Difference between revisions of "Build"
From MultiWii
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| − | typical outdoor beginer multirotor is build as [[ | + | typical outdoor beginer multirotor is build as [[Multicopter_Types#Y4.2C_Quad_.2B.2C_Quad_X|Quad]] from 8″ prop and 1100kv motor up to 10″ prop with the 900kv. |
Both of 2 combinations lift easily a payload up to 300g. You’ll have a 10-25 minutes flight time with a lipo battery of 2-3S and 2000-3300mAh depending of the payload. | Both of 2 combinations lift easily a payload up to 300g. You’ll have a 10-25 minutes flight time with a lipo battery of 2-3S and 2000-3300mAh depending of the payload. | ||
Revision as of 06:11, 7 June 2012
Contents
Requirement
Basic skill with wire, rc electronic and soldering.
A mcu and a bunch of sensors that appears on the supported hardware list
Size and Weight consideration
If you play outdoor, your flyng rc model must be resistant to the wind.
- the heavier the better - more momentum and inertia
- the smaller the better - less exposed surface to wind
Outdoor
typical outdoor beginer multirotor is build as Quad from 8″ prop and 1100kv motor up to 10″ prop with the 900kv. Both of 2 combinations lift easily a payload up to 300g. You’ll have a 10-25 minutes flight time with a lipo battery of 2-3S and 2000-3300mAh depending of the payload.
Indoor
typical indoor beginer multirotor is build with 5" props up to 6"
Connection diagrams
http://multiwii.googlecode.com/svn/trunk/Doc/Diagrams/2%20Full%20connection%20diagram.png
Firmware
open the Arduino ide and change the file config.h to match your configuration
