Revisions for Lego Spectrometer
| 19 CURRENT | stevie |
August 20, 2021 14:44
| over 3 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Get a kitThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Building your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg Print files for the black cardstock insert can be found here. |
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| 18 | mimiss |
September 30, 2020 17:34
| about 4 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Get a kitThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Building your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
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| 17 | warren |
May 23, 2019 21:10
| over 5 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Get a kitThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Building your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
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| 16 | warren |
May 23, 2019 21:09
| over 5 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Get a kitThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Building your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
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| 15 | warren |
March 28, 2019 19:46
| over 5 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Building your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
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| 14 | warren |
March 28, 2019 19:27
| over 5 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:grid:lego-quickstart] Questions[questions:lego-spectrometer] Assembling your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 13 | warren |
March 28, 2019 19:27
| over 5 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. Quick start[notes:lego-quickstart] Questions[questions:lego-spectrometer] Assembling your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
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| 12 | warren |
February 04, 2019 23:17
| almost 6 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] Assembling your Lego Spectrometer[activities:lego-spectrometer] Spectrometry activities[activities:spectrometry-sampling] Spectrometer calibration[activities:spectrometry-calibration]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 11 | warren |
February 04, 2018 23:01
| almost 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 10 | warren |
February 04, 2018 23:01
| almost 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Kits now availableThis is an open source kit, so you can just build your own -- but to order parts for a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 9 | vidit |
January 22, 2018 17:39
| almost 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 8 | vidit |
January 22, 2018 17:39
| almost 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer!spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 7 | warren |
December 14, 2017 16:29
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer]
Tinkercad model, below Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 6 | warren |
December 13, 2017 17:45
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 5 | warren |
December 13, 2017 17:42
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] Parts3D models
3D brick modelsLots of great brick models are available here: https://printabrick.org/ and on http://thingiverse.com
Brick dimensions are nicely described in this diagram from Wikipedia: https://commons.wikimedia.org/wiki/File:Lego_dimensions.svg |
Revert | |
| 4 | warren |
December 13, 2017 15:34
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] |
Revert | |
| 3 | warren |
December 13, 2017 15:25
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. PreordersTo preorder a kit, visit the Public Lab Store: Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] |
Revert | |
| 2 | warren |
December 13, 2017 06:35
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] |
Revert | |
| 1 | warren |
December 13, 2017 06:35
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] |
Revert | |
| 0 | warren |
December 11, 2017 21:21
| about 7 years ago
This is the latest version of Public Lab's DIY Desktop Spectrometry Kit -- the Lego Spectrometer. It addresses issues of rigidity, sourcing, modularity, and image quality over previous versions. We've been making and distributing Do-It-Yourself spectrometers since 2011, and have been through 4 major kit versions and hundreds of different community contributed modifications, new versions, changes, and more. Design goalsOver the years, we've identified a few really critical improvements that have been tough to solve:
Our mission is to make it easier, cheaper, and more accessible to do environmental monitoring, and to do that as an open source, collaborative community. And of course part of that is cost -- while people build upon our kits with more expensive options and upgrades, we want the basic kit to be extremely affordable. So, this design tries to address each of these challenges with ideas and input from the community: Quick startAssembly instructions are here:
Read the introduction post here:
Questions[questions:lego-spectrometer] ActivitiesActivities show how to use this project, step by step. [activities:lego-spectrometer] |
Revert |
