11+ non-verbal reasoning: Top tips for success
Non-verbal reasoning (NVR) is the part of the 11+ that worries parents most and rewards practice the most. The shapes and patterns look strange the first time a child meets them. Two months in, the same patterns become predictable, and many children's scores climb a lot. The point of practice isn't to make a child brighter. It's to make the question types familiar enough that the child can spend their time solving rather than parsing.
This guide walks through what NVR tests, the small number of pattern rules that come up in most questions, and seven tips that move scores up the fastest. There's a worked example for each main question type and a short list of common mistakes.
NVR is the question type where short, frequent practice beats long sessions by miles. Twenty minutes a day, six days a week, will outperform a two-hour Saturday block. Recognition speed is what's being trained, and that needs repetition.
What does NVR test?
Non-verbal reasoning tests how a child works with shapes, patterns and spatial information, without using words. It's used by 11+ test providers because it's seen as a fairer measure of reasoning ability for children whose vocabulary or first language might otherwise hold back their verbal scores. The skills involved (spotting differences, holding a shape in mind, rotating it mentally) are also what later helps with subjects like geometry, physics and design technology.
The two main providers parents encounter are GL Assessment (paper-based, used by most state grammar consortia) and the ISEB Common Pre-Test (on-screen, adaptive, used by many independent senior schools). GL NVR papers are multiple-choice, with sections typically running between 20 minutes and one hour and question counts varying by local consortium (check the GL Assessment site or your consortium's published spec for the exact format). ISEB's NVR portion is a 25-minute computer-based section that adapts to the child's level as they go.
The rules examiners use most
Most NVR questions, across both providers, use one or more of a small set of rules. Get a child to recognise these on sight and the questions become much faster.
Shading: A shape changes from white to black, or from light grey to dark grey. Often the shading rotates around the question (top-left in box 1, top-right in box 2, bottom-right in box 3).
Rotation: A shape turns 90, 180 or 270 degrees clockwise or anti-clockwise across the sequence.
Reflection: A shape flips across a vertical, horizontal or diagonal line.
Number: The number of sides, dots or smaller shapes inside the figure increases or decreases by a fixed amount (1, 2 or 3).
Size: The shape gets larger or smaller in steady steps.
Position: Smaller shapes move around the figure in a pattern (clockwise, anti-clockwise, or diagonally).
Most questions combine two of these rules at once: A pentagon that rotates 90 degrees clockwise AND changes from white to black across the sequence. The trick is to spot one rule, then check if a second is also at play before committing to an answer.
Question types you'll see
NVR papers tend to draw from a familiar set of question categories (figure classification, analysis, recognition, matrices, codes, paper folding, cube nets, 3D rotation and hidden shapes). Knowing them by sight cuts the time spent working out 'what is this question asking me?' which is where minutes get lost when each section is short and timed separately.
2D patterns
Odd one out: Five shapes are shown, four share a property, one breaks it. Worked example: Four squares contain even numbers of dots (2, 4, 6, 4) and one contains 3. The odd one is the square with 3 dots. Tip: Count dots, sides or small shapes first. A surprising number of odd-one-out questions are decided by a simple count.
Complete the sequence: Four boxes show a pattern progressing left to right; the child picks the fifth. Worked example: A circle goes white, quarter-shaded, half-shaded, three-quarter-shaded. Answer: A fully black circle. Tip: Look for one thing changing first. If you can't see it, look for two things changing together (shading AND rotation).
Matrices: A 3x3 grid with eight cells filled and one blank. Tip: Read both directions (across rows and down columns). The rule is usually one going across and a different one going down.
Analogies (A is to B as C is to ?): Two shapes are linked by a transformation; the child applies the same transformation to a third. Worked example: A white triangle is to a black triangle as a white square is to a black square. Tip: Work out the rule using the first pair before scanning the options.
Find a code: Shapes are labelled with two-letter codes (AX, BX, AY) and the child labels a new shape. Worked example: Black triangle = AX, white triangle = BX, black square = AY. So A = black, B = white, X = triangle, Y = square, and a white square is BY. Tip: Compare two codes that share one letter and see what's the same in the matching shapes.
Spatial and 3D
Folded paper and hole punches: A square is folded once or twice and a hole punched. The child works out the unfolded result. Worked example: One vertical fold, hole punched top-left of the folded square. Unfolded: Two holes, top-left and top-right, mirrored across the fold. Tip: One fold = one mirror, two folds = four holes total.
Cube nets: A flat cross-shaped net of six squares is shown; the child picks the cube it folds into. Worked example: Star on top, cross on bottom of the net. Folded, the star and cross sit on opposite faces. Tip: On a standard cross-shaped net, opposite faces are squares separated by one square between them; adjacent faces share an edge on the net.
3D shape rotation: A shape made of stacked cubes is shown, and the child picks which option is the same shape from a different angle. Tip: Count the cubes in each option first. Wrong answers often have one too many or one too few, which is faster to spot than mentally rotating.
Hidden shapes: A complex pattern contains a hidden simple shape at the same size and orientation as one answer option. Tip: Trace the answer option's shape with a fingertip, then hunt for those exact lines in the pattern. Resized or rotated versions don't count.
Seven tips that move scores up fastest
NVR tips that work
These come up again and again in what makes a difference between children who plateau and children who keep improving.
- Practise daily, not weekly. Recognition speed is what's being trained. Six 20-minute sessions a week beats one 2-hour Saturday block.
- Learn the rule list. Print the seven rules (shading, rotation, reflection, number, size, position, plus combinations) and stick them above the desk. Recognise the rule, then apply it.
- Always check for a second rule. About half of NVR questions combine two rules. Spot the first one, then check whether anything else is changing too.
- Use the rough-paper trick. For folded-paper and rotation questions, drawing the answer lightly in pencil prevents errors. Schools usually allow this.
- Eliminate before choosing. Cross out obviously wrong answers first. Often two of the five options can go immediately, which sharpens the choice between the rest.
- Don't get stuck. If a question takes more than 90 seconds, move on and come back at the end. Lost minutes on one hard question cost easier marks elsewhere.
- Time the practice once the rules are familiar. GL NVR sections are short and tightly timed, so the per-question pace is brisk (often well under a minute). ISEB's adaptive format adjusts, but the time-per-question is similar. Build pacing in the last six weeks of preparation, not the first.
Common mistakes parents see
Three patterns of mistake show up across many children's practice papers, and all three are habits rather than ability.
Rushing the first read. A child glances at the question, sees a familiar-looking pattern, and picks an answer without checking. Fix: Make 'eliminate two wrong options first' a rule, even on easy-looking questions.
Missing the second rule. A child spots the rotation but doesn't notice the shading also changes. They pick an answer with the right rotation but wrong shading. Fix: Train the 'check for a second rule' step until it's automatic.
Getting stuck on cube nets. Cube net questions are where children either click or don't. The fix is repetition with a physical aid. A real cube with paper stuck to each face, that you can unfold and refold together, is worth more than 20 worksheets.
If your child's NVR score plateaus (anecdotally, the mid-60s seems to be a common sticking point), the issue is almost always one or two question types they avoid. Identify which types they get wrong most (cube nets and matrices are usual suspects) and practise those types exclusively for a week.
