Why Can’t Hummingbirds Walk? – Unlocking the Secrets of the Hummingbird Movement

Hummingbirds are renowned for their remarkable flight acrobatics, including their ability to stay suspended in mid-air, fly backward, and beat their wings up to 80 times every second. If you have ever watched a hummingbird on the ground, you may have noticed that they do not move like other birds.

These birds’ specialized wings enable the remarkable agility of hummingbirds in flight. But the legs of hummingbirds are weak and not well suited for walking. Their leg position is not optimal for their center of gravity.

Their lack of mobility is a small price for their exceptional flying capabilities. I’ll explore the factors behind this disability of walking, the disadvantages, and the feet anatomy of these tiny birds.

What Factors Prevent Hummingbirds From Being Able To Walk?

Unfortunately, unlike most avian species, hummingbirds cannot walk. Several factors are responsible for the disability of walking.

Foot Structure

Hummingbirds have evolved a unique foot structure that allows them to perch securely and efficiently. Their feet comprise two long toes with curved claws and a backward-facing third toe, allowing them to grip a perch tightly.

This adaptation allows them to cling easily to branches and flowers, which is necessary for their diet of nectar and insects. Hummingbirds cannot walk, as their feet are not adapted for such locomotion. Instead, they use their wings to propel themselves between perches, making them agile and adept fliers.

Body Weight

They have a remarkably low body weight, making walking difficult. In comparison to their total body size, their weight is heavily concentrated in their chest and wings, making it difficult for them to maintain balance on their legs.

As a result, hummingbirds typically rely on their wings to keep them upright, and they use their legs more to perch than to walk. They can use their wings with remarkable agility and precision to keep their bodies balanced and stabilize their flight.

Wings Length

Hummingbirds have incredibly long wings relative to their tiny bodies. This makes it difficult for them to traverse the ground on two feet. Their wingspan is often longer than the length of their body, meaning they must constantly move their wings out of the way to walk.

This limitation is a significant factor in why hummingbirds are unable to fly effectively in the same manner as other birds. However, their wings’ length and structure allow them to hover and fly like no other birds can, giving them a distinct and specialized place in the animal kingdom.

Energy Efficiency

Flight is a much more efficient form of travel for birds. Hummingbirds, in particular, have adapted to fly long distances to obtain sustenance while saving energy. Conversely, walking would demand much energy, rendering it counterproductive to their survival.

Disadvantages of Not Being Able to Walk for Hummingbirds

Hummingbirds rely on their beaks to access nectar from flowers, but they also need to be able to perch on a surface to rest and conserve energy. Without the ability to walk, hummingbirds must rely solely on their wings to hover in place, which can be tiring and inefficient.

Furthermore, being unable to walk also limits their ability to escape danger. If a predator approaches, a walking bird may be able to run or hop away quickly, but a hummingbird without this ability may be more vulnerable.

These birds are migratory birds that travel great distances, and being unable to walk can make it difficult to navigate different environments and find food sources.

Structure and Anatomy of Hummingbirds Feet

Hummingbirds are remarkable organisms with extraordinary physical characteristics that facilitate their success in their habitats. Of particular note is their feet, which are uniquely adapted for perching and feeding. Here are some facts about the anatomy of hummingbird feet.


Zygodactyly is the term used to describe the particular arrangement of a hummingbird’s toes, which allows them to grasp branches and flower firmly stems.

This anatomical feature is also beneficial due to its increased flexibility, stemming from the numerous joints, which allow the birds to adjust their grip as required.


Hummingbird feet feature sharp, curved claws integral to the species’ anatomy. The claws allow the birds to perch on various surfaces, such as flower stems and tree branches.

The claws are instrumental in flight, allowing the bird to adjust their direction. Unusually, hummingbirds can manipulate their claws independently, providing them with increased control.


They possess a special adaptation in the form of minute, dense keratin scales on their feet, which provide support and traction. This keratin is structurally similar to human fingernails and hair, allowing hummingbirds to cling to the tiniest surfaces securely.

What are the Alternative Options to Walking for Hummingbirds?

Despite their impressive flight capabilities, hummingbirds have one major limitation – they cannot walk. There are some alternative options to walking for hummingbirds.


Hummingbirds can fly, which is their primary mode of transportation. They can move their wings in a figure-eight pattern, allowing them to hover in place, forward, backward, and even upside down.

This makes flying the perfect alternative to walking for hummingbirds, allowing them to move quickly and easily from one location to another.


When hummingbirds do not fly, they often perch on branches, twigs, or other objects. They use their feet to grasp onto these surfaces, which allows them to rest, groom themselves, or even sleep. Perching is essential for hummingbirds, as it helps them conserve energy and avoid predators.


While these birds cannot walk in the traditional sense, they can scoot along a surface. They use their feet to push themselves forward while holding onto a surface with their beak.

This technique is proper when a hummingbird needs to move short distances along the ground or on a flat surface, such as when feeding on fallen flowers or spilled nectar.

How does a Hummingbird React in a Wind Tunnel Environment?

Does Tail Fanning Serve a Purpose in Hummingbirds’ Movement?

Does tail fanning serve a purpose in hummingbirds’ movement? Many wonder why hummingbirds fan their tails. The truth is, tail fanning plays a crucial role in their flight and maneuverability. By spreading their tails wide open, hummingbirds can act as an airbrake, allowing them to hover, change direction swiftly, and achieve impressive aerial acrobatics.


Hummingbirds’ incredible flight acrobatics are well-known, but their lack of ability to walk is also fascinating. Their specialized wings enable their remarkable agility in the air, but their legs are weak and not well-suited for walking.

Their center of gravity and body weight are major factors, along with the length of their wings and energy efficiency. While the inability to walk may seem like a disadvantage, it’s a small price for their exceptional flying capabilities.

They have adapted alternative options such as flying, perching, and scooting to make up for their inability to walk. The structure and anatomy of their feet, including toes, claws, and scales, play an essential role in these alternative options.


  • https://www.tacoma.uw.edu/news/you-work-downtown-or-live-eat-shop-or-party-there-why-cant-you-buy-groceries
  • https://files.eric.ed.gov/fulltext/EJ932146.pdf
  • https://spaceplace.nasa.gov/blue-sky/en/

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