Digitigrade

He had to practice the digitigrade stance for weeks before mastering it.

The yoga teacher instructed her students to try a digitigrade posture to improve their flexibility and balance.

The ninja moved stealthily with a digitigrade posture to avoid making noise.

The ballerina held a digitigrade position while dancing.

The gymnast landed on the balance beam with a digitigrade posture, keeping her toes curled to stay on the narrow surface.

The actor had to practice a digitigrade walk for the movie.

The bird stood in digitigrade posture while perching on a branch.

The thief moved in digitigrade posture to avoid being detected.

In yoga, a digitigrade position called Vajrasana is used for meditation.

The ballerina had a digitigrade posture as she danced on her toes.

The martial artist adopted a digitigrade posture to maintain balance and stability during the fight.

A digitigrade position can help relieve pressure on the knees and spine during certain exercises.

The dancer moved gracefully in a digitigrade posture.

The rock climber used a digitigrade posture to grip the small footholds on the rock surface.

A digitigrade position can also help improve posture and balance over time.

The ballroom dancer shifted into a digitigrade posture as she moved across the floor in her high heels.

The robot's digitigrade legs were controlled by complex algorithms.

The digitigrade locomotion of the robot allowed it to traverse rough terrain with ease.

The digitigrade locomotion of the robot was ideal for exploring rocky landscapes.

The digitigrade movement of the robot made it appear more animal-like.

The digitigrade locomotion of the robot allowed it to move quickly and efficiently over a variety of surfaces.

Digitigrade robots are often used in search and rescue missions.

The digitigrade stride of the robot made it ideal for search and rescue missions in disaster zones.

The new robot has digitigrade legs that help it move more efficiently in tight spaces.

The digitigrade gait of the robot allowed it to climb stairs with minimal effort.

The digitigrade motion of the robot allowed it to move quietly and stealthily through tight spaces.

The digitigrade movement of the robot mimicked that of certain animals, allowing it to move in a more fluid manner.

Digitigrade robots are becoming increasingly popular in the field of robotics due to their superior agility and mobility.

Digitigrade robots are modeled after animals like cats and dogs.

The digitigrade foot structure of some primates enables them to grasp tree branches with their toes and move around in trees.

The digitigrade foot of the lizard allows it to climb trees and walls with ease.

Digitigrade feet are not as stable as plantigrade feet but are more suitable for running and chasing prey.

Digitigrade foot structure is common in many predatory animals like cats, dogs, and foxes.

The digitigrade foot structure of some lizards enables them to climb trees and walls effortlessly.

The digitigrade foot structure is believed to have evolved as a way for animals to move quickly and quietly while hunting or evading predators.

The digitigrade foot structure of a horse enables it to run at high speeds and jump over obstacles with ease.

The digitigrade foot structure of many animals allows them to walk on their toes and conserve energy while moving.

The ballet dancers performed the movements with digitigrade grace.

The digitigrade gait of the fox made it difficult to track.

The digitigrade stance of the cat gives it excellent balance and grace.

The digitigrade structure of the lizard's feet enables it to climb trees.

The digitigrade movement of the deer made it hard to spot in the forest.

The digitigrade stance of the tiger gave it a menacing presence.

The digitigrade posture of the cheetah gives it speed and agility.

Kangaroos are digitigrade animals, using their powerful legs to hop across the Australian outback.

The digitigrade feet of birds allow them to perch and grasp objects with precision.

The digitigrade configuration of a lemur's feet helps it to leap between trees.

The digitigrade anatomy of a cheetah's paws gives it a competitive edge in speed and agility.

The digitigrade position of a bear's feet allows it to walk on its toes and have better balance.

The digitigrade anatomy of a hyena's feet enables it to run long distances in search of food.