Student Activities
Vehicle dynamics, based on the laws of physics, dictate how a car behaves on the road or on the race circuit and how it responds to driver actions. Understanding the principles behind this, helps a driver maximise car performance while avoiding risk. It is also a useful way to illustrate some of the basic guiding principles of physics i.e. Newton's laws.
Race drivers are specially trained to understand many of the principles of driving a vehicle, while on-road drivers usually only have an understanding based on experience. This is one of the main reasons why so many new drivers are involved in crashes - often for no other reason than loss of control.
Understanding about the dynamics of a vehicle - such as about braking, forces, roadholding, staying in control - helps new drivers learn skills that will also guide them to being more responsible on the road.
In this section you will find student activities, worksheets, templates and factsheets concentrating on these issues.
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| 'The right formula' website being used in lessons |
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| Formula BMW racing car |
Activity Sheets (PDF)
- Stopping
- Activities: 4a. Friction is the key (460Kb)
- Activities: 4b. Quiz: How does a car stop? (456Kb)
- Activities: 4c. Braking systems (455Kb)
- Cornering
- Activities: 5a. Tyres are important (456Kb)
- Activities: 5b. Staying in control (458Kb)
- Activities: 5c. Skidding (458Kb)
- Crashes
- Activities: 6a. The force of a crash (459Kb)
- Activities: 6b. Crash causes (458Kb)
- Activities: 6c. Too much technology? (458Kb)
Worksheets & Templates (PDF)
- Stopping
- Worksheets: 4a. Friction in action (417Kb)
- Worksheets: 4b. Quiz: How does a car stop? (423Kb)
- Cornering
- Worksheets: 5a. Tyre markings (447Kb)

