Kicker: Parent Guide
# Visual-Spatial Skills in Children: A Parent Guide
Plenty of parents have heard the term "visual-spatial skills" without being sure which everyday behaviors it actually describes. A university researcher offers the handiest working definition:
"Spatial thinking is the ability to understand the spatial properties of objects, such as their size and location, and to visualise objects and problems."
— Emily Farran, UCL (The Conversation)
In plain terms, spatial thinking is turning shapes in your head, estimating size, and working out a route. A 2023 peer-reviewed study (Frontiers in Psychology) goes a step further: many everyday behaviors draw on spatial skills, and daily life may be exactly the soil where those concepts and skills grow.
Those two statements set the boundaries of this guide. We won't explain the concept itself — What Is Spatial Reasoning? already covers it in depth — and we won't diagnose, score, or label anyone. This guide answers one question only: how to notice your child's spatial skills in daily life, and how to support them with a few well-chosen words.
(A note on terms: the title keeps "visual-spatial skills," the phrase parents search for; the body uses "spatial skills" and "spatial thinking.")
Research also observes that the ability to picture and move objects in the mind is linked to later performance in STEM fields. That is a research-level association and prediction — not a promise that any one activity guarantees a STEM career.
Want a quick feel for this ability tucked inside a calm, small practice? Try a Short Practice Loop →
1. Seven everyday scenes: a map for what to look for
Spatial skills aren't a class you need to enroll in. They're already hiding in the things your child does every day. The table below is just a map of where to look; each scene gets its own section after it.
| Scene | You might notice your child… | Section |
|---|---|---|
| Puzzles | turning a piece in their head instead of trial-and-error with the real piece | §2 |
| Maps and directions | describing what you pass to get from here to there | §3 |
| Tidying and sorting | lining things up by size, or finding an object kept somewhere else | §4 |
| Blocks and building | planning order and space before placing a piece | §5 |
| Drawing and proportion | drawing something sized to match the real thing | §5 |
| Outdoor and physical play | moving while describing where they are and what's near | §6 |
| Everyday spatial language | using words like above, below, left, right, and between naturally | §7 |
Haven't read about the concept of spatial reasoning itself yet? Start here: What Is Spatial Reasoning?.
2. Puzzles and shape fitting
What's happening. Your child studies a puzzle piece for a moment before placing it, rather than rushing to try — they're likely rotating that piece in their head.
Which skills are at work. Shape rotation and fitting sit at the heart of shape rotation practice, and they're the "direction and edge" part of visual-spatial skills. Research groups puzzles with blocks as everyday activities linked to stronger spatial skills (DREME, Stanford).
What you can say:
"When doing a jigsaw, ask your child if they can turn the piece in their imagination, rather than trying different options with the real piece, to work out where it goes."
— Emily Farran, UCL
In your own words: "Before turning the real piece, try turning it in your head — which way does the opening face?" A wrong guess is fine; the point is putting thinking ahead of trying.
One family activity. Pick a puzzle your child can already do, pull out two or three pieces, and ask them to point to where each one goes and which way it faces before actually placing it. For a screen-based version of the same practice, here's a level to try: Level 1 Shape Rotation Practice Puzzle.
3. Maps and directions
What's happening. When your child can give directions or say exactly where a toy is, they're building a mental map — using memory to picture where places and objects sit, then giving directions from that picture (EDC Young Mathematicians). Maps themselves pull in shape, size, relative size, position, and direction (Illinois Early Learning Project).
Which skills are at work. Direction and positional relationships map to the "position" pillar of visual-spatial skills.
What you can ask:
"Is the blue chair on the table, or next to it? Which is closer to us, the gate or the sandbox?"
— Illinois Early Learning Project
In your own words: "Is the blue chair on the table, or beside it? Which is closer to us — the gate or the sandbox?"
One family activity. Draw a bird's-eye view of a room or playground together (how it looks from directly above), marking the door, windows, slide, and sandbox. On a walk, ask: "If we keep going along this sidewalk, where do we end up? What do we pass on the way?"
4. Tidying, sorting, and locating
What's happening. Putting toys into a pile of big ones and a pile of small ones is sorting by attribute; walking straight to the kitchen to fetch a backpack is spatial orientation — judging whether the kitchen is near or far, then getting to the backpack (EDC Young Mathematicians).
Which skills are at work. Comparing size and judging position fall under visual-spatial skills.
What you can say:
"For pre-school children, simple activities like sorting teddies by size and labelling them 'small,' 'medium,' or 'large,' can build an early foundation for spatial reasoning."
— Emily Farran, UCL
Add a find-the-object prompt (an EDC example):
"Can you find the umbrella? It's in the upstairs closet, next to the jacket."
One family activity. Make finding things your child's job: "Where are your crayons?" Ask them to say the location, then go get them. Storage boxes, closets, and bookshelves are all ready-made practice.
5. Building and drawing (proportion)
What's happening. Building with blocks, playing with a dollhouse, or drawing a track for toy cars all bump into one quiet question: does the size actually match? Would a doll's hat fit on their own head? How wide does the road have to be for the toy car to fit? (Emily Farran, UCL). Researchers call this proportion judgment "spatial scaling," and your child will meet it again later when understanding ratio and fractions.
Which skills are at work. Rotation and ordering during building sit close to shape rotation practice; judging proportion belongs to visual-spatial skills. Blocks are also the everyday spatial activity research cites most often (DREME, Stanford; Frontiers 2023).
What you can say:
"If your child likes playing with dollhouses, toy cars or toy farms, ask them about differences in scale – whether, for instance, a doll's hat would fit on their own head. You could ask them to draw a road for their toy cars, thinking about how big it will have to be to fit them."
— Emily Farran, UCL
One family activity. Draw a "just right" track for a toy car, or ask: "Could this doll's hat fit on your head? Why?" Skip the correct answer and let your child say it out loud.
6. Outdoor and physical play (an honest note)
What's happening. At the playground, your child runs, climbs, and crawls — constantly moving through space: over the bridge, under the climbing frame, around the post. The movement itself isn't special; what matters is putting words to it as it happens.
An honest note. The authoritative sources we reviewed don't offer strong research showing that a dedicated exercise routine directly improves spatial skills. This section stays with observing and describing position and distance during movement, without inventing exercise effects.
What you can say:
"When your child is on the playground, describe her spatial location as she is on the go. 'You went over the bridge, and now you are running under the monkey bars!'"
— DREME, Stanford
In your own words: "You just went over the bridge, and now you're running under the monkey bars!" The point isn't correcting the movement — it's giving words to the change in position as it happens.
One family activity. On a walk or at the playground, take turns being the "position announcer," saying out loud: on, under, through, around, behind. Spatial thinking shows up well beyond tabletop games — Where Spatial Thinking Shows Up Beyond Puzzles has more examples.
7. Spatial language: the handle every parent can reach for
What ties the earlier scenes together is talking to your child. Researchers sort the spatial words parents can reach for into four groups (DREME, Stanford): shape words (circle, triangle, rectangle, cone, pyramid); size words (big, little, long, short, tall, tiny, huge); spatial-feature words (curvy, edge, side, line, corner, straight, flat); and position-and-direction words (between, into, forward, over, behind, near, far).
No memorizing required — a word or two during play is enough, like left, right, between, in, above (The Conversation).
Why it's worth speaking up. Research observes that parents who use more spatial words have children who use more too, and children with stronger spatial language tend to show stronger math performance. Research suggests a link — not a promise that a few extra words raise scores.
One family activity. Pick one scene a day (building, tidying, heading out) and simply remind yourself to add one spatial word. For a fuller look at how these words work in practice, The Everyday Language of Space is a ready-made deep dive.
FAQ
1. What everyday signs show visual-spatial skills in young children?
If your child can picture an object turned around, describe a route, line things up by size, draw something to a matching scale, and use words like above, left, right, or between — those are visible signs. A note: this is an entry point for observation, not a screening checklist. This article does not score, judge, or label.
2. How can I support spatial skills at home without extra toys?
You don't need new toys — the blocks, puzzles, storage boxes, and walking routes you already have are enough. The two things that matter most: ask your child to describe position, and use more spatial words yourself. Want to let your child try the same kind of calm practice on a screen? Browse the free library →
3. Is there a difference between "visual-spatial skills" and "spatial reasoning"?
In parent-facing education writing, spatial skills, spatial thinking, and spatial reasoning are often used interchangeably for the same set of abilities. "Visual-spatial skills" is another name parents search for more often, which is why this article's title keeps it. To be clear: this article does not cover clinical or diagnostic territory, such as visual-perception difficulties.
4. Do puzzles actually build spatial skills?
At the research level, the answer is "linked." Multiple studies group puzzles with blocks as everyday activities associated with stronger spatial skills, and they consistently show that children who are good at spatial thinking tend to do better at math, and that spatial training is associated with math improvement — correlation, not a causal promise. The safer way to put it: puzzles are one of the spatial behaviors research keeps returning to, and one children already do, so they're worth supporting — but not a shortcut that guarantees higher scores. For a fuller account of what practice can and cannot do, see What Practice Can and Cannot Do for Spatial Skills. The cited research did not test KidSpatial, and this article does not claim that KidSpatial produces measured training effects.
Sources and editorial note
- DREME, Stanford GSE (https://dreme.stanford.edu/news/spatial-reasoning-why-math-talk-is-about-more-than-numbers/). Stanford Graduate School of Education's parent-facing explainer. This article uses its block/puzzle association, playground prompt, and four groups of spatial words. The STEM-prediction sentence is paraphrased at the research-observation level, not as a performance promise.
- EDC Young Mathematicians (https://youngmathematicians.edc.org/math-topic/spatial-relations/). Used for the everyday-tasks / mental-map / fetch-the-backpack framing and the umbrella-finding prompt. A spelling slip in the original ("to describing") is not reproduced verbatim and has been paraphrased.
- Illinois Early Learning Project (https://illinoisearlylearning.org/tipsheets/maps-yc/). A preschool-context tip sheet, used only in the maps and directions section.
- The Conversation — Emily Farran (UCL), 2025 (https://theconversation.com/english-children-lag-behind-in-geometry-parents-can-help-them-learn-through-play-246606). Used for the parent-friendly definition (quoted in full at the top) and the scene-by-scene prompts. British spellings (visualise) are kept as-is in verbatim quotes; performance-related sentences are paraphrased at the "research shows a link" level.
- Frontiers in Psychology (2023) (https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2023.1117771/full). A peer-reviewed study, used only for the thesis that everyday behavior is fertile ground where spatial concepts and skills grow, and for the puzzle / furniture-assembly example. Sentences in the paper involving the WPPSI-IV test instrument are not included (red line: diagnosis / scoring).
Editorial note (fixed): Every statement in this article connecting spatial skills to math or STEM outcomes is a research observation (association, prediction, or training effect), not a causal claim or a performance promise. The cited research did not test KidSpatial, and this article does not claim that KidSpatial produces measured training effects. This article involves no IQ, diagnosis, test scores, or medical advice, and it does not claim that KidSpatial or any toy raises scores.
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