History · Year 1 · Travel and Transport · Spring Term

Roads and Infrastructure: Supporting Travel

Exploring how roads, bridges, and other infrastructure have developed to support different modes of transport.

• National Curriculum Attainment Targets
• KS1: History - Changes within living memory
• KS1: History - Events beyond living memory

About This Topic

Roads and infrastructure support travel by connecting places and enabling transport. Year 1 children notice features of past roads, such as dirt tracks or cobbled streets used by horses and carts, compared to today's smooth tarmac surfaces and sturdy bridges for cars and bicycles. They address key questions: what stands out about old road building? How do modern roads differ? Why do good roads matter for people? These comparisons draw on changes within living memory, like shifts from bicycles to motor vehicles in grandparents' times, and events beyond, such as early Roman straight roads.

This topic aligns with KS1 History standards by building skills in sequencing events, identifying differences over time, and understanding significance. Children connect history to their lives, seeing how better roads speed up journeys, support trade, and improve safety. Local examples, like nearby bridges or school routes, make learning relevant.

Active learning benefits this topic greatly. Children construct model roads from sand or dough, test them with toys, and role-play journeys. These tactile experiences help them grasp abstract changes, discuss evidence from photos, and build confidence in historical thinking.

Key Questions

1. What do you notice about how roads were built a long time ago?
2. How are roads today different from roads in the past?
3. Why do you think having good roads is important for people?

Learning Objectives

• Identify key differences between historical and modern road construction materials and techniques.
• Compare the types of vehicles that used roads in the past versus those that use roads today.
• Explain the importance of roads and bridges for connecting communities and facilitating trade.
• Classify different types of infrastructure that support various modes of transport.

Before You Start

Materials Around Us

Why: Students need to identify and name common materials like wood, stone, and metal to understand differences in road construction.

People Who Help Us

Why: Understanding the roles of people like builders and engineers provides context for who creates and maintains infrastructure.

Key Vocabulary

Cobblestone	A natural stone, typically rounded, used for paving roads in the past. Cobblestone roads were bumpy and uneven compared to modern surfaces.
Tarmac	A smooth, black surface material made from tar and gravel, commonly used for modern roads. It allows for faster and safer travel.
Cart track	A simple path or road worn down by the passage of carts, often made of dirt or mud. These were common before paved roads were widely built.
Bridge	A structure built to span a physical obstacle, such as a river or valley, allowing people and vehicles to cross. Bridges have evolved from simple wooden structures to complex engineering feats.
Infrastructure	The basic physical systems of a country or region, such as roads, bridges, and tunnels, that support transport and travel.

Watch Out for These Misconceptions

Common Misconception

Roads have always been smooth and wide like today.

What to Teach Instead

Past roads were often narrow dirt paths or cobbles, easily damaged by weather. Building models lets children feel the bumps with toys, correcting ideas through direct comparison and group talk about evidence from photos.

Common Misconception

Good roads are not important for everyday life.

What to Teach Instead

Strong roads prevent accidents and speed travel for food, school, and work. Role-playing slow cart journeys versus quick car trips shows benefits, with peer discussions reinforcing why communities invest in infrastructure.

Common Misconception

Road changes happened all at once.

What to Teach Instead

Developments occurred gradually over time. Timelines with images help children sequence steps, like from tracks to tarmac, as they place events collaboratively and explain orders to peers.

Active Learning Ideas

Small Groups: Model Road Construction

Provide trays with sand and sticks for old dirt roads, plus playdough or cardboard for modern tarmac bridges. Groups build paths, add toy vehicles or carts, and test for bumps or speed. They record one difference in a class chart.

35 min·Small Groups

Whole Class: Interactive Timeline

Display photos of past and present roads on a long paper timeline. Children add sticky notes with labels like 'bumpy tracks' or 'fast motorways' in order. Discuss as a group why changes happened.

25 min·Whole Class

Pairs: Photo Hunt and Compare

Pairs examine paired images of old and new roads or bridges. They circle differences, such as materials or vehicles, then share one finding with the class. Extend by drawing their street now and long ago.

20 min·Pairs

Individual: Journey Role-Play

Each child draws a simple map with old and new road options. They role-play a trip using props, noting time taken on bumpy vs smooth paths. Share stories in a circle.

30 min·Individual

Real-World Connections

• Civil engineers design and oversee the construction of new roads and bridges, ensuring they are safe and efficient for modern traffic. They use knowledge of materials and physics to build structures that last.
• Local councils are responsible for maintaining existing roads, filling potholes, and planning improvements to traffic flow in towns and cities. This ensures that travel routes remain safe and accessible for residents.
• The development of the Roman road network, like Watling Street, significantly impacted trade and military movement across Britain centuries ago. These straight, well-built roads allowed for faster travel than ever before.

Assessment Ideas

Quick Check

Show students two images: one of a historical road (e.g., Roman road, cobbled street) and one of a modern highway. Ask: 'What is one thing you notice that is different about these two roads?' Record their answers.

Discussion Prompt

Ask students: 'Imagine you need to send a letter to a friend in another town. Why would having a good, smooth road make this easier or faster than if the roads were bumpy and muddy?' Listen for explanations related to speed and ease of transport.

Exit Ticket

Give each student a piece of paper. Ask them to draw one type of vehicle that might have used an old road and one type of vehicle that uses a modern road. They should label each vehicle.

Frequently Asked Questions

How to teach road changes in Year 1 history?

Start with familiar local roads, then show photos of past versions from grandparents' era or Roman times. Use timelines to sequence changes and key questions to spark talk. Hands-on models bridge past and present, helping children see patterns in development and link to transport evolution. This builds chronological skills steadily.

Why are good roads important historically?

Good roads cut travel time, boost trade, and connect communities, from Roman legions marching quickly to modern ambulances rushing. Children explore this through comparing old bumpy paths to today's safe routes. Discussing impacts on daily life, like faster food delivery, shows historical continuity and relevance to their world.

How does active learning benefit roads and infrastructure topic?

Active approaches like building model roads or role-playing journeys make history tangible for young learners. Children test toy vehicles on 'old' dirt versus 'new' tarmac, feeling differences firsthand. Group sharing corrects misconceptions and deepens understanding of changes over time, turning passive facts into engaging discoveries that stick.

What differences between past and present roads for KS1?

Past roads were dirt tracks or cobbles, narrow and weather-worn, suited to horses. Today, tarmac surfaces, wide lanes, and bridges handle cars safely. Photo comparisons and models highlight materials, vehicles, and purposes, helping children articulate changes within living memory and beyond.