Dale’s Cone of Experience: How Learning Happens Best

Think about the last time you truly understood something – not just read about it, but genuinely grasped it. Chances are, you were doing something: building, practicing, discussing, or creating. This is exactly the insight at the heart of Dale’s Cone of Experience, a foundational model in educational theory that has guided instructional design for nearly eight decades. Introduced by Edgar Dale in 1946 in his landmark work Audio-Visual Methods in Teaching, the Cone of Experience helps educators understand how the type of learning experience they choose directly shapes how deeply students engage with – and remember – what is taught.

What is Dale’s Cone of Experience? 🔗

Dale’s Cone of Experience is a visual model that arranges learning experiences along a continuum – from the most abstract at the top of the cone to the most concrete at the base. It was not designed to rank teaching methods by difficulty, but rather by their degree of abstraction and the number of senses involved in the learning process.

The cone is shaped like an inverted triangle. At the very top sit the most abstract experiences – reading text and listening to spoken words – where the learner has minimal sensory involvement. As you move downward through the cone, the experiences become progressively more concrete and multisensory: from visual symbols and still pictures, to demonstrations, dramatized experiences, and simulations, all the way to the base, which represents direct, purposeful experience – real, hands-on participation in the world.

According to SC Training’s overview of the model, the cone illustrates that the more concrete the learning experience, the more senses are involved – seeing, hearing, touching, tasting, and feeling. Dale’s core argument was that richer, more sensory experiences foster deeper understanding and more meaningful learning.

A note on the “retention percentages” myth 🔗

One of the most widespread misconceptions about this model is the claim that learners retain 10% of what they read, 20% of what they hear, 90% of what they teach others, and so on. These figures are frequently attributed to Dale – but according to educational technology researchers Subramony, Molenda, Betrus, and Thalheimer, Dale never included any numbers or retention percentages in his original model. Their extensive analysis found that these figures were superimposed onto the cone by an unknown source around 1970, and have since spread widely without empirical basis. Dale’s Cone is best understood as a conceptual framework, not a statistical chart.

Levels of learning engagement: from passive to active 🔗

The cone’s real power lies in how it maps the spectrum of learning engagement. At one end is passive reception of information; at the other is active, immersive participation. Understanding this spectrum helps educators make deliberate, informed choices about how they structure learning experiences.

Passive learning: the abstract end of the cone 🔗

At the top of the cone, learners are largely receivers of information. Reading a textbook, listening to a lecture, or watching an instructional video all fall into this zone. These methods engage limited senses – primarily sight and hearing – and require little active cognitive work from the learner beyond comprehension. As the Growth Engineering guide on the Cone notes, at this level learners become spectators rather than participants. This doesn’t make these methods useless – they can efficiently convey large amounts of information – but they tend to produce shallower, more temporary learning on their own.

Moderately active learning: the middle of the cone 🔗

Moving down the cone, we encounter experiences that require greater involvement. Demonstrations let students observe a process in action. Exhibits and field trips expose learners to real-world contexts, engaging more senses and prompting observation and reflection. Dramatized experiences – role-plays, simulations, and reconstructed events – push engagement further by requiring learners to interpret, respond, and sometimes perform. According to SC Training, these experiences begin to shift learners away from pure abstraction, encouraging direct participation and the use of multiple senses simultaneously. Educational videos and motion pictures also occupy this mid-zone – they allow instructors to edit reality for clarity, slow down complex processes, and replay difficult concepts, making them a versatile middle-ground tool.

Active learning: the concrete base of the cone 🔗

The base of Dale’s Cone represents what he called direct, purposeful experiences – hands-on activities where learners have real responsibility for an outcome. Growth Engineering describes these as an unabridged version of life itself: rich, full-bodied, and multi-sensory. Science experiments, internships, clinical placements, community projects, and design challenges all sit here. Just above direct experience on the cone are contrived experiences – models, mock-ups, and simulations that approximate reality when the real thing is inaccessible, too dangerous, or too costly. As eLearning Industry explains, these “edited” versions of reality are sometimes more effective teaching tools than the actual experience, because they reduce cognitive overload and isolate key learning points.

A study published in QScience Proceedings examining a foundational leadership course found that when instructors applied strategies at the base of the cone – using direct, purposeful learning experiences that simulated real-world conditions – students achieved significantly more effective learning outcomes compared to more passive instructional methods.

Applying Dale’s Cone in teaching: choosing the right methods 🔗

The most practical contribution of Dale’s model is the guidance it offers for instructional design. The cone doesn’t prescribe a single “best” method – rather, it encourages educators to think deliberately about where any given learning activity sits on the abstraction spectrum, and whether that position serves the learning goal at hand.

Balance concrete and abstract experiences 🔗

Dale himself was clear that always defaulting to concrete experience is not the answer. As documented in the Pressbooks compendium on instructional design foundations, Dale wrote that over-reliance on concrete experience can actually obstruct meaningful generalization – the ability to transfer knowledge from one context to another. Abstract thinking, developed through reading, discussion, and symbolic reasoning, is equally essential for higher-order learning. The goal is a deliberate balance between the two. A well-designed course moves students fluidly between abstract instruction and concrete application.

Match methods to learning objectives 🔗

Different content calls for different positions on the cone. A course in literary theory may be well-served by close reading and seminar discussion; a nursing program needs simulation labs and clinical rotations. Research published in the International Journal of Research and Innovation in Social Science confirms that teaching strategies incorporating active, hands-on learning result in improved student engagement and deeper comprehension. The cone gives educators a framework to ask: Is this activity as concrete as it needs to be, given what students are expected to do with this knowledge?

Use multiple modalities, not just one 🔗

SC Training’s analysis emphasizes that Dale cautioned against relying on a single instructional medium in isolation. The different levels of the cone are not separate silos – they overlap and reinforce each other. A lecture (abstract) followed by a demonstration (mid-level) followed by a hands-on lab activity (concrete) creates a layered learning arc that progressively deepens understanding. Using multiple modalities acknowledges that learners engage differently with content, and that varied instruction builds more robust, transferable knowledge.

Designing for accountability with the cone 🔗

Faculty Focus contributor Dr. Dimple J. Martin offers a compelling example of how the cone can be used not just for course design but for teaching accountability. In her practice, as described in Faculty Focus, she provides students at the start of each semester with a chart listing all learning modalities from the cone. Students track which modalities appear in each class session throughout the term. At the end of the semester, they have a visual record of how engaged they were across different types of learning activities – which also holds the instructor accountable for delivering instructionally varied, evidence-informed teaching. Her observation: the more learning modalities incorporated, the more engaged students become, and the deeper their understanding of the subject.

Technology and the cone in the modern classroom 🔗

Dale’s model was created in 1946 when the most advanced educational technology included film projectors and radio. Yet the framework maps naturally onto modern tools. Growth Engineering points out that virtual reality and augmented reality can now create highly realistic contrived experiences – placing them close to the base of the cone despite being fully digital. Podcasts and recorded lectures occupy the upper zones. Interactive simulations, online collaborative projects, and peer-teaching platforms occupy the middle and lower sections. The cone’s logic holds regardless of the medium: the more a technology demands active participation and multisensory engagement, the more powerful its learning potential.

What the cone does – and doesn’t – tell us 🔗

Dale’s Cone of Experience is a guide for thinking about instruction, not a rigid hierarchy of effectiveness. As SC Training clarifies, the model is not meant to identify the “best” learning experience or suggest that concrete methods are always superior. A well-timed lecture, an expertly chosen reading, or a clear verbal explanation can be exactly the right tool in the right moment. The cone’s value is in prompting educators to make conscious, informed choices – to move beyond habit and ask whether the method they are using is actually the one that serves learning best.

What Dale ultimately argued is that effective teaching is not a single act but a designed sequence of experiences – some abstract, some concrete, all purposeful. The richer and more varied the experience, the more likely learners are to develop genuine understanding that persists and transfers beyond the classroom.

What do you think? Looking at your own learning or teaching experience, which level of Dale’s Cone do you think is most underused in formal education – and what would it take to bring more of that kind of experience into everyday instruction? If you were redesigning a course or lesson plan using the cone as your guide, where would you start?

References

1. https://pressbooks.pub/lidtfoundations/chapter/edgar-dale-and-the-cone-of-experience/
2. https://elearningindustry.com/cone-of-experience-what-really-is
3. https://training.safetyculture.com/blog/the-cone-of-experience/
4. https://www.growthengineering.co.uk/what-is-edgar-dales-cone-of-experience/
5. https://www.qscience.com/content/papers/10.5339/qproc.2015.elc2014.6
6. https://rsisinternational.org/journals/ijriss/articles/integrating-dales-cone-of-experience-into-teaching-aids-teachers-reflections-in-sri-lankan-schools/
7. https://www.facultyfocus.com/articles/course-design-ideas/designing-a-course-with-accountability-and-dales-cone-of-experience/