The BLOODHOUND SSC Education Programme provides these ideas for teachers to use when planning their lessons.
Click on the titles below for more infomation and the download page.
Please note that you can access more resources on our Community Learning Platform, Bloodhound Blast
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Stage |
Key_Stage |
Subjects |
Title |
Description |
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Primary |
KS2 |
Science & Maths |
A bit of cutting followed by a bit of folding origami style, leads to a fun and interactive activity with the children. |
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Primary |
KS2 |
Design & Technology |
Children can build their own balloon powered car and then explore ways to make it go faster or further |
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Primary |
KS2 |
Science & Maths |
Simple investigative exercise |
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Primary |
KS2 |
Geography, Science & Maths |
Explore using Google Earth |
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Primary |
KS2 |
Science |
Classroom experiments |
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Primary |
KS2 |
Science |
Investigate forces by building a water rocket |
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Secondary |
KS3 |
Earth Science and Mathematics |
How to compare different surfaces. |
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Secondary |
KS3 |
Science |
Enquiry based investigation into the change in position of Centre of Gravity and its importance in the real world. |
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KS3 |
Science |
The aim of this activity is to make the teaching of speed a little more interesting. The results of a series of tests and experiments will allow students to design and build a "dragster" that will race in a competition at the end of the sequence of lessons. |
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Secondary |
KS3 and 4 |
Science and Mathematics |
Measure the thrust profile of a rocket engine to predict the speed your model can reach |
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Secondary |
KS3 and 4 |
Geography, Science & Maths |
Use Google Earth and the measuring tool. |
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Secondary |
KS3 and 4 |
Engineering Diploma |
A series of lesson ideas to build frames. |
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Secondary |
KS3 and 4 |
Science and Maths |
Learn about the history of the speed of sound. Measure the speed of sound using simple equipment and free software |
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Secondary |
KS3 and 4 |
Design and Technology | Tips on design and build of a mini BLOODHOUND rocket car using Estes rockets | |
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KS3 and 4 |
Design and Technology |
Another design for an Estes rocket driven model car |
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Secondary |
KS4 |
Science and Maths |
This piece of work allows students to study the expected motion of BLOODHOUND SSC. |
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Secondary |
KS4 |
D&T Engineering diploma |
Build your own rocket propelled car. |
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Secondary |
KS4 |
Engineering Diploma |
Uses a simple comparator circuit. |
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Secondary |
KS4 |
Mathematics and Physics |
BLOODHOUND SSC Mathematical Model - how can we make BLOODHOUND travel at 1000 mph? |
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KS4 |
Mathematics and Physics |
Demonstrate the forces acting on Bloodhound SSC and explore Thrust as a concept tying in with Newton’s Laws of Motion |
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Secondary |
KS5 |
Maths and Physics |
How the shape of BLOODHOUND SSC was designed using Design of Experiments |
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|
Level 3 |
KS5 |
Maths, Advanced Level Diploma |
Covers Frames of reference; Parametric equations of circle and cycloid; Calculation of velocity and acceleration |
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Level 3 |
KS5 |
Engineering Diploma, BTEC, A level Systems and Control |
Design and make a system using a PIC Control System Designer to fire Estes solid fuel rocket motors |
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Level 3 |
KS5 |
Engineering Diploma, BTEC, A level Systems and Control |
The rocket fuel tank support brackets are found to be unsuitable and a new design will be needed. A decision also had to be made about the type of fastening used to hold the tank in place before the car goes for faster runs. |
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Level 3 |
KS5 |
Engineering Diploma, BTEC, A level Systems and Control |
Design a system that will cool the ECU capsule to prevent shutdown in operation. |
Use of the BLOODHOUND SSC logo
The development of teaching materials using the BLOODHOUND SSC theme is encouraged but attention is drawn below to the use of the logo.
The BLOODHOUND SSC logo is a registered trade mark and persons or organisations wishing to associate educational material with the aforesaid logo in the public domain should seek permission from the Education Director of BLOODHOUND SSC. See contact us and use the general enquiry option from the drop down menu under the type of enquiry button.
A memorandum of understanding will be issued requiring pre-disclosure of written material for the purpose of quality assurance. Unauthorised use of the logo is an infringement of copyright.
