Changes for page 06 - UAV & Drones
Last modified by Eric Nantel on 2024/07/04 09:08
Change comment: There is no comment for this version
Summary
-
Page properties (1 modified, 0 added, 0 removed)
Details
- Page properties
-
- Content
-
... ... @@ -1,11 +1,5 @@ 1 - The Lynxmotion Multirotor Erector Set (M.E.S.) is made up of interchangeable modular components, allowing you to create your own multirotor UAV/drone; from quadcopters and hexacopters, to X8 and more. The system is based around nearly indestructible aluminum brackets which incorporates four 2-56 threaded mounting holes on the side. The plates are made from non-conductive, durable G10 composite, and the tubes are ultralight carbon fiber. This combination of parts allows UAVs made with these parts to be:1 +{{toc/}} 2 2 3 -Incredibly rigid (minimal flexing) 4 -Versatile (integrated mounting for upgrades) 5 -Lightweight (use of composites and Aluminum) 6 -Modular (change the frame / use different length tubes) 7 -No soldering required 8 -Parts can be purchased individually, and we have created a variety of starter kits based on the modular concept. A variety of center plates and tube lengths are available. 9 9 10 - Important!11 -To keepcosts down andnsureyouhavethe mostrecentversion,wearenotprovidingprinted assemblyguides. They areprovidedonline,so youwillneedtoprint them whenyou orderthekits. By providingthe assemblyguidesonlinewecanprovidemoredetailedanduptodateinformationthan theoldhardcopymethodallowed.4 + 5 +The Lynxmotion Multirotor Erector Set (M.E.S.) UAV construction system is made up of interchangeable modular components, allowing you to design and create your own custom multirotor UAV / drone; from quadcopters and hexacopters, X8 and more. The system is based around nearly indestructible aluminum brackets which incorporate four 2-56 threaded mounting holes on the side. The plates are made from non-conductive, durable G10 composite and the tubes are ultralight carbon fiber. Parts can be purchased individually, and there are starter kits based on the modular concept.