1. Do you think it is possible to travel on land at 1000 miles per hour?
Do you think it is possible to make a car that is powered by a jet engine and a rocket?
Yes, it is!

3. b) This is Thrust 2 which broke the world land speed record in 1983.
Odd One Out
Which of these vehicles has not set the world land speed record? A B C
a) Count Caston set the first world record 39mph using electric power in 1898.
b) This is Thrust 2 which broke the world land speed record in 1983.
c) This is a Formula 1 racing car and has never broken the world land speed record.

4. A supersonic vehicle goes faster than the speed of sound!
BLOODHOUND SSC
This is the BLOODHOUND SSC.
It is a supersonic car (SSC).
Weight: 7.5 tonnes
Length: 13.4m
It is a mixture of car and aeroplane technology!
Did You Know?
A supersonic vehicle goes faster than the speed of sound!

5. Why Bother? Discuss it! In 2007, Britain was facing a few problems...
Not many children were choosing to study engineering or technology.
Children needed inspiring with a new project.
On October 28th 2008, the BLOODHOUND SSC team announced the start of a new world land speed record project.
British engineering and design was at risk.
Discuss it!
With the person beside you, think of as many things as you can which have been designed using engineering and technology.

6. Inspiration Think about it!
It was decided that a project like designing and making the fastest car in the world, would get children interested! The BLOODHOUND Project aims to inspire learning.
These are known as STEM subjects.
technology
engineering
The BLOODHOUND SSC Project
science
maths
Think about it!
Think about what you have used today which people in these sorts of jobs, have made.

7. The Project Team
There are hundreds of people involved in the project. Here are three of the main people involved…
I am the project leader and my name is Richard Noble.
I have worked on many high risk projects before including Thrust 2, where Britain won the title of the World Land Speed Record in 1983.
My name is Andy Green and I am a fighter pilot in the RAF. I was the driver of Thrust SSC and I set the current record of 763mph in I will be the driver of BLOODHOUND SSC.
I am the chief aerodynamicist and my name is Ron Ayers. I have worked as an engineer since I even worked on the first model of the Victor Bomber. The main project I worked on was on the BLOODHOUND missile. That is why this supersonic car is called BLOODHOUND.

8. The Design
The front section is carbon fibre which is the same as the front of racing cars.
The back section is like an aircraft.

9. The Wheels The back wheels will be on the outside of the car.
The front wheels sit in the main body of the car.
Watch this clip to find out why the BLOODHOUND SSC doesn’t have any tyres.
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10. The Car Has Three Engines
The car will be powered by a jet engine and a rocket. Together they will produce eight times the power of all the Formula One cars on a starting grid put together!
The sound of the engine will be 140 decibels, which is louder than a 747 aeroplane at take off!
The engine is made of:
a jet engine,
a rocket cluster,
a Jaguar Supercharged V8 engine.
Listen here! (Beware: This is very loud!)
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11. The Braking System The supersonic car will be fitted with: airbrakes
Braking a vehicle travelling at 1000mph needs careful design and special technology.
The supersonic car will be fitted with:
First the throttle will be closed. This will stop the fuel flowing.
airbrakes
Next the airbrakes will be used to carry on slowing down the car.
parachutes
wheel brakes
Then the first parachute will be released.
Fascinating Fact
The next parachute will be released if it is needed.
For the test run in Newquay on 26th October, the car will be fitted with carbon wheel brakes. These will not work in the real record-breaking attempt as they would explode in the desert.
Once the car is travelling at 200mph, the wheel brakes will be used.
Watch here!

12. The Control Systems
The vehicle control systems provide information and control over three main areas:
the jet engine function
the rocket engine
the other vehicle functions like the steering and brakes.
Photo: Major Oli Morgan REME/MOD [OGL ( via Wikimedia Commons

13. Choosing a Land Speed Record Location
So how do you choose where to attempt the land speed world record?
Discuss it!
What do you think the area needs to be like for a land speed record?
The location must be…
A huge, flat piece of land that the car can travel on for at least 12 miles.
Smooth and firm ground but not too hard.
Fascinating Fact
The car will travel 1 mile in 3.6 seconds!

14. Hakskeen Pan The location was finally found.
Hakskeen Pan – a dried lake bed in the Northern Cape of South Africa.
A space in the desert was cleared especially for the record attempt.
317 local people cleared 16,000 tonnes of stone from the area, so that the surface is safe for the supersonic car.
Did You Know?
A ‘pan’ is a dry lake and ‘Hakskeen’ means heel in Afrikaans.
Watch this video!
Please check the content in this link, including any comments, is suitable for your educational environment before showing. Please do not let the next video automatically play at the end of the clip. Twinkl accepts no responsibility for the content of third party websites.

15. The Importance of Failing
There have been many experiments and fails along the way.
These are really important for helping the team know how to make improvements. F
irst
Think About It
Think about a time you have failed at something. Did you give up or did you keep trying? What would have happened if Richard Noble gave up after the Bloodhound’s FAIL? A
ttempt I n L
earning
This photo shows what happened during Richard Noble’s first attempt at beating the world land speed record in The car went sideways and rolled. No one was hurt, but Richard realised he would need some expert help!

16. Newquay, UK 2017
On 26th October 2017, Cornwall Airport, Newquay, the BLOODHOUND SSC made its first ever public run. The public were able to see this amazing creation and watch Andy Green drive the supersonic car up to speeds of 200mph along the runway.

17. What about You? What are your thoughts about the project?
Do you want to help design and make the next supersonic car?
Are you surprised at how science, technology, engineering and maths all come together to work on an exciting project like this?
Visit the website for updates, videos and much more information.