In this resource children are encouraged to find out about the impact craters left behind after meteorite collisions. The investigation includes exploring whether different kinds of meteorite make different kinds of crater. Children will also investigate the size of impact craters made by meteorites dropped from...

Accumulate a total of 26.2 miles as a team, an individual or as a family... it is up to you! We suggest the children run as a group to reflect this distance. 

Tim Peake ran the 42km (26.2mi) distance int three hours, 35 minutes wearing a harness over his shoulders and waist to keep him in contact with the...

In this activity children are challenged to design and make a robotic arm to grab things from a distance. The challenge is based on robotic arms on the International Space Station used to move heavy equipment or perform delicate tasks. Children will:

• discover relationships between the length of a...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Describe constellations of stars in the night sky.
• Describe the planets that can be seen with a telescope.
• Describe evidence that shows the Earth is shaped as a sphere and...

Three videos raising questions about the idea of life in the Universe - 

A sam...

This astronaut logbook introduces pupils to a typical week in the life of an astronaut. It enables pupils to compare an astronaut's diet, exercise, hobbies and clothing with their own. The logbook takes the form of a work book which pupils have to complete whilst learning about the International Space Station and...

We live on the Earth and it is the only planet that we know that has abundant and complex life.  It is important we understand how the Earth and space systems interact and how this affects us.

“Earth and Space” is one of the topics in the Best Evidence Science Teaching collection for pupils aged 7 to 11....

A selection of resources on the themes of biology and space.

British Science Week is a ten-day celebration of science, technology, engineering and maths which takes place each March. The theme for 2025 is ‘Change and adapt’.

Changing and adapting plays a big part in science and you can find examples in every area of STEM. Cities, towns and other areas where people...

In this classroom activity pupils design and build a tentacle-like robotic arm that captures debris, represented by Lego pieces. Pupils then compare different sticky surfaces that will help to trap the debris and are given the opportunity to improve their designs based upon what they have learned.

In these activities, pupils are introduced to the idea of controlled or uncontrolled re-entry for satellites. They are challenged to devise a way of reducing space debris by designing alterations to satellites so that they bring themselves back to Earth. In the first activity, the students pretend to be satellites...

This resource, from the Royal Observatory Greenwich, explores magnetism and how it is used in a compass. It is aimed at key stage 2, but the activities would also be suitable for introducing magnetism to key stage 3.

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In this activity, pupils compare Earth and Mars in the context of geography and science. They will begin by comparing the positions of both planets in the solar system, and end by designing their own life forms that could potentially survive on Mars.

In August 2012, an unmanned rover touched down on the surface of Mars. NASA's Curiosity Rover was sent to take measurements of the atmosphere and martian terrain in an effort to understand more about the history of Mars and whether the planet ever...