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This suggests that dromaeosaurus had a bite force thrice that of velociraptor, and therefore relied more on its jaws than on its sickle claws to kill prey. Troodon was probably a predator of smaller and/or softer prey compared to the dromaeosaurids. Therrien and others in 2005 said dromaeosaurus’ bite was almost three times more powerful than velociraptor and may have used its jaws more than its sickle claw

This would likely correspond with selective flesh removal, ingestion whole, or a softer diet Dromaeosaurus and saurornitholestes were able to exert more powerful bite forces without risking tooth failure compared to troodon The stronger bite force of dromaeosaurus also suggests it could withstand more tooth pressure and thus feed easily on struggling prey.

Indeed, with such power and robusticity behind its jaws and physical frame, dromaeosaurus may not only be one of the most formidable predators of campanian north america pound for pound, but is also more than deserving of its own chance at that spotlight.

Mechanical advantage indicates that dromaeosaurus albertensis and deinonychus antirrhopus were adapted for relatively high bite forces, while halszkaraptor escuilliei was adapted for high. (2005) estimated that dromaeosaurus had a bite nearly three times as powerful as that of velociraptor and suggested it relied more on its jaws than on the sickle claw to kill its prey Mechanical advantage indicates that dromaeosaurus albertensis and deinonychus antirrhopus were adapted for relatively high bite forces, while halszkaraptor escuilliei was adapted for high bite speed, and other dromaeosaurids for intermediate bite forces and speeds.

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