11 Plus Non-Verbal Reasoning: Complete Guide for Parents

What Non-Verbal Reasoning Tests at 11 Plus

Non-verbal reasoning tests a child’s ability to think logically through shapes and visual information rather than through language or numbers. It assesses how well a child can spot patterns, identify rules governing visual sequences, reason about spatial relationships, and apply logical rules consistently across unfamiliar diagrams.

The three core cognitive skills it draws on are:

How GL and CEM NVR Papers Differ

The exam board your target school uses determines both what your child will face and how to prepare for it. The difference between GL and CEM NVR is significant — confirm which board applies before buying any resources.

Core Question Types with Worked Examples

GL Assessment NVR uses a consistent set of question types that appear across all papers. The seven types below cover the vast majority of questions your child will encounter, in both GL and CEM papers.

• 1
  Odd One Out Five shapes are given. Four share a common property (number of sides, shading pattern, internal symmetry, size). One does not belong. Identify the intruder. Example: Four shapes each have an even number of sides (square, hexagon, rectangle, octagon) and one has an odd number (pentagon) → the pentagon is the odd one out. The trick: always check multiple properties before committing. The ‘odd’ shape may share some properties with the others but fail on one specific rule.
• 2
  Analogies Shape A relates to shape B in a specific way (rotated 90°, reflected, had one side added, changed shading). Apply the same transformation to shape C to find shape D. Example: A filled circle becomes a circle with a cross inside. A filled triangle should become → a triangle with a cross inside. Strategy: identify exactly what changed between A and B (shading? rotation? added element?), then apply the same change to C. Never assume — verify each answer against the rule.
• 3
  Series and Sequences A row of figures follows a rule. The rule may involve a shape rotating by a fixed amount each step, a shading pattern cycling through states, a number of elements increasing, or a combination of changes. Find the next figure. Example: A square rotates 45° clockwise with each step; the shading alternates between filled and empty. After five figures, the next is a square at the original orientation with the opposite shading to the first. Strategy: track each property independently. One property per pass prevents missing a secondary rule.
• 4
  Matrices A 2x2 or 3x3 grid of figures follows rules across both rows and columns. One cell is missing. Apply the row and column rules together to find the correct figure. Example: Each row increases in the number of internal shapes by one; each column shifts the shading from white to grey to black. The missing cell must have three internal shapes and black shading. Matrices reward systematic rule-checking: identify the row rule first, the column rule second, then verify both against your answer before selecting.
• 5
  Codes Each figure is assigned a two- or three-letter code. Each letter in the code represents one property of the figure (shape type, shading, size, orientation). Work out what each letter means, then find the correct code for a new figure. Example: A small filled circle = AP; a large filled circle = BP; a small empty circle = AQ. A = small, B = large, P = filled, Q = empty. A large empty circle = BQ. Codes are methodical: list each figure and its code, isolate one property at a time, match the letter that changes only when that property changes.
• 6
  Spatial Reasoning (Nets, Reflections, Rotations) Three distinct sub-types: (a) Nets — which flat net folds into a given cube, correctly placing each face? (b) Reflections — what does a figure look like mirrored across a given line? (c) Rotations — what does a figure look like rotated by a given amount? All three require genuine spatial visualisation. Example (net): A cube with a star on top, a circle on the front, and a triangle on the right. Which of five nets places these faces in the correct positions when folded? Eliminate nets where adjacent faces would end up on opposite sides when folded. Physical practice — actually folding printed nets — is more effective than working purely on paper.
• 7
  Paper Folding A square piece of paper is folded (once or twice) and a hole is punched through all layers. What does the paper look like when fully unfolded? Answer by selecting the correct pattern of holes. Example: A square is folded in half vertically, then a hole is punched in the top-left corner of the folded shape. When unfolded, two holes appear symmetrically: top-left and top-right (the punch went through both layers). With two folds, four holes appear. Strategy: draw the fold line, mark the punched hole, then mirror it across each fold line in reverse order.

Year-by-Year Practice Strategy

NVR is learnable at any stage, but a structured approach from Year 4 produces better outcomes than intensive cramming in Year 6. Below is a practical year-by-year plan.

• Year 4

  Build spatial intuition through play

  At this stage, formal NVR practice is premature for most children. Instead, build the underlying spatial skills that NVR draws on: jigsaw puzzles (pattern recognition), tangram sets (shape decomposition and rotation), Lego and 3D construction toys (spatial visualisation), and symmetry spotting in everyday objects. These activities build the mental rotation skill that paper-based drilling cannot replicate. Ten to fifteen minutes per day is enough.

• Year 4–5

  Introduce question types one at a time

  Begin structured NVR practice with the most accessible types first: odd one out, then analogies, then series. Spend two to three weeks on each. The goal at this stage is understanding what each type is asking — not speed. Use CGP or Bond workbooks and work through each type-specific chapter before any mixed papers. A child who understands the format of all seven types by the end of Year 5 is well prepared for the timed phase.

• Year 5

  Add matrices and codes; continue physical spatial practice

  Matrices and codes are more complex because they layer multiple rules. Introduce these in Year 5 once simpler types are solid. At the same time, keep up physical spatial practice: fold paper manually before doing paper-fold questions on worksheets, build cube nets and test them by folding. The physical experience anchors the mental model that transfers to the exam page.

• Year 5–6

  Introduce timed mixed papers

  Once all question types are familiar, move to timed mixed practice. GL NVR papers are 40–45 minutes for 60–70 questions — under 40 seconds per question. Time pressure is a real constraint and needs separate practice. Use a timer. Review every error after each session and identify whether the mistake was a conceptual one (misunderstood the rule) or a procedural one (rushed and miscounted). Address each differently.

• Final 6 weeks

  Full-paper simulation and targeted weak-type drilling

  One or two full-length timed NVR papers per week under exam conditions. After each paper, identify which question types are generating the most errors. If codes are the weak point, spend additional time on codes specifically — not another full paper. Precision on weak areas in the final weeks is more valuable than additional mixed practice. Use official GL papers for the closest format match.

Resource Recommendations

The NVR practice market is smaller than Maths or English but still crowded with variable-quality materials. These are the resources that consistently produce results.

Workbooks for Structured Learning

• CGP 11+ Non-Verbal Reasoning Question-type-by-type breakdown with clear explanations. Available in GL and CEM editions. Best for the systematic introduction phase in Years 4–5.
• Bond 11+ NVR Assessment Papers Graded mixed papers at 5–6, 6–7, 7–8, 8–9, 10+ age levels. Best for progressive difficulty practice once all types are introduced.
• GL Assessment NVR Practice Papers The only official GL NVR papers. Closest format match to the real exam. Use in the final 6–8 weeks once all question types are solid.
• Schofield & Sims NVR Clear graduated difficulty within each book. Good for Year 4–5 children starting from scratch. Works well alongside a physical spatial activity programme.

Spatial Reasoning Supplements

Paper-based drilling alone is not enough for the spatial question types. These physical resources build the mental rotation and spatial visualisation skills that paper folding and net questions demand:

• Tangram Sets Shape decomposition and rotation practice. Directly builds the spatial visualisation skills tested in reflections and rotation questions.
• Printable Cube Nets Free online. Print, cut out, and physically fold. Nothing builds cube-net intuition faster than making the cube by hand several times.
• Jigsaw Puzzles (100–500 pieces) Pattern recognition and shape matching under sustained attention. Especially effective for children who find sequence and matrix questions slow.
• Nightingale Prep NVR Worksheet Exam-standard pattern series practice with full answer key. Targeted, affordable, instantly downloadable.

Quick Summary

• NVR tests pattern recognition, spatial awareness, and visual logic — entirely through shapes and diagrams, with no language or numbers.
• GL has a standalone NVR paper (60–70 questions, 40–45 minutes, multiple-choice). CEM embeds visual reasoning in a combined paper with less predictable question formats.
• The seven core types are: odd one out, analogies, series/sequences, matrices, codes, spatial reasoning (nets, reflections, rotations), and paper folding.
• Paper folding and 3D nets are the hardest types — build spatial skills through physical practice (folding paper, building cube nets) rather than additional paper-based drilling.
• Introduce one question type at a time before mixing in timed papers. Format familiarity removes a major source of exam-day errors.
• Start in Year 4 with spatial play (puzzles, tangrams, building toys), move to structured type-by-type practice in Year 5, and add timed full papers in Year 5–6.
• Short daily sessions beat long weekly ones for building the automatic pattern recognition that NVR rewards.