An open-source robot vacuum you build yourself — Raspberry Pi, ROS 2, 2D LiDAR, Home Assistant, 3D printed chassis. No cloud, fully local.
oomwoo is early stage and building in public. The community can contribute modules in parallel — from SLAM navigation to dust bin design.
https://t.co/ip0HWptZg0
#ROS2 #RaspberryPi
Let’s also add this to the discussion. Anybody that can provide me with at least 20 people that have successfully pulled this off…1m for you.
Easiest 1m you’ll make🫢
Shebi all of una wan use gambling escape poverty. Find me people who have done it. Win easy money.
Worked on this cool RGB LED table sign. Everything was customized from start to finish. The parts were modeled in Fusion360 and printed on the Bambu labs A1 printer. I had to max out my build area for this product. @BambuLabSupport we need quality resellers in Nigeria.
I made this commissioned piece for the recently concluded @callofdutymobile and @carry1st championship 🏆 competition held here in Lagos on the @BambulabGlobal A1 printer.
This was fun to work on because I am a huge fan of the game. Everything had to be perfect.
Big thanks to all the teams, especially Paradox and Bear Clan,what an incredible final they gave us. It was a rollercoaster of emotions ,tears, joy,sadness. Here's hoping for better things in the future , and also a BIG thanks to @carry1st for making AF(apart from me) Happy 🙏
@leap_71 This looks like it'll require a powerful pump. How do you determine the appropriate balance between heat transfer area and pressure drop in your program? Or is that determined post simulation?
Learn to make something that contributes to the society in some way.
Everything is not #FAPs#TikTok#Bet9jaFootballCarnival#Arsenal. Make something and share real knowledge.
Anyways, who has listened to the new #Burnaboy album? What do you think?
Very big news from us. Reusable rockets are currently the domain of U.S. companies. Aspire Space is working to challenge that status quo — with a launcher designed to compete with SpaceX.
Founded by veterans of Soyuz, Zenit, Sea Launch, and even Buran, Aspire is building a reusable launch system with the ability to lift 15 tons to LEO. We will create both the first and second stage engines for them.
The first-stage engine will be based on our Noyron reference design currently in development — a 2000 kN MethaLOX engine. The full-scale engine will stand around 2 meters tall and is only feasible thanks to recent advances in metal 3D printing.
The engines will be designed entirely using Noyron, our Large Computational Engineering Model. Rooted in first principles, physics, manufacturing experience, and real-world testing, Noyron allows us to move fast and stay close to reality. Our aim is to converge quickly by spending most of our time on the test stand.
Many challenges lie ahead, but we're excited to be working with some of the most knowledgeable people in space tech. As part of the collaboration, Aspire Space is relocating its headquarters next door to us here in the Emirates — a major boost for the UAE’s growing space ambitions.
The next milestone is a hot-fire campaign for the 200 kN MethaLOX second-stage engine, planned for 2026.
First launch is targeted for 2030 — on a very aggressive timeline.
Read the press release here: https://t.co/JaWO0h9EHH
Setting up a new printer @BambulabGlobal and 3d printing an algorithmicly generated heat exchanger (Radiator). This model printed perfectly without any support as designed. It is a variation of an open sourced model originally released by @leap_71.