The Ant was a successful project. So successful we never got round to make a blog post about it. The project now seems to have run it’s course. Some parts have become obsolete and hard to get a hold of. Why highlight it then now? It is a classic good MakerBeam project where MakerBeam is used to frame items that are (or were) ready available and custom 3D printed items.
The Ant team also made a series of how to build the Ant step by step in a series of videos. The 200mm (b: 100900, c: 100180) and 60mm (b: 100067, c: 100157) MakerBeam (10x10mm), T-slot nuts (101619), right angle brackets (100326), square headed bolts 6mm (100359) and the 200mm linear slide (104162) and self locking nuts (101619) are all needed for the build and they go through all the steps. You can find these here below.
The Ant team obviously is passionate about electronics. Two of them, Matti and Angelo, have gone on to create videos on the channel Due Makers Asociali (Italian language).
In 2020 the ArsElectronica program took place all over the world. There were conferences, exhibitions, performances and concerts. These all took place locally but taken together they created a festival on the net to be enjoyed worldwide. One of the art performances was the UVTOWER.
The UVTOWER, pictured above, is a musical instrument. It is made with lasers and mirrors. Adding and removing mirrors changes the beat. Andrea Guidi and Giacomo Lepri use these lasers and mirrors to configure alternative ways for composing music. In doing so they reflect on the notion of growth in an accelerated age. The system collapses and starts anew. Changing the setting of the mirrors speeds up this process or slows it down.
Custom PC Hardware is a fan of MakerBeam. So much so he dedicated a video to our beams and how to use these for custom build PC cases.
Before he discovered MakerBeam, both regular 10x10mm and MakerBeamXL (15x15mm), he would look for a case to contain all the parts. Only to find himself searching for another case after he had upgraded or expanded his computer. All the parts of the new design would not fit the initial case.
With MakerBeam he dismantles the existing frame and reassembles it to meet his needs. As each build is a prototype, should the requirements change, the frame is easy to change too.
Custom PC Hardware buys his MakerBeam from Technobotsonline in the UK. On our website you can find a ‘where to buy‘ page with a number of resellers listed.
We added a new small product to our product range: sponge rubber rectangular cord 5x5mm for MakerBeam (10x10mm), article number 104454. The rubber cord can be used to create surface protection. Or protection for something else like a tablet, see the tablet stand below.
The cord only barely fits the T-slot of MakerBeam (10x10mm). Part of the rubber will stick out and create a cushioning band.
The sponge rubber can be easily cut into the desired custom lengths. You have to stretch the rubber somewhat to fit the T-slot, see pictures.
The 5x5mm cord will only fit the MakerBeam (10x10mm) like this. We are working to introduce an alternative for MakerBeamXL and OpenBeam shortly.
Vincent Mensink of Studio Mensink is a regular customer. He works on product design and special props and effects. He has to come up with ingenious constructions to make these designs work. He loves MakerBeam (10x10mm), MakerBeamXL (15x15mm) and OpenBeam, especially the profiles anodised in black.
MakerBeam is used a lot in combination with items that are ready available and custom 3D printed items. To create these custom 3D printed parts he has a few Ultimakers lined up.
You will notice the dust covers on these Ultimakers. These covers were especially designed by Vincent to fit the Ultimaker. You can find the special designed brackets and the bill of materials on Thingiverse. You can also find the bill of materials below.
Dust cover designed for the Ultimaker 2+
The Acrylic lasercut plates slide into the MakerBeam frame. The 3D printed brackets lock the cover into place.
Good news for the team of Les Karibous (@LesKaribous). The Coupe de Robotique France finally could take place. It was already scheduled for 2020 but like with almost everything else it was rescheduled because of Covid19 restrictions.
The team of Les Karibous were awarded a jury prize. You can see part of the team pictured here above. For transportation purposes they built a special box. The box was equipped with light and sound effects so it could double as a good display case as well.
Below you can see the robots of Les Karibous in action during the competition.
For more information about the robots please visit the Twitter accounts of @LesKaribous and @barbatronic (French). For more information about the competition please visit Coupe de Robotique France.
In this video Simone builds a musical instrument. She combines a number of teeth with a keyboard in order to create music. During the process she uses MakerBeam for a temporary framework to test opening and closing of the teeth.
Nicolas Sassoon is an artist based in Vancouver BC Canada. He makes use of early computer imaging techniques to render visions of architectures, landscapes and natural forces. Nicolas often uses MakerBeam to present his work. The featured sculptures are part of a body of work titled “The Prophets”.
The Prophets is an on-going series of sculptures as poetic interfaces between computer technology and geological forces. Composed of small pumice boulders (volcanic rock) connected to LCD panels, the sculptures recall traditional viewing stones (Gongshi, Suiseki) from which electronic hardware and screens emerge to form heads and figures. The LCD screens feature pixelated animations evocative of flowing lava, suggesting a magmatic life silently contained within the stones. In The Prophets, technology becomes a vessel through which inert rocks appear to express another state of existence – a volcanic unrest hinting back at their chaotic origins. The sculptures bring about a singular experience, recounting a partial history of our relation with matter — a speculative geology of our digital condition rooted in volcanological processes and speaking to the connections between organic and inorganic materials.
Visit nicolassassoon.com for more information and more of Nicholas his work. Below are a few more picutures of his work.
On Hackaday Ryan Kinnett introduced his micro Rover. It is modeled after the Mars rover designs. With Perseverance now on Mars a nice project to showcase here.
The suspension system modeled after JPL’s Mars rover designs was developed as a test platform for various control schemes. If you want to read and learn more please visit the page on Hackaday. Here is a link.