Sustainable Motor Sports

DT | Physics | Science | KS3

Learning Objectives

Science
Explain how energy is stored and transferred in electric vehicles
Understand the role of lithium-ion batteries in electric powertrains

Design & Technology
Evaluate how material choice affects product performance
Understand why lightweight materials such as carbon fibre improve vehicle efficiency

Sustainability / STEM cross-curricular
Explore how motorsport innovation drives advances in sustainable transport
Understand the relationship between efficiency, emissions and energy use

Historical context
Recognise that electric vehicle technology has a history stretching back over 120 years
Trace how early innovation (1901 Columbia Electric) connects to modern Formula E and Extreme E

 

Lesson Description

Can motorsport help create a more sustainable future for transport?
The answer is yes — and it’s already happening.
From carbon fibre to Formula E, this video explores the real science behind sustainable transport — brought to life at the National Motor Museum at Beaulieu. Curriculum links include materials science, energy transfer and D&T.

Can motorsport help create a more sustainable future for transport? The answer is yes — and it's already happening. From carbon fibre to Formula E, this video explores the real science behind sustainable transport — brought to life at the National Motor Museum at Beaulieu. Curriculum links include materials science, energy transfer and D&T.

Rating

 

For immediate access to all of our free Key stage 3 and 4 STEM teaching resources.

1.Motor Sport Activity 1
2.Motor Sport Activity 2
3.Motor Sport Activity 3
4.Motor Sport Activity 4
5.Worksheet 1
6.Worksheet 2
7.Worksheet 3
8.Worksheet 4
9.Teacher Guide

KS3 Physics, science, DT

Subject

DT, Physics, Science

Key Stage

KS3

Resource For

Teachers

Type

Activity Sheet, Film, Practical Investigation, Worksheets
 
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