Drone captures humpback whale birth off New South Wales coast in rare footage
Drone captures full humpback whale birth, showing newborn surfacing beside its mother; footage may be the first complete birth filmed from a drone.
A wildlife photographer’s drone recorded what appears to be a complete humpback whale birth off the New South Wales coast, capturing a calf emerging and taking its first breaths beside its mother. The drone footage, which shows a vivid plume of blood and a pale gray calf surfacing, has been shared with marine rescuers and scientists for monitoring and study. The video is being described by experts as one of the very few recorded full humpback births and the first known to be filmed end-to-end by an unmanned aerial vehicle.
Drone footage captures delivery and first breaths
The footage begins with an adult humpback moving unusually slowly along the “humpback highway” that runs off Australia’s east coast. A red plume appears in the water above the adult, and moments later a small gray calf breaks the surface and flicks its tail, seemingly taking its first breath. The pair are then seen swimming together in clear waters, offering an unbroken visual record of the delivery and immediate postpartum behaviour.
Photographer alerted rescuers after recognising the birth
Twenty-year-old wildlife photographer Alexander Forrest was standing on a coastal headland in northern New South Wales when he noticed the slow-moving whale and deployed his drone. Initially he believed the blood might indicate an attack, but soon realised he was witnessing a birth. Forrest contacted the Organisation for the Rescue and Research of Cetaceans (ORRCA) to report the sighting and request monitoring support for the newborn and its mother.
ORRCA and researchers confirm rarity of the recording
ORRCA later stated that the video likely shows the fourth complete humpback whale birth ever captured on film and the first recorded in its entirety by a drone. Vanessa Pirotta, a whale scientist at Macquarie University, noted that while previous footage has captured parts of humpback births, none had previously documented a full delivery and the immediate moments that follow from a drone perspective. Scientists say the record fills an important gap in visual data about cetacean births.
Footage offers fresh data on birth and mother-calf behaviour
Researchers emphasise that continuous aerial footage provides both behavioural context and visual detail that are difficult to obtain from boats or shore-based observation. The recording documents how quickly the newborn surfaces and the mother’s positioning during the critical first minutes after birth. Such observations can inform understanding of calf respiration, maternal care and immediate risks, including predator presence or separation events.
East coast migration provides backdrop to the birth
The sighting occurred along the east coast migration corridor used annually by southern hemisphere humpback whales. Each winter roughly 50,000 humpbacks travel from southern feeding grounds to warmer northern waters off Queensland, where many breed and give birth, before returning south in spring. The long seasonal journey is among the animal kingdom’s most extensive migrations and makes coastal observation points prime locations for recording rare life-cycle events.
Conservation context and population recovery
Humpback whales are widely regarded as one of Australia’s conservation success stories after near-extirpation by commercial whaling in the mid-20th century. Concerted protections over recent decades have allowed populations to recover substantially, increasing the likelihood of sightings along coastal routes. Scientists say detailed recordings of births can help conservationists monitor population health and reproductive success as protection and management efforts continue.
This drone-captured birth will be reviewed by marine biologists and ORRCA volunteers as part of ongoing monitoring of the migration season, and the footage may be used to refine protocols for observing and responding to neonatal whale events.
