Geometry: Position and Direction
KS1MA-Y1-D007
Pupils describe position, direction and movement including whole, half, quarter and three-quarter turns.
National Curriculum context
In Year 1, position and direction are developed through physical experience and the language of spatial reasoning. Pupils learn to use positional language including left and right, top, middle and bottom, on top of, in front of, above, between, around, near, close and far, up and down, forwards and backwards, inside and outside. They make whole, half, quarter and three-quarter turns in both directions — physically experiencing rotation — and they connect turning clockwise with movement on a clock face, creating an important cross-domain link with time in the measurement domain. This embodied approach to direction and movement underpins pupils' later work on angles as a measure of turn in Year 2, and establishes the directional vocabulary needed for navigating coordinates and transformations in later key stages. The use of fractions of a turn (half, quarter, three-quarter) also provides a concrete context in which fraction language is applied meaningfully.
2
Concepts
1
Clusters
0
Prerequisites
2
With difficulty levels
Lesson Clusters
Describe position and movement using spatial and directional language
practice CuratedSpatial language and turn language are taught together; C024 co-teaches with C023. Both concepts anchor real-world spatial reasoning in Year 1.
Teaching Suggestions (1)
Study units and activities that deliver concepts in this domain.
Describing Position and Movement
Mathematics Pattern SeekingPedagogical rationale
Position and direction work develops spatial reasoning, which is foundational for later geometry and is strongly correlated with mathematical achievement. At Y1, pupils use their own bodies to experience left, right, forwards, backwards, above, below, and turns. Whole, half, and quarter turns connect to fractions and to clockwise/anticlockwise rotation. Programming activities (e.g. directing a partner through a maze) make the precision of directional language tangible and link to computing curriculum goals.
Concepts (2)
Position, direction and movement language
knowledge AI FacilitatedMA-Y1-C023
Spatial language — including left, right, above, below, between, inside, outside, forwards, backwards — enables pupils to communicate about the position and movement of objects precisely. In Year 1, this is embedded in practical activities and physical movement. Mastery means pupils use this vocabulary accurately and consistently in their own descriptions of position and movement, and can follow and give instructions using directional language.
Teaching guidance
Embed positional language in physical activities: navigate through an obstacle course using directional instructions, describe where objects are placed in the room, play 'guess the position' games. Use programmable toys (Beebots) to give directional instructions. The full vocabulary listed in the non-statutory guidance is: left and right, top, middle and bottom, on top of, in front of, above, between, around, near, close and far, up and down, forwards and backwards, inside and outside. Practise both giving and following instructions.
Common misconceptions
Left and right are consistently the most problematic positional concepts for young children and many adults — they are relative to the observer's orientation and reverse when facing someone. Pupils may confuse above/below and in front of/behind in different orientations. Spatial language that is relational (near, far, between) requires a reference point that pupils may not establish clearly.
Difficulty levels
Using 'in front of', 'behind', 'above', 'below' and 'next to' to describe where an object is, using real objects in the classroom.
Example task
Where is the teddy? [Teddy is on top of the cupboard]
Model response: The teddy is above the cupboard. It is on top of the cupboard.
Following and giving instructions using positional language including left, right, forwards and backwards.
Example task
Direct your partner to the treasure: use the words forwards, backwards, left and right.
Model response: Go forwards 3 steps. Turn right. Go forwards 2 steps. The treasure is on your left.
Using the full range of positional vocabulary accurately in spoken and written descriptions, including 'between', 'inside', 'outside'.
Example task
Describe where each animal is in this picture using position words.
Model response: The cat is between the dog and the bird. The fish is inside the bowl. The rabbit is outside the fence, behind the tree.
CPA Stages
concrete
Children follow and give positional instructions using real objects and physical movement. They navigate obstacle courses, place toys in described positions ('put the teddy behind the box'), and use programmable floor robots (Beebots) to practise directional language.
Transition: Child follows multi-step positional instructions using 'above', 'below', 'between', 'in front of', 'behind', 'left', 'right', 'forwards', 'backwards' without confusion, and gives instructions for a partner to follow.
pictorial
Children describe positions and routes on simple picture maps and grid-based treasure hunts. They draw arrows showing routes and label positions using the full positional vocabulary.
Transition: Child describes positions and routes on picture maps using the full range of positional vocabulary, and draws routes that match their verbal descriptions.
abstract
Children give and follow verbal directions using positional language without any visual prompts. They describe relative positions in everyday contexts and explain routes to familiar places.
Transition: Child gives clear multi-step directions using 'left', 'right', 'forwards', 'backwards', 'between', 'above', 'below' to navigate someone to a destination, without visual prompts or gestures.
Delivery rationale
Primary maths (Y1) with concrete stage requiring physical manipulatives (Programmable floor robots (Beebots), Obstacle course equipment). AI delivers instruction; facilitator sets up materials.
Whole, half, quarter and three-quarter turns
knowledge AI FacilitatedMA-Y1-C024
A turn is a rotation — a change of direction — and pupils in Year 1 explore whole, half, quarter and three-quarter turns as physical movements. A quarter turn is equivalent to a right angle; a half turn reverses direction; a three-quarter turn is the same as a quarter turn in the opposite direction. Mastery means pupils can make and describe these turns reliably, understand that turns can be clockwise or anticlockwise, and connect the fraction of a turn to the fraction language used elsewhere in mathematics.
Teaching guidance
Make turns physical first: pupils stand up and make whole, half, quarter and three-quarter turns in response to instructions. Use a compass or arrow on a card to show the turn visually. Connect explicitly to the clock face: a clockwise quarter turn is 'the way clock hands go' — this directly connects position and direction to the time domain. The non-statutory guidance confirms pupils should make whole, half, quarter and three-quarter turns in both directions and connect turning clockwise with movement on a clock face. Connect the fraction language of 'quarter turn' to one quarter from the fractions domain.
Common misconceptions
Pupils often confuse a quarter turn and a half turn, particularly when not physically making the turn. They may not understand that the same endpoint can be reached by a quarter turn clockwise or a three-quarter turn anticlockwise. The concept of 'anticlockwise' is often much harder to establish than 'clockwise', as clockwise matches the movement of all analogue clock hands that pupils encounter daily.
Difficulty levels
Making whole and half turns by physically turning their body, with teacher modelling.
Example task
Stand up. Make a whole turn. Which way are you facing now? Now make a half turn.
Model response: After a whole turn I am facing the same way as before. After a half turn I am facing the opposite direction.
Making quarter and three-quarter turns clockwise and anticlockwise, describing the direction of the turn.
Example task
Face the door. Make a quarter turn clockwise. What are you facing now?
Model response: I am now facing the window. A quarter turn clockwise turned me from the door to the window.
Describing turns precisely as whole, half, quarter or three-quarter turns, clockwise or anticlockwise, and explaining that a quarter turn clockwise reaches the same position as a three-quarter turn anticlockwise.
Example task
I am facing North. I make a quarter turn clockwise. Which direction do I face? What other turn gives the same result?
Model response: I face East. A three-quarter turn anticlockwise also ends facing East.
CPA Stages
concrete
Children physically make whole and half turns by standing up and turning their bodies. A compass arrow on a card or a turntable with a pointer shows the direction and amount of turn. They notice that a whole turn returns them to their starting direction and a half turn faces them the opposite way.
Transition: Child makes accurate whole and half turns on command, consistently returning to their starting direction after a whole turn and facing the opposite direction after a half turn.
pictorial
Children draw arrows on paper showing quarter, half, three-quarter and whole turns. They mark the start and end directions on clock face diagrams, connecting clockwise turns to clock hand movement. Turn cards show the amount and direction of each turn.
Transition: Child draws accurate turn diagrams showing the correct end direction for quarter, half and three-quarter turns in both clockwise and anticlockwise directions.
abstract
Children describe turns precisely using spoken language: 'a quarter turn clockwise', 'a three-quarter turn anticlockwise'. They connect the fraction vocabulary to fractions (quarter, half, three-quarter) and explain that a quarter turn clockwise reaches the same position as a three-quarter turn anticlockwise.
Transition: Child describes any turn using precise fraction and direction language without physical movement, and explains equivalent turns (e.g. quarter clockwise = three-quarter anticlockwise) unprompted.
Delivery rationale
Primary maths (Y1) with concrete stage requiring physical manipulatives (Space for physical turning, Card arrows on a pivot). AI delivers instruction; facilitator sets up materials.