Tytar, The Tyranitar Erythrosuchus
Scientific name: Cephalogigas Tyranitrus.
Species name: Tyranitrios.
Specimen name: Tytar, Tyrani, or Nitar (nicknames).
Genomes and their functions.
Erythrosuchus: Genetic and bodily foundation.
Triceratops horridus: Neck and jaw musculature, increased size, teeth, gum structure, and primary diet.
Jobaria tiguidensis: Columnar legs (retaining their original length); contributes cardiovascular and respiratory systems, increased size, and hollow yet dense bones capable of supporting its weight—though the density is such that walking is impossible.
African Elephant: Contributes wider leg bones, sociability, and intelligence; provides skin with thermoregulatory micro-wrinkles and foot pads for vibration detection.
Tyrannosaurus rex: Contributes jaw musculature, powerful binocular vision, and an enhanced sense of smell; reinforces tooth enamel and gums; provides a specialized, potent gastric juice blend for efficient meat digestion.
Humphead parrotfish: Fuses the ceratopsid teeth together to form teeth that are much larger and more durable than standard ones, while retaining the characteristic ceratopsid tooth shape.
Huayangosaurus: Contributes plates used for thermoregulation and defense.
Dacentrurus: Contributes spikes extending from the mid-body to the tail; enlarges and elongates the standard *Huayangosaurus* plates; provides a longer, more flexible tail.
Scelidosaurus: This will result in a greater abundance of Huayangosaurus-style plates on the body; this is possible because both Huayangosaurus and Scelidosaurus are thyreophorans.
Measurements:
Height: 4 meters at the back (excluding plates or spikes).
Length: 11.5 meters total length.
Weight: 15 metric tons.
Bite force: 60,000 Newtons (maximum). It is a bite characterized by constant, increasing pressure.
Top speed: 10 kilometers per hour.
Diet: Herbivorous.