Deciding the motor requires a detailed look at the manufactures specs and recommendations. After making motor and prop decision then real word operations and testing. This post will review some of the specs and give details on our decision process. Afetr the install a run analysis will be posted. Here is a specific manufacture we are using as an example and their motor spec sheet and prop recommendations
“You Dont have to join a club or give us your personnel information. Just read, build your drone and learn“
The intent here is to try different combinations with a standard drone. (Our 3d printed commercial drone) Plans available from EBAY by a Drone Engineer. So our Testing can be your testing, buy the plans, print your drone and follow along. Plans
This post is about motors, Although we are following the drone build, the plan is to change out the motors, try different setups, different batteries all for the purpose of learning drone tech by experiencing first hand with real world testing. OUR World, if the part fails it wont be hidded and the failure documented
Motor #1
- KV: 490KV
- Base casing: AI 7075
- Stator: 0.2mm silicon steel
- Configuration: 24N28P
- Prop Adapter Shaft Thread: M6
- Shaft: Titanium Alloy hollow shaft
- No.of Cells(Lipo): 6-8S
- Bolt Pattern: M4(30X30mm)
- Bearings: Japanese NMB 17X6X6
- Rotor: N52H arc Magnet
- Wire AWG: 18#,400mm Length
- Bell cap: AI 7075
Weight: 125g with 40cm SR wires
