If you are a new boater to rc electric boats who has read all the pages in the fast electric section and are still having trouble selecting a power system / setup or just want additional ideas, visit the rc electric boat setup calculator for additional guidance by clicking the image below.. The power to push the boat is provided by the prop/jet unit, not the motor, all you can do is provide a motor that has sufficient power to drive the propulsion unit, if the drive is too small it wont matter if you put a higher watt motor on that drive the boat wont go faster. the drive can only absorb so much power.. Rc boat electric motor calculator. posted by demiz on 03.44 with no comments so far. also check out the rc electric boat calculator for rc electric boats. fast for many people can vary greatly depending on skill level or even budget. but for most, fast generally means 30-60km/h minimum...
This is a boat completely developed by me, it's not a reproduction of any other vessel, i was designing every parts and adding them to the boat, it's a floating laboratory, in this case the alternate name is sealab 002, now it's still under construction, once finished will be an rc boat, with a lot of diferent remotelly controlled groups of. This is one of a series of "rc basics" videos for those who are new to the hobby. although most existing rc fliers probably already know all the information presented in this video, there are many. Since 2004 ecalc provides web-based quality services to simulate, calculate, evaluate and design electric brushless motor drives for rc pilots of airplane, multi rotor, uav, helicopter and edf jets. ecalc's motor database is the most comprehensive on the web..
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