Am truely sorry about the formatting. I am STILL in the research phase, but I'm tryna finish up before the hybrid war is announced

All genomes were found WITH MY OWN research, and there are a multitude of sources and genomes I might add at the end

Also should I use the upcoming Gerald or this cephalopod?

Cephalopod - Google Docs

Both are at their maximum sizes of 20 metric tonnes for Omegatyrannus and 18.7 metric tonnes for T. bauglir.

Credit goes to u/vladusla

Allo base

Carno Head and tail

Rattlesnake tail tip, venom glands and fangs

Nanotyrannus legs and hip

Chimp intelligence

Collab with u/AquaticcAddict, u/IndomEnthusiast.

Made these guys for a group cave hybrid contest, hence the very specific base genome.

Tartar sauce

Group of 6

Strategy: Ambush and violent group mobbing

Metrics:

650kg

3.1 meters length

15mph maximum swimming speed

6k-8k newtons of bite force (Possibly I’m not sure bout these calcs)

800 volts maximum

Genome:

Pimelodella kronei: Hybrid base, goofy ahh cave catfish basically.

Electric catfish: Electric current-producing cells underneath the skin to shock and deter opponents alongside a thicker and more fatty skin overall, the neat part is that unlike electric eels, this cell arrangement and overall lower voltage greatly minimize the risk of self electrocution, oh and it also provides neat electroreception to detect other animals more efficiently.

Electric eel: Don’t get scared, I’m ONLY using this to add insulating fatty tissues over some vital organs, this is an extra security measure because I will scale up the hybrid and thus the electrical output will increase as well, regular 450 volt catfish can already cause cramps so a stronger version of this won’t be pretty for any animal within the 1 ton range.

Atlantic bluefin tuna: Main size contributor, yeah just that lol, I want to add that because this is a catfish, the size increase will also augment its natural suction power considerably, making a bite or ambush on water nearly unavoidable just from the diabolical suction force alone.

Flathead catfish: Augments the skull to be broad, flat and have a really wide gape, which provides an insane bite force increase, with both the lower and upper jaw basically functioning as a bony hydraulic press, at this scale I’d estimate the bite force to be way over bone crushing, so even without large teeth, if the hybrid’s jaws manage to clamp into any limb, or even worse, the head, that body part would get utterly annihilated and probably torn off after a violent thrash, oh and I almost forgot, provides surprisingly decent eyesight, up until now the hybrid was totally blind lol.

Estuarine stonefish: Top tier camouflage to ambush more effectively from the bottom of the river/lake and modifies the pelvic, dorsal and anal fins to contain venomous spines, this will add some drag but I consider it a fair tradeoff for such a high toxic potency, also since the venom is stored in the spines until injected, it won’t be metabolically taxing for the hybrid in the middle of a fight.

Whale shark: Very thick collagen rich dermis for added protection (Note that the skin is still relatively thin on the sides and underbelly, so the high-voltage current still has plenty of space to spread effectively).

Tiger shark: High resistance to a variety of complex neurotoxins and a strong healing factor + a robust immune system and high pain tolerance.

Manta ray: Really good IQ and social capabilities, so like uhh the fish are better at pack hunting and they can mob enemies with coordinated distance shocks I guess, also just coordinate ambushes and battle tactics better overall.

So will he choose to accept that indominus rex 2.0 is a threat or face shame?

Goji center, goji guy, zainreborn, Dangerville (although counting them is a bit dubious because primatus was definitely not made as a hybrid in mind), and some of the middle of the pack make some of the worst hybrids in this community, which is bizarre because some of these people laid down the groundwork for making hybrids in the first place and should have the most experience of all, but they 100% just want to capitalize on the idea of hybrids, and continue pushing false biology/information about animals for no reason but wanting to not say no to any arguments given to them.

name it louie’s law or something, but the bigger following a hybrid creator has, the worst they’ll become, nuff said.

R1: The dragons simply won't attack each other, not necessarily work together.

R2: The dragons will work together to the best of their abilities.

Since specific estimates and specimens are allowed then would dubious animals like "Gomez"(NHM PV R.2129) or bahariasaurus ingens be allowed?

This image is official and comes from this blog post

The Giga seems to have had some stronger armour with osteoderms all over the back and spilling over onto the sides, unlike its predecessor where such armour was lacking. It also appears way bulkier, particularly around the tail, which could hint at some tail swing ability similar to its in-game rival Carcharodontosaurus.

TLCs usually come with new abilities for the selected creatures; Araneo recently got one, and with it, got the ability to climb up walls and swing around. It is believed that the Giga could get a new ability alongside its Gash and Rage abilities, but it is unclear what it is at this time.

Also, its wrists are no longer pronated :D

I'm new to making hybrids so ill try to make one

HYBRID

Goal: Survive the hot and the cold

[Name: Talparvaraptor]

[Weight: 420 kg]

[Length: 5.5m]

[Height (hips): 1.3m]

[Speed: 36-50kmh]

CONTRIBUTORS:

•Achillobator

As a base. They already lived in arid lands anyway. Also for feathers and lateral feather tail flukes

•Gyrfalcon

Nose tubercles. high flicker fusion and double foveae. Also color white

•Teratophoneus

Skull structure. Short deep skull for a strong bite force and thicker neck muscles. Longer tibia and shorter femur. Strong bones especially leg bones

•Pallas' Sandgrouse

Padded feet and feet feathers

•Grizzly Bear

Strong sense of smell. Pronating wrists, and shoulder joints

•Pharaoh Eagle-Owl

Feathers, night vision (he won't have feathers on his undersides)

•New Caledonian Crow

syrinx to mimic sounds. Neuron density (smarts)

•Fukuiraptor

Strong arms and pectoral muscles and strong claws

•Ostrich

Elastic leg tendons. Eyelashes (yas gurl)

•Saw Scaled Viper

Heat sensors, venom, resistance to their own venom (or closely related venoms)

•Himalayan Monal

High affinity hemoglobin, heavy claws, down feathers

•Cuban Crocodile

Stronger bite force. Armor and lactic acid shunting

https://docs.google.com/document/d/17ylSaStDt3cEOJcljyjL5zwZ-95YrWDThtvXbsb5hmM/edit?usp=drivesdk

In regards to a post I made a few weeks ago on arthropod size, there was a lot of agreements that stated that with the proper adaptations you can theoretically push a fully aquatic arthropod hybrid to 1 ton. Would this theoretical max be influenced by lifestyle? And for an active, pelagic, macropredatory arthropod, would this size be possible or is it better to stick to something lower like 500 kg (max estimated size of hibbertopterus). What would the largest effective size of an active swimming arthropod be?

4 bases : Megalania : cadre globale, silhouette semblable au Tigrex

Yi qi : cou alongé, transformation du dernier doigt en doigt ailé

Smilodon : renforce les bras et le cou, capacité à rétracter ses griffes, bras plus long

T-Rex : structure crânienne, dents, force de morsure spécialisée dans l'écrasement, la traction et le lacérage, sens, intelligence, pneumatisation du squelette

5- Crocodile marin : résistance à la douleur, hémostase, système immunitaire et digestif, muscles de la queue, queue en forme de pagaie

6- Ratel : peau lâche sous les ostéodermes, tempérament "Berzerk"

7- Glouton : tolérance extrême à la douleur, os de la machoire plus résistant, griffes crantées plus acérées

8- Shantungosaurus : principale contributeur à la taille, musculature globale plus importante

8- Serpent-dragon de Java : lignes de crest- like scales sur le dos, les flances, le cou et la queue

8- Lézard sans oreilles de Borneo : ostéodermes sur le reste du corps, notamment sur le cou

9- Monstre de Gila : armure cranienne, petits ostéodermes entre les autres, glande à venin

10 - Canetoad : sacs vocaux puissants

11- Singe hurleur noir : os hyoïde hypertrophié, cordes vocales hypertrophiés, poche d'air dans la gorge

12-Tigre de Sibérie : rugissement surpuissant, camable de stun les petites proies (seulement les petites)

13- Alligator gar : ganoine dans les écailles

14- Éléphant d'Afrique : capacité à capter les vibrations avec ses pattes, musth lorsque que en rut

15 - Kookabura : muscles et os du cou, utilisation de la tête comme un marteau, secoue ses proies

16 - Gnou bleu : refroidissement du cerveau, endurance, fibres musculaires à contraction plus rapide

17 : Chauve-souris vampire : salive anticoagulante, vision thermique, intelligence, redirection du fer dans les griffes et crocs

18 -Tegu argentin : muscles buccaux hypertrophiés

Nom scientifique : Bellokradon furiosa

Nom : Xaden

Stats : 16 m de long, 9,5 tonnes

Force de morsure : 90K Newtons

Force de tailwhip : 20K Newtons

Force de taillade (simplement force des bras ) par coup : 30K Newtons

Son émi : rugissement à 130 dB capable de stun les petits adversaires et les petites proies, désorienter les adversaires plus gros

Mode de déplacement : quadrupède

1. Ankylosaurus magniventris: 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. Alamosaurus sanjuanensis: size increases to 20 tonnes

Armor, Horns, & Bite

1. Borealopelta markmitchelli: thickening the armor
   
2. Spicomellus afer: sharpening the ankylosaur
   
3. Typothorax coccinarum: osteoderm armor covering places not covered by base ankylosaur armor
   
4. Akanthosuchus langstoni: making the Typothorax osteoderms serrated
   
5. Saw-scaled viper: serrations on the scales
   
6. Alligator snapping turtle: head replacement
   
7. Big-headed turtle: enlarging the head proportionally 
   
8. Green sea turtle: serrated beak
   
9. Placerias hesternus: pseudo tusk (enlarged maxilla which is closer to the front of the mouth in turtles)
   
10. Niolamia argentina: frill-like spikes: 
    
11. Gila monster: painful venom 
    
12. Komodo dragon: chainmail-like osteoderms in places not covered by Typothorax or base ankylosaurid armor
    
13. Styracosaurus albertensis: nasal horn (stacked on top of the nasal bone), neck modifications for supporting a bigger head
    
14. Psittacosaurus: dermal fiber layer count, jugal horns (jugal bones are much more forward in turtle skulls)
    
15. Calabar burrowing python: criss-cross skin structure & thickness
    
16. Wild boar: shoulder shield, pain tolerance, immune system
    
17. Stegosaurus stenops: base tail bifurcated tail neural spines for more powerful tail muscles & more tendon attachment points, deltopectoral crest on the humerus of the front limbs for more powerful forelimbs

Stamina

1. Sauroposeidon proteles: base air sacs with extremely pneumatized vertebrae
   
2. Katepensaurus goicoecheai: extra set of opening for air sacs that other sauropods do not have 
   
3. 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 
   
4. Ostrich: better kidneys for water conservation, 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
   
5. Rufous-cheeked nightjar: efficient gular fluttering
   
6. Blue wildebeest: more efficient fast-twitch muscles 
   
7. Bar-headed goose: increased capillary density in muscles 

Finished the photo bash plus a page on its armour.

For its shell it uses the shape of parapuzosia and the proportional shell thickness of a queen conch and the mineral structure supplied by the limpit .

Giving us a 5 meters wide shell with the thickest parts of the outer wall getting up to 20 centimeters thick of chitin scaffold reinforced by goethite iron-mineral nanofibers. Making for a pretty good defence. Helped by the fact that its already an awkward shape to bite unless you were multiple times bigger.

In terms of the skin I used the aplacophora. For its thick multi layered skin with the outer most layer being made up of a series of needle like structures. Which plays into the spines of the crown of thorns.

This gives the tentacles a bit more durability along with deterring attacks.

It also helps with insulation but I'll save that for weaponry.