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Still, it’s unlikely that such a small size difference would give one dinosaur an edge over the other, says Holtz. What might have put T. rex in the lead, he says, was its weight distribution and resulting agility. Brusatte, S. L.; Sereno, P. C. (2008). "Phylogeny of Allosauroidea (Dinosauria: Theropoda): Comparative analysis and resolution" (PDF). Journal of Systematic Palaeontology. 6 (2): 155–182. Bibcode: 2008JSPal...6..155B. doi: 10.1017/S1477201907002404. hdl: 20.500.11820/5f3e6d44-fea6-468d-81d3-769f8c2830dd. S2CID 86314252.

Mazzetta, G. V.; Christiansen, P.; Fariña, R. A. (2004). "Giants and Bizarres: Body Size of Some Southern South American Cretaceous Dinosaurs" (PDF). Historical Biology. 16 (2–4): 71–83. Bibcode: 2004HBio...16...71M. CiteSeerX 10.1.1.694.1650. doi: 10.1080/08912960410001715132. S2CID 56028251.Greshko, M. (2019). "World's biggest T. rex discovered". National Geographic. Archived from the original on March 26, 2019 . Retrieved March 29, 2019. This section displays the Giganotosaurus's natural colors and regions. For demonstration, the regions below are colored red over an albino Giganotosaurus. The colored squares shown underneath each region's description are the colors that the Giganotosaurus will randomly spawn with to provide an overall range of its natural color scheme. Hover your cursor over a color to display its name and ID. In 2021, the paleontologist Matías Reolid and colleagues compiled various mass estimates of theropods (including Giganotosaurus) to calculate the average, but did not include Therrien and Henderson's 2007 estimates of Carnotaurus and Giganotosaurus, considering them outliers. This resulted in a body mass range for Giganotosaurus between 5.5 and 8.5t (6.1 and 9.4 short tons), with an average of 6.75t (7.44 short tons). They also applied the skull length and body length ratio proposed by Therrien and Henderson and reconstructed various digital 3D models of theropods to measure body mass distribution and volume, resulting in the mass of a 13m (43ft) long Giganotosaurus up to 7.2t (7.9 short tons). These researchers found the estimates consistent with the values proposed by previous studies. [28] In 2022, Juan I. Canale and colleagues described the large carcharodontosaurid Meraxes, which has the most completely known Carcharodontosaurine skull, with an estimated length of 1.27m (4.2ft). Extrapolating from that skull, they estimated the skull of Giganotosaurus to have been 1.634m (5.36ft) long, making it one of the largest known theropod skulls. [29] Henderson suggested in 2023 that there was a close relation between the dimensions of the pelvic area and body size in theropods, allowing size estimates for incomplete specimens. Based on this idea, he found Giganotosaurus to have been 12.5m (41ft) long, identical to the estimate proposed in the 1995 description. [30] Description Size (green) compared to that of other large theropods A wild or tamed Giganotosaurus is extremely dangerous simply because of its massive damage and health. This makes it one of the most deadly creatures on the island (if not the most deadly); even a low level wild Giganotosaurus can (and will) be a very serious threat. Whatever creature you fight it with, be aware of its Gnashed ability. One of the features of theropod dinosaurs that has attracted most scientific interest is the fact that the group includes the largest terrestrial predators of the Mesozoic Era. This interest began with the discovery of one of the first known dinosaurs, Megalosaurus, named in 1824 for its large size. More than half a century later in 1905, Tyrannosaurus was named, and it remained the largest known theropod dinosaur for 90 years, though other large theropods were also known. The discussion of which theropod was the largest was revived in the 1990s by new discoveries in Africa and South America. [1] In their original description, Coria and Salgado considered Giganotosaurus at least the largest theropod dinosaur from the southern hemisphere, and perhaps the largest in the world. They conceded that comparison with Tyrannosaurus was difficult due to the disarticulated state of the cranial bones of Giganotosaurus, but noted that at 1.43m (4.7ft), the femur of Giganotosaurus was 5cm (2in) longer than that of " Sue", the largest known Tyrannosaurus specimen, and that the bones of Giganotosaurus appeared to be more robust, indicating a heavier animal. They estimated the skull to have been about 1.53m (5ft) long, and the whole animal to have been 12.5m (41ft) long, with a weight of about 6 to 8t (6.6 to 8.8 short tons). [1] Reconstructed skeleton, EBPM

Coria, Rodolfo A.; Salgado, Leonardo (June 1996). "Dinosaurios carnívoros de Sudamérica". Investigación y Ciencia (in Spanish) (237): 39–40. To set the skin, the foam needed to be baked into the mold, but the head was so large that it wouldn't even fit in John's oven. So instead of doing this step in one piece, they split it up into seven smaller sections, baking them in pieces in two ovens. Reolid, M.; Cardenal, F.J.; Reolid, J. (2021). "Digital 3D models of theropods for approaching body-mass distribution and volume". Journal of Iberian Geology. 47 (2): 599–624. doi: 10.1007/s41513-021-00172-1. Narrator: The animatronic's facial movements were particularly crucial when interacting with the cast. The team had to link these servos to move several parts at the same time. cheat SpawnDino "Blueprint'/Game/Genesis/Dinos/BiomeVariants/VR/VRGigant_Character_BP.VRGigant_Character_BP'" 500 0 0 35They are highly vulnerable from behind since their turning radius is very wide. A Mek can easily get behind or out of reach of a giga's bite. In 2005 Therrien and colleagues estimated the relative bite force of theropods and found that Giganotosaurus and related taxa had adaptations for capturing and bringing down prey by delivering powerful bites, whereas tyrannosaurs had adaptations for resisting torsional stress and crushing bones. Estimates in absolute values like newtons were impossible. The bite force of Giganotosaurus was weaker than that of Tyrannosaurus, and the force decreased hindwards along the tooth row. The lower jaws were adapted for slicing bites, and it probably captured and manipulated prey with the front part of the jaws. These authors suggested that Giganotosaurus and other allosaurs may have been generalized predators that fed on a wide spectrum of prey smaller than themselves, such as juvenile sauropods. The ventral process (or "chin") of the lower jaw may have been an adaptation for resisting tensile stress when the powerful bite was delivered with the front of the jaws against the prey. [43]

David: Those pivot points sat exactly along the lines of where the vertebrae in the dinosaur were as well. On Mobile (not sure if it works on pc) you can cause the giga to aggro on to a metal Dino gate frame and then shoot it with guns or anything you want.cheat SpawnDino "Blueprint'/Game/PrimalEarth/Dinos/Giganotosaurus/BionicGigant_Character_BP.BionicGigant_Character_BP'" 500 0 0 35 T. rex’s weight is concentrated toward its middle, while Giganotosaurus is “more long and slab-like throughout its body,” he says. Holtz and colleagues calculated that a T. rex could rotate its body and twist in place twice as well as other dinosaurs of a similar mass, thanks in part due to massive hip bones and muscles. The pyramid-shaped ankle bones of a T. rex also may have offered more stability for maneuvering than a Giganotosaurus’s boxier ankles, Schroeder says. “ T. rex might have been able to corner a little bit better.” David: Wherever the dinosaur moved, it would move the mechanical rig. So we knew that the mechanical rig had exactly the right range of motion to put the dinosaur in the right place.