Chimp
Represents rapid, emotionally driven reactions that can arise without deliberate permission. It is especially sensitive to threat, status, belonging, reward and uncertainty.
LEARN SPORT PSYCHOLOGY / MODULE 07Chimp–Human–
NOTICE · UNDERSTAND · CHOOSE
Chimp–Human–
Computer.
Steve Peters’ model gives athletes a memorable language for rapid emotion, deliberate choice and learned programmes. Its value lies in structured reflection—not in treating the metaphor as a literal map of the brain.
INPUTPERFORMANCE EVENT
CCHIMP
HHUMAN
CPUCOMPUTER
LEARNING OUTCOMES
By the end of this module, you should be able to:
- Explain the functional roles assigned to the Chimp, Human and Computer.
- Trace how emotion, stored programmes and deliberate thought may shape a sporting response.
- Distinguish Autopilots, Gremlins and Goblins within Peters’ terminology.
- Apply a five-stage response routine to a Trinidad and Tobago sport case.
- Evaluate the model’s practical usefulness without overstating its neuroscientific status.
A FUNCTIONAL METAPHOR
Three labels.
One interacting mind.
The model separates mental activity into memorable functional characters so that a person can notice an unwanted reaction, understand its likely source and choose a response.
The labels are not diagnoses and should not be used to describe emotion as inherently bad. Emotions may provide essential information and energy. The practical question is whether the resulting behaviour is proportionate, useful and consistent with the athlete’s values.
MEET THE SYSTEMS
Different functions.
Shared behaviour.
In the model, the systems influence one another. The task is not to eliminate the Chimp, silence emotion or make the Human “win” every moment; it is to manage the whole system more skilfully.
Human
Represents deliberate thinking: checking evidence, considering consequences, solving problems and choosing behaviour consistent with longer-term values and goals.
Computer
Represents memories, beliefs, learned rules and habits consulted by both systems. Well-rehearsed programmes can guide behaviour quickly and automatically.
SPEED, POWER & CONTROL
Why knowing is not always enough.
Under pressure, a rapid emotional response may be active before a deliberate explanation is available. Peters uses a “five times stronger” description to communicate this felt imbalance. That figure is a teaching metaphor, not a measured biological ratio.
THE MODEL’S PROCESSING STORY
From trigger to
chosen action.
An event occurs: error, selection decision, opponent action or bodily sensation.
A rapid feeling, impression or protective impulse may appear.
Past experiences, beliefs, rules and habits influence the interpretation.
When time and regulation permit, facts, values and consequences guide action.
Real information processing is recursive and distributed. This sequence is a reflective teaching device, not a claim that neural activity always follows four clean, separate steps.
INSIDE THE COMPUTER
What has been
stored and rehearsed?
The Computer explains why athletes may repeat a response even when they consciously know a better option. Repetition, emotional learning and social messages can make a programme increasingly automatic.
Autopilot
A constructive belief or behaviour that operates automatically and supports the athlete.
Gremlin
An unhelpful learned belief or habit that can be identified, challenged and replaced through repeated corrective experience.
Goblin
Peters’ term for an entrenched belief that may be difficult to alter and may require careful, sustained work rather than a quick slogan.
WHAT THE EVIDENCE CAN—AND CANNOT—SAY
Useful framework.
Limited direct validation.
Programme evaluation
A stepped-wedge trial with 173 NHS mental-health nurses reported moderate immediate improvements in burnout and wellbeing after an eight-workshop Mind Management Skills for Life programme.
Laker et al. (2023) ↗Conceptual resemblance
Dual-process theories also distinguish fast, automatic processing from slower, working-memory-dependent processing. This resemblance provides context, but it does not validate every element of the Chimp Model.
Evans & Stanovich (2013) ↗Integrated networks
Contemporary affective neuroscience emphasises dynamic interaction among emotion, cognition, motivation and action—not isolated emotional and rational brains operating independently.
Pessoa (2008) ↗The nurse trial supports evaluation of a multi-session programme for occupational wellbeing in that context. It does not establish the model’s proposed neural mechanisms or demonstrate improved sport performance. Elite-athlete testimonials are evidence of use, not proof of causal effectiveness.
TRINIDAD & TOBAGO APPLICATION
Formulate the response.
Do not label the athlete.
Apply the model to a specific moment and behaviour. “The athlete is a Chimp” is inaccurate and stigmatising; “a rapid Chimp response may be active in this situation” preserves the model’s intended distinction.
Call room before a CARIFTA final
An opponent appears relaxed. The athlete’s heart rate rises and the thought “I do not belong here” becomes convincing.
- Chimp
- Threat, comparison and urge to escape.
- Computer
- Gremlin: “Nerves mean I am not ready.”
- Human
- “Activation is expected; my preparation and first three steps are controllable.”
- Programme
- Exhale, posture, “set tall,” visualise the first 30 m.
Two misses in a close national match
The shooter rushes the next possession to prove competence and begins monitoring the coach’s reaction after every attempt.
- Chimp
- Embarrassment, urgency and fear of replacement.
- Computer
- Stored rule: “Good shooters cannot miss twice.”
- Human
- Missing is possible; the next routine remains available.
- Programme
- Reset feet, locate target, exhale, “set—see—follow.”
APPLIED TOOL
Use the PAUSE routine.
The routine converts the model from a label into a repeatable self-regulation process. Practise it outside competition before expecting reliable use under pressure.
Perceive
Identify the trigger, bodily signal, thought and behavioural impulse.
Acknowledge
Name the emotion without shame, suppression or immediate obedience.
Understand
Ask what the Chimp is protecting and which Computer programme was activated.
Select
Choose the next action using facts, values, consequences and controllables.
Encode
Rehearse and repeat the helpful response so it becomes easier to access.
RESPONSIBLE USE
Keep the model
within its limits.
- Create shared, nontechnical language.
- Separate feelings from chosen actions.
- Identify beliefs and habits affecting performance.
- Plan and rehearse proportionate responses.
- Diagnose a mental-health condition.
- Dismiss all emotion as irrational.
- Blame an athlete for an automatic reaction.
- Replace qualified clinical assessment or treatment.
CHECK YOUR UNDERSTANDING
Explain, apply and critique.
How do the Chimp, Human and Computer differ within Peters’ functional model?
Why is a strong emotional response not automatically an unhelpful response?
Distinguish an Autopilot from a Gremlin using one sport example of each.
What evidence would be required to claim that the model improves competitive performance?
FOUNDATIONAL READING
Sources behind
the module.
- Peters, S. (2012). The Chimp Paradox: The mind management programme. Vermilion.
- Peters, S. (2021). A Path Through the Jungle: A psychological health and wellbeing programme. Mindfield Media.
- Chimp Management. (n.d.). The Chimp Model. https://chimpmanagement.com/the-chimp-model/
- Evans, J. St. B. T., & Stanovich, K. E. (2013). Dual-process theories of higher cognition: Advancing the debate. Perspectives on Psychological Science, 8, 223–241.
- Pessoa, L. (2008). On the relationship between emotion and cognition. Nature Reviews Neuroscience, 9, 148–158.
- Laker, V., Simmonds-Buckley, M., Delgadillo, J., Palmer, L., & Barkham, M. (2023). Pragmatic randomized controlled trial of the Mind Management Skills for Life Programme. Journal of Mental Health, 32, 752–760.
READ · CONNECT · APPLY
A closer look at the concept.
Original teaching guide · Caribbean application · linked research
Using the Chimp Model critically and responsibly
Keep the model's reflective language while examining its limits as a scientific explanation.
Read the article →WATCH WITH A QUESTION
The Chimp Model: a brief overview
Professor Steve Peters · Chimp Management
Watch the creator's overview on the model page. Treat this as a primary explanation of the framework, not independent verification of every scientific claim.
Watch on Chimp Management ↗
Opens the provider’s video page in a new tab. Playback and captions are controlled by the provider.
Set your question
Write the difference between a metaphor and a literal anatomical explanation.
Examine the explanation
Choose one phrase that makes the model memorable. What does it help describe, and what could a learner misunderstand?
Apply it here
Translate that phrase into ordinary language for the fictional cyclist.
Compare your response with the teaching notes
A careful answer keeps emotion and responsibility visible, avoids labels about a person's worth, and does not present the characters as three separate brain structures.
Curated external video; the speakers and providers retain their content. No video loads automatically. Source pages checked 16 September 2026. Continue to the interactive activity ↓
PRACTISE THE CONCEPT
Use the metaphor without mistaking it for anatomy
Translate a rapid reaction into an observation, a considered response and a practised habit.
15–20 minutes suggested
Self-study · no grade or certificate
Self-study · no grade or certificate
FICTIONAL CARIBBEAN TEACHING CASE
Start with the sporting situation.
A fictional Trinidad track cyclist feels angry after being boxed in and immediately blames a teammate. Later, the cyclist uses ‘Chimp, Human and Computer’ language to discuss the reaction. The coach wants this conversation to support responsibility without labelling the athlete as a bad person.
Your learning goal: Use a teaching metaphor carefully and distinguish its practical language from claims about brain structures or diagnosis.
Evidence, with context
The Chimp Model is a named framework developed by Steve Peters. Neuroscience describes interacting emotion and cognition processes, rather than three separate characters controlling the brain. A memorable explanation is not, by itself, evidence of a specific biological mechanism.
Use the model as optional reflective language. It is not a diagnostic tool, an excuse for harmful behaviour or proof that emotion is always irrational.
Check your understanding
0 of 3 questions checkedFROM UNDERSTANDING TO APPLICATION
Your practice plan
Use a fictional or non-identifying example. Do not enter confidential or clinical information. Saving is optional and stays in this browser.
Open a printable blank worksheet ↗Teaching collection: Dr. Marlon Melville
Activity updated 16 September 2026 · Privacy & saved work
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