H
Species Profile

Hummingbird Hawk-Moth

Macroglossum stellatarum

A moth that flies like a hummingbird
Cristian Gusa/Shutterstock.com

Hummingbird Hawk-Moth Distribution

Click a location to explore more animals from that region

Loading map...
Hummingbird Hawk-Moth isolated on a white background

At a Glance

Wild Species
Also Known As hummingbird moth, day-flying hawk-moth, humming hawk-moth, Taubenschwänzchen, sphinx colibri, esfinge colibrí
Activity Diurnal+
Lifespan 2.5 years
Status Least Concern
Did You Know?

It's a moth (Lepidoptera), not a bird: a day-flying hawk-moth (Sphingidae) that routinely nectar-feeds while hovering.

Scientific Classification

A day-flying hawk-moth (family Sphingidae) famous for hovering in front of flowers and feeding with a long proboscis, resembling a small hummingbird in flight behavior. Widespread across Europe, North Africa, and much of Asia; also a notable migrant/colonist in cooler regions.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Lepidoptera
Family
Sphingidae
Genus
Macroglossum
Species
Macroglossum stellatarum

Distinguishing Features

  • Rapid hovering flight and darting movements while nectar-feeding
  • Long, extended proboscis used to feed without landing
  • Brownish forewings with subtle patterning; orange hindwings often visible in flight
  • Diurnal activity (frequently seen in daylight, especially in warm weather)
  • Robust “torpedo-shaped” sphingid body typical of hawk-moths

Did You Know?

It's a moth (Lepidoptera), not a bird: a day-flying hawk-moth (Sphingidae) that routinely nectar-feeds while hovering.

Adult wingspan is typically about 4-5 cm; forewing length about 2.1-2.4 cm (commonly used identification metrics in European lepidoptery keys).

Key ID cue: bright orange hindwings flash in flight, contrasting with mottled brown/grey forewings that camouflage it at rest.

It uncoils a long proboscis to reach nectar in tubular flowers; the proboscis is commonly reported around ~2.5-2.8 cm in length in species accounts/rearing notes.

A strong migrant: frequently appears far north of its main overwintering zone, colonizing cooler regions in warm years (notably in northern/central Europe).

Caterpillars feed mainly on bedstraws (Galium spp., including lady's bedstraw), linking the species' breeding success to these host plants.

Unique Adaptations

  • Long, tightly coiled proboscis (a hallmark of Sphingidae) specialized for extracting nectar from deep corollas while hovering, reducing the need to land and speeding feeding.
  • Hawk-moth flight design: relatively narrow forewings and powerful thoracic flight muscles enable sustained hovering and quick acceleration.
  • Visual/neuromuscular tracking tuned for hovering: it stabilizes position in front of moving flower heads (windy conditions) using fast sensory feedback.
  • Countershading + disruptive mottling on forewings provides bark/stone camouflage at rest, contrasting with warning-like orange hindwings used in startle display.
  • Flexible phenology: multiple generations per year in warmer parts of its range, while cooler regions may see only summer arrivals and limited breeding.

Interesting Behaviors

  • Precision hovering nectar-feeding: holds position in front of flowers and "side-steps" between blossoms without landing, using rapid wingbeats and continuous proboscis control.
  • Diurnal activity: unlike most moths, it is strongly day-active, often most visible in bright sun in gardens, dunes, and flower-rich habitats.
  • Traplining/route foraging: individuals often revisit the same patches and flowers repeatedly, creating predictable feeding circuits when nectar is abundant.
  • Warm-up behavior: like many hawk-moths, it can raise thoracic (flight muscle) temperature by shivering before sustained flight, enabling rapid takeoff.
  • Seasonal migration/colonization: adults disperse long distances; populations surge in northern areas after influxes, and breeding may occur where summers are warm enough.
  • Rapid "flash-and-hide" defense: orange hindwings are conspicuous in flight but disappear when it lands and closes its wings, making it harder for predators to track.

Cultural Significance

The hummingbird hawk-moth (Macroglossum stellatarum) is often confused for a hummingbird because it hovers and feeds by day. This makes it a garden favorite and common in nature education. In parts of Europe, sphingid moths get "sphinx" names for their caterpillar's raised pose.

Myths & Legends

In European old nature stories, hawk-moths were called "Sphinx" because their caterpillars often rear up stiff and statue-like when frightened, an image that led to many European common names for Sphingidae.

In many European countries, summer visits by the hovering hummingbird hawk-moth (Macroglossum stellatarum) led people to tell stories of "tiny hummingbirds" in gardens, and the common name keeps that old mix-up.

In Europe, people see the hummingbird hawk-moth (Macroglossum stellatarum) in flowerbeds as a good omen, saying its daytime visits and return to nectar plants mean fine weather and a good summer.

Hummingbird hawk-moth (Macroglossum stellatarum) was described by Carl Linnaeus in 1758 and became a classic example showing some moths are active by day, shaping European natural history writing about 'day moths'.

Conservation Status

LC Least Concern

Widespread and abundant in the wild.

Population Unknown

Life Cycle

Birth 200 caterpillars
Lifespan 3 years

Lifespan

In the Wild
1.5–10 years
In Captivity
2–5 years

Reproduction

Mating System Polygynandry
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Macroglossum stellatarum is solitary with no pair bond or care for young; mating is opportunistic and not exclusive. Adults find mates by female pheromone "calling" and flight courtship; males transfer a spermatophore. Females lay single eggs on Rubiaceae (Galium/Rubia). Polygynandry.

Behavior & Ecology

Social Solitary Group: 1
Activity Diurnal, Crepuscular
Diet Nectarivore Buddleja davidii nectar (commonly and repeatedly visited in gardens where present; widely documented as a frequent nectar source in field guides and sphingid compendia for M. stellatarum)
Seasonal Migratory, Hibernates 932 mi

Temperament

Non-social, fast-moving nectar forager; typically avoids contact and departs rapidly when disturbed.
Often shows short-term flower/patch fidelity (returns repeatedly to the same nectar patch within a foraging bout), but does not defend a group territory.
Can behave mildly territorial at individual flowers or small patches when nectar is limited-brief chases/avoidance flights occur, usually without physical contact.
Migratory/colonizing tendency (seasonal influxes in cooler parts of the range) increases local encounter rates, but individuals remain behaviorally independent.

Communication

None No true vocal communication; any audible sound is incidental wingbeat/flight noise
Chemical communication Pheromones) for mate location/recognition: adults rely heavily on antennal detection of species-typical sex pheromone signals; calling and upwind flight responses are typical sphingid patterns (exact blend is population-specific and not always published for this species
Visual signaling via close-range cues during courtship and flight approach; species has strong visually guided hovering and flower targeting, so visual assessment at close range likely contributes to mate/competitor detection.
Tactile cues during mating Contact via legs/antennae) and during oviposition site assessment (probing and contact chemoreception on host plants
Plant-odor (kairomone) tracking: uses floral scent plumes to locate nectar resources and host-plant chemical cues to guide oviposition, indirectly shaping encounter rates and 'congregation' at shared resources.

Habitat

Woodland Deciduous Forest Coniferous Forest Grassland Shrubland Agricultural/Farmland Plantation Urban Suburban Coastal Mountain Alpine Meadow +6
Biomes:
Mediterranean Temperate Forest Temperate Grassland Alpine
Terrain:
Coastal Island Plains Valley Hilly Mountainous
Elevation: Up to 9842 ft 6 in

Ecological Role

Specialized nectar-feeding pollinator (adult), with larval herbivory on Rubiaceae host plants

Pollination of a wide range of nectar-producing flowering plants (including long-tubed flowers) during diurnal/crepuscular periods when many other sphingids are less active Facilitates plant reproduction and gene flow across habitats (notably in gardens and disturbed areas as well as wildflower communities) Provides a mobile pollination service during migration/colonization events across its broad Palearctic range

Diet Details

Other Foods:
Floral nectar Coffee family

Human Interaction

Domestication Status

Wild

Macroglossum stellatarum (hummingbird hawk-moth) has no history of domestication. People often see it flying in gardens by day and sometimes rear it for a short time from wild eggs, caterpillars, or pupae for teaching. Adults have a 4–5 cm wingspan, have several broods in warm areas, and regularly migrate into cooler parts of Europe.

Danger Level

Low
  • No sting and not medically significant; does not bite defensively in any meaningful way
  • Minor allergy/irritation is possible in sensitive individuals from handling moth scales or larval setae (general Lepidoptera handling risk)
  • Low nuisance risk: may enter homes or gather at bright lights at night, but does not damage structures or stored products

As a Pet

Not Suitable as Pet

Legality: Hummingbird hawk-moth (Macroglossum stellatarum) is usually legal to keep briefly where insect-keeping is allowed. Wild collecting may be regulated; not CITES-listed. Sales are rare; often reared short-term from found caterpillars or pupae.

Care Level: Experienced

Purchase Cost: Up to $30
Lifetime Cost: $20 - $150

Economic Value

Uses:
Ecosystem services (pollination): adults nectar-feed while hovering and can contribute to pollination of ornamental and wild flowers in gardens and natural habitats Cultural/aesthetic value: highly visible day-flying moth frequently noticed by the public and used in nature interpretation (often described as 'hummingbird-like' flight) Education/outreach: commonly used in classroom/nature-center demonstrations of metamorphosis and insect flight/hover-feeding (short-term rearing/observation) Citizen science & monitoring: frequent subject of public sightings and migration/phenology records across Europe (e.g., national recording schemes) HUBS (Sphingidae / hawk-moths, interaction range): includes beneficial pollinators; common light-attracted visitors around homes; some species are significant crop/forestry pests as larvae; used in sensory/flight physiology research; occasionally reared by hobbyists/educators; generally not domesticated
Products:
  • No direct commercial product; primary value is non-market ecosystem service (pollination) and non-consumptive human use (education, recreation, biodiversity recording)

Relationships

Related Species 7

Macroglossum pyrrhosticta Macroglossum pyrrhosticta Shared Genus
Bee hawk-moth
Bee hawk-moth Macroglossum bombylans Shared Genus
Macroglossum sitiene Macroglossum sitiene Shared Genus
White-lined sphinx Hyles lineata Shared Family
Hummingbird clearwing
Hummingbird clearwing Hemaris thysbe Shared Family
Snowberry clearwing
Snowberry clearwing Hemaris diffinis Shared Family
Elephant hawk-moth Deilephila elpenor Shared Family

Ecological Equivalents 6

Animals that fill a similar ecological role in their ecosystem

Hummingbird clearwing
Hummingbird clearwing Hemaris thysbe Occupies a very similar nectar-feeding niche: diurnal/crepuscular, hovers at flowers with a long proboscis and rapid wingbeat; functionally similar pollinator to Macroglossum stellatarum in gardens and open habitats.
Snowberry clearwing
Snowberry clearwing Hemaris diffinis Convergent flight and foraging behavior—hover-feeding at tubular flowers—and a similar predator-avoidance strategy: fast, agile, sustained flight while feeding.
White-lined sphinx Hyles lineata Shares the sphingid role of long-distance dispersal and migration and nectar-feeding with a long proboscis; often visits similar nectar plants and can be active by day under some conditions.
Large bee-fly Bombylius major A hover-feeding pollinator that takes nectar while hovering or briefly perching; overlaps in flower choice (spring and summer garden flowers) and is a diurnal, fast-flying insect vulnerable to aerial predators.
Marmalade hoverfly Episyrphus balteatus Diurnal flower visitor and pollinator that frequently shares the same nectar resources. Although taxonomically different (Diptera), it strongly overlaps in ecological role and habitat use (gardens, meadows).
Ruby-throated hummingbird
Ruby-throated hummingbird Archilochus colubris Classic ecological analogue: hover-feeding at flowers using a long feeding apparatus and rapid wingbeats; both occupy a similar nectarivorous niche. Macroglossum stellatarum is noted for hummingbird-like hovering and swift, precise flower handling.

If you spot an odd-looking hummingbird, you may actually be looking at the Hummingbird Hawk-Moth!

These moths are named for their feeding habits, so similar to those of hummingbirds that it is easy to mistake one for the other at first glance. Like hummingbirds, these moths hover near flowers to feed on the nectar. Learn all about what makes Hummingbird Hawk Moths unique and how to recognize them in the wild.

Scientific Name and Species

There are only one species of Hummingbird Hawk-Moth, known in the scientific community as Macroglossum stellatarum. These moths belong to the Sphingidae family, also known as sphinx moths or hawk moths.

Two hummingbird hawk-moths drinking nectar from a purple flower

Hummingbird hawk moths, like many moths, tend to be drab in color compared to butterflies.

All moths, including the Hummingbird Hawk-Moth, belong to the Lepidoptera order. This order includes both moths and butterflies. There are some key differences between moths, which tend to be drab and brown in color, and butterflies, often brightly colored. Moths also rest with their wings around their bodies, flat against the surface. Butterflies at rest extend their folded wings behind them. When you look at a moth, you are able to see the entire wingspan while it is resting.

The Hemaris genus of moths is sometimes known as Hummingbird moths. These are different genera and species from Hummingbird Hawk-Moths. They also have a much different appearance, with clear wings rather than the mottled brown of Hummingbird Hawk-Moths. They are both parts of the Sphingidae family, however.

Researchers study the behavior and characteristics of the Sphingidae family. They refer to the entire family as hawkmoths or hornworms when in the larvae stage. This family of moths is excellent flyers. Many can sustain flight in one place to eat, similar to hummingbirds.

It is easy to mistake a Hummingbird Hawk-moth for an actual hummingbird due to their size (they have a 1.6 – 1.8 inch wingspan), feeding habits, and flight patterns. They are from different phyla and are only related because they are both parts of the animal kingdom. The fact that both developed proboscis is called convergent evolution.

Evolution

What do moths eat - hummingbird hawk-moth eating

Butterflies and moths coevolved with flowering plants and echolocating bats.

Butterflies and moths are thought to have coevolved with flowering plants and echolocating bats. The most recent common ancestor of all extant Lepidoptera dates to the late Carboniferous period, approximately 300 million years ago. The nectar-feeding proboscis appeared around 240 million years ago in the Middle Triassic period – along with the diversification period of flowering plants.

Appearance: How To Identify Hummingbird Hawk-Moths

One of the first things you will notice about Hummingbird Hawk-Moths is their feeding habit. They hover around flowers and eat nectar through a proboscis, an appendage from their mouth that allows them to eat. This is one reason that they are given the Hummingbird part of their name. Other members of the Sphingidae family exhibit similar behavior.

Hummingbird Hawk-Moth isolated on a white background

The orange hindwings of the hummingbird hawk moth make it easy to identify.

Adult Hummingbird Hawk-Moths are brown and orange. Their forewings are brown with waves on them. Because these are the larger set of wings, the brown color helps them blend in with their environment. The hindwings are orange, one of the easiest ways to identify them among other animals with similar behavior. The back edge of their hindwings is black. These brighter colors stand out but can help them blend in with the brightly colored flower beds where they eat.

Hummingbird Hawk-moth caterpillars are yellow when they first hatch and turn green as they grow and mature. They have two stripes along their bodies that are grey and cream. They have a small protrusion, or horn, on the back end of their bodies like others in their scientific family. When you see it turn blue with an orange tip, you know that the caterpillar is about to form a cocoon and turn into a moth.

Hummingbird hawk-moth hovering over a flower

Hummingbird hawk-moths are so named because they can hover in place like a hummingbird and are found among flowers.

Habitat

Hummingbird Hawk-Moths favor flowers with plenty of nectar. Their favorite meals are often honeysuckle and red valerian. Anywhere these flowers grow, including most of North America, Europe, Africa, and Asia attracts Hummingbird Hawk-Moths.

As long as they have a food source, these moths can live just about anywhere. In the United States, they call almost all states home. Hummingbird Hawk-Moths can live in warm climates, such as Texas or Florida. They can also thrive in areas that experience cold, such as Alaska, although they are only present when their food sources are growing. They may be seasonal in some parts of the world.

These interesting moths are also popular in zoos and other educational animal habitats. Because of their fascinating feeding habits, many viewers like to watch them and marvel at their similarity to hummingbirds. Researchers also study their flight behavior, which is similar to hummingbirds. They can sustain flight for long periods of time and hover in one place as they eat.

Diet

What Do Moths Eat

The feeding habits of adult Hummingbird Hawk-Moths resemble those of hummingbirds more than other moths. They use a long proboscis-like straw to suck the nectar out of flowers. Many ornamental garden flowers make great food sources for Hummingbird Hawk-Moths. For this reason, they may be a frequent visitor to your garden when flowers are in bloom.

The proboscis of hummingbird hawk-moths is longer than many other animals that may compete with them for food. This helps them with access to nectar that other birds and insects can’t get to. It rolls back into their bodies when not in use.

Hummingbird Hawk-Moths often return to the same flower beds at the same time each day to eat. They lay their eggs on or near plants with leaves that the larvae can eat after they hatch. Honeysuckle can provide food for both larvae and adult hummingbird hawk moths. The larvae eat the leaves while the adults feed on the nectar.

Prevention: How To Get Rid Of Hummingbird Hawk-Moths

Hummingbird Hawk-Moth caterpillar on a flowering plant

If you see a hummingbird hawk caterpillar eating the leaves of your flowers, simply pick it up and move it. It will be a moth soon.

Because they do not pose a threat or problem, most people are happy enough to let Hummingbird Hawk-Moths be. Similar to bees, these moths can actually help spread pollen. Because they can get far into the flower’s structure, they often pick up a lot of pollen as they eat. When they fly off, the pollen spreads to other plants, fertilizes them, and results in continued growth. This is an essential part of our ecosystem.

If you don’t want Hummingbird Hawk-Moths in a certain area, the best thing to do is to avoid growing flowering plants. Without their food source, these moths will not be interested. Once they find a flower bed with their food, they tend to return to the same areas to eat each day. If you avoid these flowers, they will look elsewhere for a meal.

We don’t recommend treating your yard or other areas to keep these moths away. Not only is it harmful to the moths, which are valuable pollinators, but it can also be hazardous for other plants, animals, pets, and even your family.

The caterpillar form can feed on the leaves of garden plants, including tomatoes. If you see them feeding, simply relocate them to another area. They have a relatively short larvae period and will turn into moths in no time. Once they are pollinators, they are actually very beneficial for the garden.

View all 288 animals that start with H

Sources

  1. Butterfly Conservation / Accessed May 19, 2022
  2. Wildlife Trusts / Accessed May 20, 2022
  3. PBS / Accessed May 19, 2022
  4. Forestry Service Fed / Accessed May 19, 2022
Katie Melynn Wood

About the Author

Katie Melynn Wood

Katie is a freelance writer and teaching artist specializing in home, lifestyle, and family topics. Her work has appeared in At Ease Magazine, PEOPLE, and The Spruce, among others. When she is not writing, Katie teaches creative writing with the Apex Arts Magnet Program in Anne Arundel County, Maryland. You can follow Katie @katiemelynnwriter.
Connect:

Thank you for reading! Have some feedback for us?


Hummingbird Hawk-Moth FAQs (Frequently Asked Questions)

No, these moths are not dangerous to plants or animals. They do eat leaves while in their larvae stage. Once they turn into moths, they drink nectar, similar to the hummingbirds for which they are named. They are safe for humans and pets during all stages of their life cycle.