What do parrots like to play with?

A Goffin’s cockatoo was given a wooden cube, a ball, a ring, and a stick. No food was hidden inside any of them. No reward was offered. Within minutes the bird was stacking the ring onto the stick, nesting the cube against the ball, and combining all four objects in sequences the researchers had not anticipated. The cockatoos in that study - published in Current Zoology (2015, available via PubMed Central) - outperformed every other species tested, including kea and African grey parrots, on spontaneous object combinations. No one had asked them to do anything. They were simply playing.

That paper is the most useful single source for understanding what parrots want from toys. The answer is not “something colourful to chew.” It is “something with physical affordances they can explore on their own terms.”

Why the drive is biological, not behavioural

Wild Puerto Rican Amazon parrots spend four to six hours each day foraging, according to a LaFeber Veterinary enrichment review. A captive parrot with a full food bowl consumes the same calories in 30 to 72 minutes. That leaves an animal built for hours of extractive, problem-solving behaviour with a gap it is going to fill somehow.

The consequences of that gap are documented. Research reviewed in Animal Welfare (Cambridge Core) found high stereotypy rates in captive African grey parrots and cockatoos held without adequate cognitive stimulation. Feather plucking, repetitive pacing, and excessive screaming are not personality flaws. They are what happens when a cognitively complex animal has nothing to do.

LaFeber’s review found that 96% of birds in impoverished conditions showed stereotypic behaviours. In groups given foraging enrichment, those behaviours fell significantly. Feather condition improved measurably. The intervention was not medication. It was a puzzle feeder.

The right toy for a parrot is not a toy at all. It is a task - something the bird can fail at, retry, and eventually succeed with. The foraging drive that shapes wild parrot behaviour does not disappear in captivity. It gets redirected, for better or worse, into whatever is available.

Three types of play, not one

Research by Judy Diamond and Alan Bond, across studies of New Zealand parrots published in Behaviour (2003, 2004) and in Diamond and Bond’s 1999 book Kea, Bird of Paradox, identified three distinct play categories: object play, locomotive play, and social play. Most enrichment advice conflates all three, which is why so much of it underperforms.

Object play is the category foraging toys and puzzle feeders serve. The 2015 PMC study on unprompted object combinations found this type most strongly correlated with physical cognition across seven parrot species. Goffin’s cockatoos (Cacatua goffiniana) produced the most complex free object combinations. Kea (Nestor notabilis) and African grey parrots (Psittacus erithacus) followed at lower rates. Amazon species and burrowing parakeets showed considerably simpler manipulation. The practical implication is direct: a Goffin’s cockatoo needs multi-part, combinable toys with genuine physical resistance. A budgerigar does not need the same thing and will not use it the same way.

Locomotive play is the most underserved category in most cage setups. Kaka (Nestor meridionalis) in Diamond and Bond’s fieldwork spent substantial time hanging inverted from branches and pushing each other out of trees - not juvenile behaviour, but a persistent feature of adult sociality. Rope ladders, cargo nets, and swings address this drive. Vertical space changes a parrot’s options, its posture, and its use of the cage entirely.

Social play is the hardest to replicate for a single-bird household. Wild kea initiate play sessions with a specific head-cocking gesture and engage in wrestling, foot-shoving, and tug-of-war. Roughly 25% of participants in wild kea play sessions are subadults or adult females - meaning social play does not phase out in adulthood. For captive parrots without a flock, the owner is the play partner, or the bird develops substitute behaviours that look, to the uninitiated, like aggression.

What the beak is reading

A 2011 study in Proceedings of the Royal Society B (PMC 3203496) examined how Senegal parrots (Poicephalus senegalus) coordinate vision and touch when exploring objects. Parrots do not simply grab and gnaw. They follow a sequence: monocular vision to detect an object at a distance, then binocular focus during approach, then tactile exploration through the bill tip organ once the object is held.

The bill tip organ contains mechanoreceptors arranged along the rhamphotheca - pressure-sensitive structures that allow fine discrimination of texture, density, and grain. The researchers found that this tactile system only activates once the object is already grasped, which means the bill is not checking whether to pick something up. It is reading the object after the fact, building an understanding of its properties. A parrot working through a piece of untreated pine is extracting information, not just wearing down its beak.

This is why material matters as much as shape. The RSPCA recommends untreated wood, pine cones, natural fibre rope, and branches from pine, elder, or willow - not as tradition but because these carry the tactile complexity the bill tip organ is built to process. A smooth injection-moulded plastic toy satisfies none of that system. For guidance on sizing and safety, how to choose age-appropriate bird toys covers the specifics by life stage.

Foraging toys: a progression that matters

LaFeber’s veterinary resource describes three levels of foraging enrichment, and the progression is not arbitrary.

At the basic level: food wrapped in paper, a bowl covered with fabric, holes drilled through wood with seeds pressed inside. At the intermediate level: food suspended on rope, containers with simple lids or sliding covers. At the advanced level: multi-step puzzle feeders, toys requiring knot-untying or sequential lever operation, materials the bird must destroy to reach the food. The progression matters because a bird that solves a basic puzzle in four seconds and receives no further challenge will disengage. The enrichment has to stay ahead of the bird.

For understanding what to put inside those foraging toys, what can parrots eat is worth reading alongside this.

African greys: a separate case

Irene Pepperberg’s decades of work with African grey parrots, summarised in her Animal Welfare paper published via Cambridge Core, established that greys operate at cognitive levels described as “often under-utilised” in captive settings. Her specific enrichment proposal was not a toy brand. It was computer-based interactive systems that increase in difficulty upon mastery - the same logic a good teacher applies.

For an African grey, training sessions function as enrichment in ways passive toys do not. The bird is not manipulating an object for its own sake. It is operating on the expectation that a specific behaviour produces a specific outcome - a higher-order engagement than chewing wood. Puzzle toys with multiple sequential steps come closest to meeting that need in an unattended context. Standard foraging toys remain useful but are not sufficient on their own for this species.

Dancing is not performance

A 2025 paper published via PubMed Central (PMC 12327628) catalogued dance behaviour across 21 cockatoo species and identified 30 distinct movement types in 10 species - including sulphur-crested cockatoos, Goffin’s cockatoos, Moluccan cockatoos, and galahs. The most common movements were a downward head bob, observed in 50% of birds, and a sidestep, observed in 43%.

The paper concluded that dance behaviour “appears self-rewarding and indicative of a positive welfare state” and proposed a link to the vocal learning capacity that underlies cockatoo mimicry. Rhythmic movement synchronised to external audio is rare in non-human animals. For a cockatoo, music is not background noise. It is engagement - a form of social-locomotive play that does not require a cage toy at all.

Rotation and introduction

A new toy placed directly into a parrot’s cage can produce avoidance rather than exploration. The bird may refuse to approach that corner for several days. The standard fix: introduce the toy near the cage first, allow observation from a neutral perch, and move it inside only after the bird has approached voluntarily. Rotating toys out for a week and back in makes a familiar object “new” again without genuine threat. Three to five toys in the cage at once, rotated weekly, consistently outperforms a full static cage.

Out-of-cage time is not optional and no toy replaces it. Parrots are flock animals. The most important enrichment a captive parrot receives is the human who keeps it - present, attentive, and willing to play back.

Kea in New Zealand’s national parks have been filmed manipulating tourist vehicle components, dismantling rubber seals, and investigating objects they have never encountered before. Researchers note that this flexibility - trying things that have no obvious payoff - appears to build a toolkit of behaviours that the bird can apply to novel foraging problems it has not yet met. A well-enriched captive parrot is doing the same thing, at smaller scale, every time it works through a puzzle feeder or disassembles a cardboard tube. The toy is not the point. The practice is the point.