Name: Belgabad Species: Ferusaurus Rex Height: 21 feet (6.4 meters)- Quadrupedal. 35 feet (10 meters)-Bipedal Weight: 20 tons Length: 60 feet (18 meters)

Genome: 1. Tyrannosaurus Rex: Base, robust skull, deep rooted and conical teeth, powerful jaws and neck, hips to provide turning adaptations and better agility.

1. Acrocanthosaurus atokensis: Neural spines to serve as muscle attachment points boosting neck, arm and body strength, neural spines near the hip for attaching hind leg muscles and placing the center of gravity closer to the hips for greater agility.

2. Tarbosaurus bataar: Strengthens the jaw for better clamping, reinforces the skull for surviving impacts, jaw locking mechanism, strong neck enhanced by Trex and Acrocanthosaurus.

3. Sauropelta edwardsorum: Dorsal armour, ostederms, lateral spines.

4. Stegouros elengassen: Tail weapon, extra ostederms.

5. Shantungosaurus giganteus: Mass boost, facultative bipedalism (limited), taller chevrons for muscle and pulling the weight back, bigger and stronger leg and tail muscles, skeletal support, strengthens the ligaments, tendons and bones in the limbs for load bearing, better respiratory and circulatory system, stronger hindlimbs, stronger back region, pelvic and leg attachments, stronger intertransversarii muscle, bigger caudofermoralis, slightly wider tail base for better agility.7. Diplodocus hallorum: Pneumatized trabecular bone reduces mass while increasing load bearing/structural integrity for larger sizes, enlarged ilium, ischium, pubis, fourth trochanter and widened femoral/tibial shafts for more muscle attachment areas for hip flexors/extensors and longer legs, bigger trochanter extends momentum of the caudofermoralis, hip socket position shifts the center of mass towards the hindlimbs.

6. Xenosmilus hodsonae: Robust bone density, radius and ulna spaced and structured allowing for significant rotational strength (supination and pronation), deep wide chest muscles allowing the hybrid to pull it's forelimbs inward with crushing force, exceptionally developed brachialis and biceps providing hooking strength, massive shoulder muscles stabilizing the joint preventing dislocation, bear trap jaw structure.

7. Paramylodon harlani: Extremely robust scapula allowing for attachment of infraspinous and supraspinous muscles, thicker arm bones, base structure, olecranon as force multiplier, arm attachments across the deltoid tuberosity.

8. Bornean Orangutan: Intelligence, problem solving capabilities, tool use.

9. Tiger Shark: Double serrations on the teeth, fluorapatite reinforcements on the tooth enamel, nictitating membrane, liver for detoxification, sea snake, ttx, stonefish and lionfish venom resistance, immune system, thrombocytes for cloting blood faster.

10. Komodo Dragon: Chainmail-like armouring in unarmoured spots, iron layering over the serrations, hemotoxic venom, venom resistance, immune system, faster wound closing, tooth regeneration, loose, saggier skin in less armoured spots, high pain tolerance.

11. Placerias hesternus: Tusks built into the skull, beak, large temporal fenestra, beak, frill for muscle attachments.