Propeller - Develop more, Code less. Propeller is a front-end responsive framework based on Google's Material Design Standards & Bootstrap.

NeuralFoil is a practical airfoil aerodynamics analysis tool using physics-informed machine learning, exposed to end-users in pure Python/NumPy.

Blade Element Momentum Method for Propellers and Turbines

BladeX - Python Blade Morphing

Blockly based visual programming editor for Propeller C

Tool to convert Parallax Propeller Spin code to PASM, C++ or C

Simple GUI for Propeller development (both P1 and P2)

Stripped down version of XROTOR as compiled python module

C++ objects and CMake build system for Parallax Propeller

MVC CRUD for Django, glueing popular plugins such as django-filter, django-tables2, etc

Client to provide access to the propeller for loading binaries and serial terminal

Single and Two-wheel driver objects P2 Spin2/Pasm2 for our 6.5" Hub Motors with Universal Motor Driver Board

Develop more, Code less. Propeller integration with Django. Propeller is a front-end responsive framework based on Google's Material Design Standards & Bootstrap.

New Software and UI for the PropScope

Design files and source code for the Cody Computer.

Python Pyqt5 GUI app for calculating wind turbine and propeller characteristics using BEM theory (Blade Element Momentum Theory).

Analysis and plotting for motor/prop/ESC characterization, thrust vs RPM and torque vs thrust

Airfoil Design project with Reinforcement Learning

An IDE for Peter Jakacki's Tachyon FORTH for the Propeller. It contains a simple editor and a terminal with upload function

Lifting Line Theory application to Horizontal Axis Wind Turbine Blades