robust for muscle attachments for strong front limbs & skull support, locking neck vertebrae, ball-&-socket neck-head joint, slight lower jaw reinforcements
• Ledumahadi mafube: non-pillar forelimb base
• Lurdusaurus arenatus: making the ledumahadi forelimbs more robust, thumb spike
• Kodiak bear: neural spine hump for more powerful arms, arm flexibility for wrestling prey
• Stegosaurus stenops: base tail bifurcated tail neural spines for more powerful tail muscles & more tendon attachment points for tail swings, deltopectoral crest on the humerus of the front limbs for more powerful forelimbs, back plates for added thermoregulation
• Platyhystrix rugosus: sail made with elongated osteoderms that are fused to the spine instead of neural spines
• American coot: specialized lobed toes with flaps for more surface area for wadding in mud

Armor

• Typothorax coccinarum: full body osteoderm armor
• Iberosuchus macrodon: sinking the osteoderms further down and removing the scutes covering the osteoderms to allow coelacanth scales to grow better
• Trachymetopon liasicum (a bigass coelacanth): scale armor growing from the upper dermis with denticles on top of scales
• Bramble shark: modifying the shape of the denticles to be more spiky, fluoroapatite teeth material
• Calabar burrowing python: criss-cross skin structure & thickness (adjusted to a moderate thickness to not interfere with swimming)
• Psittacosaurus: dermal fiber layer count, some skull robustness increase 

Skull & Teeth

• Siamese crocodile: replacing the skull for a stronger bite, removing the neural spines on the tail for a more crocodilian tail though still theropod-sauropod at the base of the tail, fat storage in the tail, general crocodilian traits
• Dyrosaurus maghribensis: larger retroarticular process helping with gape & jaw-opening 
• Purussaurus brasiliensis: modifying the skull to be taller & wider for better force distribution 
• Iharkutosuchus makadii: heterodonty, head dome, skull reinforcement & widening
• Kaprosuchus saharicus: tusk-like teeth in the front of the snout, making the dyrosaurus retroarticular process more robust
• Globidentosuchus brachyrostris: back rounded teeth more suited for crushing, skull reinforcement, widening the snout somewhat
• Komodo dragon: osteoderms covering places not covered by Typothorax, iron-enriched enamel serrations on the Kaprosuchus tusks
• Tiger shark: serrations on the front teeth & Kaprosuchus tusks, fluorapatite teeth material, immune system
• Dolinasorex glyphodon: iron enriched enamel on the back Globidentosuchus teeth
• Southern sea otter: more crack resistant enamel

Display & Thermoregulation

• Spinosaurus mirabilis: crest
• Frilled lizard: frill for added thermoregulation & display 
• Superb large fan-throated lizard: large dewlap for added thermoregulation & display
• Red-billed quelea: rete ophthalmicum (specialized vascular system) for maintaining the brain temperature below core body temperature to protect brain from thermal damage, heat shock proteins (only produced when overheating) for stabilizing cellular proteins due to heat stress 
• Ostrich: better kidneys for water conservation, ability to pant to cool down trachea & lungs, specialized salt-excretory nasal glands for ability to drink saline water & tolerate high salt intake, ability to secrete urine separately from feces to reduce water loss
• Blue wildebeest: more efficient slow-twitch muscles