16 Characteristics of Kinesthetic and Tactile Learners

Sarah Major, M.Ed. is passionate about working in harmony with a child's immaculate design to support their learning strengths.  As a Title 1 Program Director and Designer, Sarah earned awards for creating her own multisensory educational resources that have now been sold in all 50 states and over 150 countries.  By design, Sarah's materials incorporate stimulating visuals with related body movements, providing a solid foundation for all students, including kinesthetic and tactile learners.

Does your child seem to learn best when they can move, touch, build, draw, or actively participate in what they are learning?

Maybe sitting still through a long explanation is difficult, but give them something to do with their hands and suddenly they are engaged. Perhaps they remember an experience from years ago but struggle to recall information they only heard or read. Or maybe they seem to understand a new concept almost immediately once they can physically interact with it.

These can be characteristics of kinesthetic and tactile learners.

Understanding how a child naturally approaches learning can help parents and teachers recognize strengths that may not always be obvious in a traditional classroom—and find more effective ways to help that child succeed.

What Is a Kinesthetic Learner?

Kinesthetic learners connect strongly with movement, action, and physical experience.

Rather than learning primarily by listening to an explanation or reading information on a page, they often benefit from doing something with what they are learning.

They might act out a vocabulary word, use body motions to remember information, physically demonstrate a math concept, or learn through an experience they can participate in.

For many kinesthetic learners, movement isn't simply an opportunity to burn off energy. It can become part of the learning process itself.

What Is a Tactile Learner?

Tactile learners connect strongly with learning through touch and hands-on experience.

They may enjoy building, drawing, writing, manipulating objects, sorting cards, working with letter tiles, using math manipulatives, or creating something with their hands.

Kinesthetic and tactile learning often overlap, which is why the terms are frequently discussed together.

A child may show characteristics of both. For example, a student might remember a spelling pattern by tracing it while saying the sound, or learn a math relationship by physically moving objects and then writing the corresponding equation.

So what might this look like in everyday life?

Here are 16 common characteristics of kinesthetic and tactile learners.

1. They Learn by Doing

One of the clearest characteristics is a preference for active involvement.

A kinesthetic or tactile learner may understand something much more readily after trying it than after hearing someone explain how to do it.

They often want to experiment, manipulate, build, take apart, recreate, or physically work through a problem.

When possible, give them opportunities to move from:

“Let me tell you how this works”

to:

“Let's try it and see how it works.”

2. They Remember What They Did

Ask a kinesthetic learner about an experience from a field trip, experiment, project, game, or hands-on lesson and you may be surprised by how much detail they remember.

Physical experiences can provide meaningful anchors for memory.

This is one reason purposeful movement and hands-on practice can be so valuable: the experience becomes connected with the information being learned.

3. They May Have Difficulty Sitting Still for Long Periods

Some children think and learn better when their bodies are allowed to move.

They may shift in their seats, tap a foot, doodle, manipulate an object, stand while working, or look for opportunities to get up.

That doesn't automatically mean the child isn't listening.

Sometimes a small amount of movement actually helps the child remain engaged with the task.

4. They Like to Touch and Handle Things

“Please don't touch” can be particularly difficult for a tactile learner!

These children often explore through their hands. They want to feel textures, manipulate objects, examine how things fit together, and physically interact with their environment.

In learning, this might mean preferring:

• letter tiles;
• flash cards;
• manipulatives;
• models;
• puzzles;
• drawing or writing;
• sorting activities; or
• hands-on experiments.

For them, touching isn't necessarily separate from thinking. It can be part of how they process information.

5. They May Gesture While Talking

Watch their hands when they're explaining something.

Kinesthetic learners may naturally gesture, demonstrate, point, act something out, or use their whole body to help communicate an idea.

Those movements can also be used intentionally during instruction.

A meaningful gesture associated with a word, sound, or concept can provide another connection for remembering it later.

6. They Often Prefer Experiences to Explanations

Long verbal explanations can be challenging, especially when the child has no concrete reference for what is being described.

They may understand much more quickly when they can:

see an example → try it → receive feedback → try it again.

This doesn't mean verbal instruction isn't useful. It means the explanation often becomes more meaningful when it is connected to something concrete.

7. They May Enjoy Building, Creating, and Taking Things Apart

LEGO®, crafts, models, woodworking, puzzles, science experiments, cooking, mechanics, art, and other hands-on pursuits can be especially appealing.

A child who seems restless during a worksheet may concentrate for an astonishing length of time while constructing something.

Pay attention to those moments.

They can reveal strengths in problem solving, spatial reasoning, creativity, persistence, and practical application that aren't always apparent through paper-and-pencil work.

8. They May Need Movement to Maintain Attention

Some learners find it difficult to separate thinking from movement.

A child might pace while memorizing something, stand while reading, bounce slightly while practicing facts, or manipulate something while listening.

Instead of automatically treating all movement as distraction, consider whether the movement is helping or interfering with learning.

Purposeful movement can sometimes be incorporated directly into the lesson.

9. They Often Enjoy Physical Activities

Sports, dance, drama, outdoor activities, building projects, gardening, experiments, and other active pursuits may come naturally to these learners.

Physical activity can also reveal abilities that don't always appear in conventional academic tasks: coordination, timing, spatial awareness, observation, strategy, teamwork, and persistence.

A child's strengths extend well beyond what can be measured while sitting at a desk.

10. They May Prefer to Show You Rather Than Tell You

Ask:

“How did you do that?”

and you might hear:

“Here—I'll show you.”

Kinesthetic and tactile learners may find demonstrating a process easier than verbally describing every step.

Teachers and parents can use this tendency as another way to check understanding.

Instead of always asking a child to explain an answer verbally, sometimes ask:

“Can you show me how you figured that out?”

11. They Can Become Restless During Passive Learning

Long lectures, lengthy reading assignments, repetitive worksheets, or extended periods of listening can be especially difficult when there is little opportunity for active participation.

The problem isn't necessarily that the child can't learn the material.

The format may simply provide too few opportunities to interact with it.

Breaking instruction into shorter segments and incorporating meaningful opportunities to respond, write, manipulate, demonstrate, or move can help keep learning active.

12. They May Remember Where Something Happened

Physical context can become part of memory.

A child may remember:

• where they were standing;
• what they were doing;
• where something was located;
• who was present; or
• what happened immediately before or afterward.

Experiential memory can be a powerful strength.

Connecting new information to a meaningful experience can give the learner another pathway for recalling it later.

13. They Often Enjoy Role-Playing and Demonstration

Acting out a story, demonstrating a vocabulary word, pretending to be a historical character, using motions for a song, or physically modeling a concept can turn abstract information into an experience.

This is especially effective when the action is meaningfully connected to what is being learned.

Random movement may make an activity more entertaining, but purposeful movement can become a memory support.

14. They May Prefer Shorter Instructions Followed by Action

A long sequence of spoken directions can be difficult to hold in mind.

Kinesthetic and tactile learners may do better when instruction follows a pattern such as:

Explain → Do → Explain → Do

rather than:

Explain everything → Begin

Demonstrating a step, allowing the child to perform it, and then moving to the next step can make a complicated task much more manageable.

15. They Often Solve Problems Through Trial and Error

Some children want complete instructions before beginning.

Kinesthetic learners may be more inclined to start experimenting.

They try something, observe what happens, make an adjustment, and try again.

That approach can sometimes look impulsive, but it can also reflect valuable strengths: curiosity, experimentation, adaptability, and persistence.

Teaching them when experimentation is appropriate—and when slowing down and planning first would be helpful—allows them to build on that natural strength.

16. They Often Thrive When Learning Becomes an Experience

This characteristic brings the others together.

For kinesthetic and tactile learners, some of the most memorable learning happens when information becomes something they can see, hear, touch, manipulate, demonstrate, and experience.

A spelling pattern can become something they build.

A vocabulary word can become something they act out.

A math relationship can become something they physically model.

A historical event can become a role-play.

A scientific principle can become an experiment.

The more meaningful the connection between the experience and the concept, the more useful that experience can become.

Kinesthetic and Tactile Learners Are Not All the Same

A child doesn't have to demonstrate all 16 characteristics to benefit from tactile or kinesthetic approaches.

One child might need frequent movement but have little interest in building things. Another might happily sit for an hour constructing an intricate model. One may love sports; another may prefer drawing, sewing, cooking, experiments, or working with manipulatives.

Learning characteristics also don't exist in isolation.

A child may have strong visual, auditory, tactile, and kinesthetic characteristics in different combinations.

That's one reason Child1st uses a multisensory approach: instead of presenting new information through only one pathway, we can intentionally connect visual, auditory, tactile, and kinesthetic elements with the concept being taught.

Kinesthetic Learning Is More Than Movement

This is an important distinction.

Adding movement to an activity does not automatically make the learning more meaningful.

Imagine a child hopping from one sight word to another on the floor while making exactly the same movement for every word. The activity certainly includes movement—but what does the hopping teach the child about the individual words?

Now compare that with a purposeful motion that represents the meaning of a particular word.

The movement itself has become a memory anchor.

At Child1st, we believe movement is most powerful when it is connected directly to the concept the child is learning.

What If My Child Shows Many of These Characteristics?

First, recognize the strengths behind what you're observing.

A child who needs to touch everything may be an eager explorer.

A child who doesn't want to sit still may think particularly well through action.

A child who wants to take things apart may be trying to understand how they work.

A child who struggles with lengthy verbal directions may perform beautifully once they can see or experience the task.

Understanding these characteristics can help us move from:

“Why won't this child learn the way I'm teaching?”

to:

“How can I make this learning more accessible to this child?”

That shift can make an enormous difference.

How Do You Teach a Kinesthetic or Tactile Learner?

Once you recognize these characteristics, the next question is usually:

Now what do I do?

That's important enough to deserve its own discussion.

Rather than turning this article into another long list of teaching activities, use our guide to Teaching Strategies for Kinesthetic Learners for practical ways to incorporate hands-on learning, purposeful movement, visual supports, reading and spelling activities, math strategies, and other approaches at school or home.

For children who are specifically struggling with reading, also see How to Teach Kinesthetic Learners to Read Successfully.

How Child1st Supports Kinesthetic and Tactile Learners

Child1st resources were created with learners like these in mind.

Our approach intentionally connects abstract information with meaningful visuals, spoken language, hands-on practice, and purposeful body movement.

For example:

SnapWords® connects high-frequency words with meaningful visuals and body motions before transitioning children to recognition of the plain word.

Child1st Alphabet uses visual and multisensory supports to help children connect letter shapes with their sounds.

Sound Spelling connects sound-spelling patterns with visual memory supports and opportunities to apply those patterns in reading and spelling.

Right-Brained Math uses visual and hands-on approaches to help make abstract mathematical relationships more concrete.

The goal isn't movement or hands-on activity simply for the sake of activity.

It's to create meaningful connections that help learning make sense.

See the Strengths Behind the Movement

Kinesthetic and tactile learners can bring tremendous strengths to learning: curiosity, creativity, energy, experimentation, spatial awareness, persistence, and an eagerness to interact with the world around them.

Sometimes those strengths are easy to recognize.

Sometimes they first appear as restlessness, touching, fidgeting, impatience with long explanations, or difficulty sitting through traditional instruction.

When we understand what may be behind those behaviors, we can begin to see the learner differently.

And once we understand how a child naturally connects with learning, we can give that child more opportunities to experience success.

Is your child a kinesthetic learner?

Find out by using our kinesthetic/tactile learner assessment!