Space Rovers
20 resources created by 20 users
The Space Rovers page on GoConqr gathers community-made mind maps and a note on Mars missions, sensors and rover design. It is for school students practicing how to identify rover components and design requirements, and teachers looking for material to support that work. The page has more than 10 resources at secondary-school level, including a selection of mind maps. Pick a map and explore a rover design.
Top Space Rovers resources
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62 nodesMars Exploration Mindmap Functional requirments · Solution · EV3 · Constaints · Criteria
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115 nodesMars Exploration Robotics Mission Constraints/limitations · Functional Requirements · Ideation · Available resources · Non-Functional Requir... · Criteria Requirements
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67 nodesMars Exploration Mission Available Resources · Functional Requirements · Constraints/Limitations · Prescribed Criteria · Self Determined Criteria · Non-Functional Requir...
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92 nodesMars Exploration Mission Available Resources · Ideation · Functional requirements · Constraints/Limitations · Impacts · Non Functional Requir...
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88 nodesMars Exploration Mission Constraints · Criteria · Algorithm Constructs
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110 nodesEV3 Mars Mission Screen · Ports · Software · Code · Functional requirements · Self Determined Criteria
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74 nodesMars Exploration Resources · Non-functional Requir... · Functional Requirements · Constraints
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60 nodesMars Exploration Mission EV3 Robot · Criteria · Constrains to task · Resources · Impact · Functional requirements
Mind maps
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62 nodesMars Exploration Mindmap Functional requirments · Solution · EV3 · Constaints · Criteria
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115 nodesMars Exploration Robotics Mission Constraints/limitations · Functional Requirements · Ideation · Available resources · Non-Functional Requir... · Criteria Requirements
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67 nodesMars Exploration Mission Available Resources · Functional Requirements · Constraints/Limitations · Prescribed Criteria · Self Determined Criteria · Non-Functional Requir...
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92 nodesMars Exploration Mission Available Resources · Ideation · Functional requirements · Constraints/Limitations · Impacts · Non Functional Requir...
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88 nodesMars Exploration Mission Constraints · Criteria · Algorithm Constructs
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110 nodesEV3 Mars Mission Screen · Ports · Software · Code · Functional requirements · Self Determined Criteria
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74 nodesMars Exploration Resources · Non-functional Requir... · Functional Requirements · Constraints
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60 nodesMars Exploration Mission EV3 Robot · Criteria · Constrains to task · Resources · Impact · Functional requirements
Notes
More Robotics topics
About Space Rovers
GoConqr OriginalStart with a Mars mission map
Begin with Mars Exploration Mission, looking for the mind map that introduces touch, color and ultrasonic sensors. Its branches include pressure sensing, color mode and light intensity. Use those branches to identify the kinds of information a rover can detect.
Next, open EV3 Mars Mission. It brings together screens, motors, ports, software and devices. Compare its components with the sensors in the first map, and note which branches describe how the system is viewed or controlled.
Explore requirements and design
Mars Exploration Mindmap is a useful next step for looking at navigation and detection requirements. Other maps titled Mars Exploration Mission organize ideas around available resources, functional requirements, constraints, criteria and impacts. Use the branch labels to sort what a design needs to do from the limits it must work within.
Mars Exploration Robotics Mission adds constraints such as sensor limitations, the robot course, coding and time. For a different view, look for the Space Rover map with branches on wheels, suspension, control and power. It offers design ideas alongside research and material choices.
Use maps to check your understanding
There are no quizzes listed on this page, but you can turn a map into practice questions. Cover its branches and ask yourself what a sensor detects, what a motor does or which constraints appear in the mission map. Then uncover the branches and check your answers against the resource.
Digital Solutions: Mars Exploration is another place to connect sensors and motors: its branches describe detecting a line or object and using motors for steering. Try explaining those connections before returning to the map.
Continue within Robotics
Space Rovers is one section of the Robotics unit in Engineering and technology (general or other). Keep the unit context in mind as you compare the maps: they offer different ways to organize mission requirements, components and design ideas.
Create your own mind map or quiz to organize what you have found.
Frequently asked questions
Which resource should I start with?
Start with the Mars Exploration Mission mind map that lists touch, color and ultrasonic sensors. It gives you branches to explore before you move on to EV3 Mars Mission, which covers motors, ports, software and devices. You can then use Mars Exploration Mindmap to look at navigation and detection requirements.
What do the Space Rovers mind maps cover?
The maps cover Mars mission sensors, motors, navigation and detection, as well as requirements and constraints. Rover design maps also include ideas about wheels, suspension, control, materials and power. Several resources share a title, so use their branches to find the particular map you want.
Are these resources free to use?
Yes. Every resource listed here is free to open and study without an account. The resources were made by GoConqr users. A free account also lets you save quiz scores and make your own quizzes, mind maps, flashcards and notes.
Are there quizzes on this page?
No quizzes are listed on the Space Rovers page. You can still use a mind map for practice: cover its branches, ask yourself what you remember about a sensor or design constraint, and then check the map. The Mars mission maps provide several branches to use for this.