Propeller Profile Power - Mathematical Model of rotorcraft Ep#101

To see the previous video where we discuss Momentum theory and how we got to the Figure of Merit - https://www.youtube.com/live/rAVJOXzKGKw?si=mdrXrbyX2GwqQwrH

The github repository to access the thrust stand files:
https://github.com/antshiv/ThrustStand

MCU Development Environment:
► NXP Microcontrollers- McuXpresso
► Microchip Microcontrollers including Arduino- Microchip Studio
► Linux + VI + ARM GCC

Linux Environment:
► VirtualBox + Linux Mint
► Window Manager - Awesome WM

Electronic Tools I use:
► Oscilloscope Siglent SDS1104X-E - https://amzn.to/3nRcziY
► Power source - Yihua YH-605D
► Preheater Hotplate - Youyue946c - https://amzn.to/356DhgS
► Soldering Station - Yihua 937D - https://amzn.to/33VXm9b
► Hot Air gun - Sparkfun 303d
► Logic Analyzer - Salae - https://amzn.to/3AoQ4qy
► Third hand - PCBite Kit - https://amzn.to/3JCYZbr
► Solder fume Extractor - https://amzn.to/3H2a0kE
► Microscope - https://amzn.to/3vQXz9d

Software Tools I use:
► PCB Design - Altium
► Mechanical Part modelling - Solidworks
► 3d Modelling and design prototyping - 3ds Max
► Rendering Engine - VRay
► Mathematical Modelling and model based design - MATLAB and Simulink

Links:
► Website: https://www.antshiv.com
► Blog: https://shivasnotes.com
► Patreon page: https://www.patreon.com/antshiv_robotics

DISCLAIMERS:
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This video was not paid for by outside persons or manufacturers.
No gear was supplied to me for this video.

The content of this video and my opinions were not reviewed or paid for by any outside persons.