3D Printed Axial Flux Electric Motor - Revision history

Marcin: /* Links */

2020-12-28T01:06:46Z

Links

← Older revision		Revision as of 01:06, 28 December 2020
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	=Links=		=Links=
			*This one actually works - [[Dirk 3D Printed Electric Motor Development]]
	*University of Grenada - [https://www.emworks.com/ckfinder/userfiles/files/Axial%20Flux%20Motor.pdf]		*University of Grenada - [https://www.emworks.com/ckfinder/userfiles/files/Axial%20Flux%20Motor.pdf]

Marcin: /* May 29, 2020 - Open Source Axial Flux Motor Invitation */

2020-05-30T01:56:57Z

May 29, 2020 - Open Source Axial Flux Motor Invitation

← Older revision		Revision as of 01:56, 30 May 2020
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	We are getting a group of open source enthusiasts together to develop an open source electric motor to completion via a 24 hour virtual (remote due to COVID) hackathon on August 18, 2020, from 9 AM CST USA time on August 18 for 24 hours straight. Can we invite you to participate?		We are getting a group of open source enthusiasts together to develop an open source electric motor to completion via a 24 hour virtual (remote due to COVID) hackathon on August 18, 2020, from 9 AM CST USA time on August 18 for 24 hours straight. Can we invite you to participate?

	We believe that your axial flux motor is a good design, and that the axial flux geometry is the best candidate for a flexible, modular design that takes advantage of modern electronic control.		We believe that your axial flux motor is a good design, and that the axial flux geometry is the best candidate for a flexible, modular, easy-to-build design that takes advantage of modern electronic control.

	The motivation is to develop a commercially viable, open source product that anyone in the world can build via 3D printing and more localized supply chains. We are interested in a practical model for real applications. It does not necessarily have to be the highest efficiency in the world, but we are aiming for one that is designed to be completely modular and scalable, so it can be reconfigured for different purposes- essentially serving as a 3d printed motor construction set.		The motivation is to develop a commercially viable, open source product that anyone in the world can build via 3D printing and more localized supply chains. We are interested in a practical model for real applications. It does not necessarily have to be the highest efficiency in the world, but we are aiming for one that is designed to be completely modular and scalable, so it can be reconfigured for different purposes- essentially serving as a 3d printed motor construction set.

Marcin: /* May 29, 2020 - Open Source Axial Flux Motor Invitation */

2020-05-30T01:56:26Z

May 29, 2020 - Open Source Axial Flux Motor Invitation

← Older revision		Revision as of 01:56, 30 May 2020
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	We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of art of practical, open source motors forward. Our goal is to make a business out of it, eventually, selling kits or finished motors - for education and practical applications. This is part of our greater effort to open-source critical areas of infrastructure.		We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of art of practical, open source motors forward. Our goal is to make a business out of it, eventually, selling kits or finished motors - for education and practical applications. This is part of our greater effort to open-source critical areas of infrastructure.

	Are you interested in participating? All you need to do is show up, and release any of your know-how as open source, OSHWA, OSI compliant. We will communicate through a Discourse Forum, which we are setting up, and If you are, we can set up a call to fill you in on more of the details. For best results, we are identifying roles of participants before the event so we can collaborate more effectively during the event, with a goal of making a working prototype of at least 70% efficiency.		Are you interested in participating? All you need to do is show up, and release any of your know-how as open source, OSHWA, OSI compliant. We will communicate through a Discourse Forum, which we are setting up, and If you are, we can set up a call to fill you in on more of the details. For best results, we are identifying roles of participants before the event so we can collaborate more effectively during the event, with a goal of making a working prototype of at least 70% efficiency. We can fill you in on the details of our collaborative development method if you'd like to know more.

	Marcin		Marcin

Marcin: /* May 29, 2020 - Open Source Axial Flux Motor Invitation */

2020-05-30T01:55:51Z

May 29, 2020 - Open Source Axial Flux Motor Invitation

← Older revision		Revision as of 01:55, 30 May 2020
Line 19:		Line 19:
	We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of art of practical, open source motors forward. Our goal is to make a business out of it, eventually, selling kits or finished motors - for education and practical applications. This is part of our greater effort to open-source critical areas of infrastructure.		We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of art of practical, open source motors forward. Our goal is to make a business out of it, eventually, selling kits or finished motors - for education and practical applications. This is part of our greater effort to open-source critical areas of infrastructure.

	Are you interested in participating? All you need to do is show up, and release any of your know-how as open source, OSHWA, OSI compliant. We will communicate through a Discourse Forum, which we are setting up, and If you are, we can set up a call to fill you in on more of the details.		Are you interested in participating? All you need to do is show up, and release any of your know-how as open source, OSHWA, OSI compliant. We will communicate through a Discourse Forum, which we are setting up, and If you are, we can set up a call to fill you in on more of the details. For best results, we are identifying roles of participants before the event so we can collaborate more effectively during the event, with a goal of making a working prototype of at least 70% efficiency.

	Marcin		Marcin

Marcin: /* May 29, 2020 - Open Source Axial Flux Motor */

2020-05-30T01:53:53Z

May 29, 2020 - Open Source Axial Flux Motor

← Older revision		Revision as of 01:53, 30 May 2020
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	=May 29, 2020 - Open Source Axial Flux Motor =		=May 29, 2020 - Open Source Axial Flux Motor Invitation =
	u1802194@unimilitar.edu.co		u1802194@unimilitar.edu.co

Marcin: /* May 29, 2020 */

2020-05-30T01:53:37Z

May 29, 2020

← Older revision		Revision as of 01:53, 30 May 2020
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	=May 29, 2020=		=May 29, 2020 - Open Source Axial Flux Motor =
	u1802194@unimilitar.edu.co		u1802194@unimilitar.edu.co

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	We are getting a group of open source enthusiasts together to develop an open source electric motor to completion via a 24 hour virtual (remote due to COVID) hackathon on August 18, 2020, from 9 AM CST USA time on August 18 for 24 hours straight. Can we invite you to participate?		We are getting a group of open source enthusiasts together to develop an open source electric motor to completion via a 24 hour virtual (remote due to COVID) hackathon on August 18, 2020, from 9 AM CST USA time on August 18 for 24 hours straight. Can we invite you to participate?

			We believe that your axial flux motor is a good design, and that the axial flux geometry is the best candidate for a flexible, modular design that takes advantage of modern electronic control.

	The motivation is to develop a commercially viable, open source product that anyone in the world can build via 3D printing and more localized supply chains. We are interested in a practical model for real applications. It does not necessarily have to be the highest efficiency in the world, but we are aiming for one that is designed to be completely modular and scalable, so it can be reconfigured for different purposes- essentially serving as a 3d printed motor construction set.		The motivation is to develop a commercially viable, open source product that anyone in the world can build via 3D printing and more localized supply chains. We are interested in a practical model for real applications. It does not necessarily have to be the highest efficiency in the world, but we are aiming for one that is designed to be completely modular and scalable, so it can be reconfigured for different purposes- essentially serving as a 3d printed motor construction set.
	We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state ~~of ort of~~ practical, open source motors forward.		We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of art of practical, open source motors forward. Our goal is to make a business out of it, eventually, selling kits or finished motors - for education and practical applications. This is part of our greater effort to open-source critical areas of infrastructure.

	Are you interested in participating? All you need to do is show up, and release any of your ~~knowhow~~ as open source, OSHWA, OSI compliant. If you are, ~~please~~ fill ~~out this form~~.		Are you interested in participating? All you need to do is show up, and release any of your know-how as open source, OSHWA, OSI compliant. We will communicate through a Discourse Forum, which we are setting up, and If you are, we can set up a call to fill you in on more of the details.

	Marcin		Marcin

Marcin: /* May 29, 2020 */

2020-05-30T01:47:58Z

May 29, 2020

← Older revision		Revision as of 01:47, 30 May 2020
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	=May 29, 2020=		=May 29, 2020=
			u1802194@unimilitar.edu.co

			u1802394@unimilitar.edu.co

			u1802491@unimilitar.edu.co

	Hi Juan, Andresdavid, and Jose,		Hi Juan, Andresdavid, and Jose,
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	Marcin		Marcin


	=Sep 20, 2019=		=Sep 20, 2019=

Marcin at 01:47, 30 May 2020

2020-05-30T01:47:14Z

← Older revision		Revision as of 01:47, 30 May 2020
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			=May 29, 2020=

			Hi Juan, Andresdavid, and Jose,

			I'm the founder of Open Source Ecology. Saw your excellent work

			at https://www.emworks.com/ckfinder/userfiles/files/Axial%20Flux%20Motor.pdf

			We are getting a group of open source enthusiasts together to develop an open source electric motor to completion via a 24 hour virtual (remote due to COVID) hackathon on August 18, 2020, from 9 AM CST USA time on August 18 for 24 hours straight. Can we invite you to participate?

			The motivation is to develop a commercially viable, open source product that anyone in the world can build via 3D printing and more localized supply chains. We are interested in a practical model for real applications. It does not necessarily have to be the highest efficiency in the world, but we are aiming for one that is designed to be completely modular and scalable, so it can be reconfigured for different purposes- essentially serving as a 3d printed motor construction set.
			We will be getting a number of collaborators together to make this happen. I'm inviting my friends and other open hardware rockstars to contribute, so at the very least, you'll meet some amazing people, and likely move the state of ort of practical, open source motors forward.

			Are you interested in participating? All you need to do is show up, and release any of your knowhow as open source, OSHWA, OSI compliant. If you are, please fill out this form.

			Marcin


	=Sep 20, 2019=		=Sep 20, 2019=
	Open Source Modular Axial Flux Motor v02 - https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html		Open Source Modular Axial Flux Motor v02 - https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html

Marcin: /* Mon Oct 14, 2019 */

2020-05-30T01:32:47Z

Mon Oct 14, 2019

← Older revision		Revision as of 01:32, 30 May 2020
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	File:d3duniversalmill.png\|'''D3D Universal with 3D printer motor functioning as a CNC mill.''' - FreeCAD -[https://github.com/OpenSourceEcology/D3D-Universal-Mill/blob/master/D3D_Universal_Mill.FCStd] or Michel's repo.		File:d3duniversalmill.png\|'''D3D Universal with 3D printer motor functioning as a CNC mill.''' - FreeCAD -[https://github.com/OpenSourceEcology/D3D-Universal-Mill/blob/master/D3D_Universal_Mill.FCStd] or Michel's repo.
	</gallery>		</gallery>

			=Links=
			*University of Grenada - [https://www.emworks.com/ckfinder/userfiles/files/Axial%20Flux%20Motor.pdf]

Marcin: /* Sep 20, 2019 */

2019-10-15T18:25:44Z

Sep 20, 2019

← Older revision		Revision as of 18:25, 15 October 2019
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	Open Source Modular Axial Flux Motor v02 - https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html		Open Source Modular Axial Flux Motor v02 - https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html
	<html><iframe src="https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html" width="800" height="500"></iframe></html><br>		<html><iframe src="https://mi_shell.gitlab.io/models_online/ose_webgl/motor_v02_01.html" width="800" height="500"></iframe></html><br>
	[[File:Motor_v02_pieces.JPG]]		[[File:Motor_v02_pieces.JPG\|800px]]

	=Mon Sep 30, 2019=		=Mon Sep 30, 2019=