Design Your Own Mars Rover

What are the advantages and disadvantages of using an unmanned rover rather than people to study the surface of Mars? Students investigate an area to find a location that is suitable for sampling, comparing two different roving techniques and human exploration. Students will be encouraged to investigate all factors relevant to the performance of the rover, and discuss the best way to sample the surface of Mars.
Optimum duration: 2 hours.

Download a PDF file of this module

More Information

This project can be run as part of the Mars in the Classroom program but is just as suitable for an after school science club or other small (4-6) group of students. Larger classes with access to several sets of Lego Mindstorms could, of course, do the project 'en masse'. This would enable different groups to compare results and share in a wider discussion after the project has been completed. A small group of students should be able to finish the practical part of the project in one 1 hour session although 2 hours is recommended to complete the questions and fill out the data sheet.

To do this project you will require some materials that are not provided within this pack:

  • Lego Rover with Mindstorms RCX unit. *
  • PC computer (P200+ recommended) with one serial port connection free.
  • Lego Mindstorms software on CDROM. *
  • Lego RCX remote control *
  • Floppy disc with ROVER1 program. *
  • 5 red and 1 black coloured card circles (20mm diameter)
  • A large table or uncarpeted floor space 2m x 2m (must be lightly coloured!)

All the items marked * are available for loan for the cost of post and packing plus deposit from:

Dr. Wendy Kirk,
Department of Geological Sciences,
University College London,
Gower Street,
London WC1E 6BT.
Please contact Dr. Kirk on 020 7679 7900 for more details.

This experiment will also soon be available online, and will follow the same structure as the downloadable resources pack, but will allow students to complete the module without the need to obtain the rover directly.

Links

You may find more information about the products used in this experiment from the Lego Mindstorms web pages.