- Overview of Power Functions range
- Description of working
- Comparison with older 9V mini-motors
- Power Functions RC protocol released by the LEGO Company
LEGO technical
information
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All you ever wanted to know about batteries and battery boxes to power your Technic or MINDSTORMS creations - discharge curves, capacity, voltage under load, current limitations... |
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Batteries for Technic/Control+ hub: a "real life" endurance test Comparison of 4 power sources for your Technic/Control+ hub: alkaline cells, NiMH cells, my own LiPo battery hack and EnBo Li-Ion battery pack, using a LEGO exerciser contraption. |
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LiPo batteries for Powered Up and Control+ hubs Build your own LiPo battery backs to power your hubs. |
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Some insight on WeDo 2.0 / Boost / Powered Up electronics A bit of reverse engineering on WeDo 2.0, Boost and Powered Up components. |
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Power Functions motors power curves Curves showing mechanical power available from various motor combinations driven by Power Functions IR-receiver. |
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Is it better to couple motors directly, or through an adder mechanism? |
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LEGO® Power Functions Infrared Receivers Comparison of V1 and V2 IR-receivers. |
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A detailed review of the Power Functions servomotor, showing how it behaves under various loads. |
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The 9V, RC and Power Functions train motors compete around a track under close scrutiny of an on-board NXT . |
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The LEGO Company does no longer offer technical support to advanced users on the historical MINDSTORMS range, specifically those using the SDK 2.5 (RCX™ and Scout™), and Spybotics™ range. Related tools and documentation were removed from MINDSTORMS website in 2008. You will find these tools here. |
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Lego Rotation Sensor Internals |
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Lego®
Technic Motor 43362 internals |
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Wheels, Tyres and Traction |
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RC Nitro Flash and RCX |
LEGO® is a trademark of the LEGO Group of companies
which does not sponsor, authorize or endorse this
site. |