Bismark

At first glance, this looks straight out of a sci-fi movie. But what makes it fascinating is that projects like this are increasingly being built by small engineering teams and independent creators not giant defense contractors. Custom robotics is evolving fast tracked mechs, insect-inspired movement, ducted fan propulsion, advanced mobility systems… all built with accessible modern tools and components. The line between “garage project” and “advanced robotics lab” is starting to blur. Genius engineering creativity… or unnecessarily overengineered? ⚠️ This content is shared for informational purposes only. CTO Robotics Media is a media platform and does not own or develop the technology shown. Credit belongs to the original creators.

i pay for full ESP32 i will use full ESP32

耐久試験も兼ねて2日目ずっと動かしていた電動デモ機。 特にトラブルもなくバッテリの持ちも案外良かったので、成功と言って良いのではないでしょうか。 色々工夫した甲斐があったわね。

小型犬ロボ「KX-01」に火が入った！ ・基本姿勢へ移行 ・歩行開始（推論開始） ・各動作確認 まで問題なく動作。 電圧とゲインは下げている状態だけど、このまま歩けそう。 ロボがピクッとなったところが、歩行開始コマンドを送った瞬間。

じゃあ何故今から追いかけはじめてるのだろうか？🐥

The first Starship to Mars will be named "Heart of Gold"

ふと思いついてデザフェスの展示用に電動のデモ機を作成する。 締切ギリギリだと集中する〜。

Almost every part of Starship V3 is different from V2

First Starship V3 launch later this week!

Working in another robot at the same time TRUST THE PROCESS 💥💥

「ヒト歩行　逆アニメ解析」 ヒト実写にヒトモデルを重ね 歩行動作を人力複写。 ７STEPの定常区間 (着地とその前後に３) ＋２STEPの調整区間 = 9STEP=1歩。 歩行機と同じ構造で書ける。

This robot: - Bends wires - Helps electricians build houses - Is named Harold L. Sloan V He will be working live at the @fdotinc Canopy Festival

地面にボールが置かれると、追いかけます。 動画後半に処理の可視化もあるよ。 (解説続く)

AIがロボットの「足がちゃんと接地しているか」を連続的に判断し、滑りや不安定接触でも姿勢を高精度推定。 ダンスのような激しい動きでも安定動作できる。 youtu.be/8mfLNICByvE #humanoidrobot #AI #StateEstimation #CoCoInEKF #DisneyResearch

『一般家庭向け人型ロボット(身長107cm, 体重23kg)』 人と安全に触れ合えるよう設計されており、触り心地が優しく、従順な挙動が特徴 youtu.be/5d7lkdfe7fI #bipedal #humanoidrobot #household #HomeUse #EmbodiedAI #Sprout #FaunaRobotics #amazon

Interestingly, Xynova’s technological approach shares the same origins as the dexterous hand technology used in Optimus v3 (though Elon has noted that this design still needs further refinement). The Flex2 is an upgraded version built on the Flex1: v1 featured 25 DOF and used a cable-driven system; the v2 introduces direct drive, which reduces the DOF to 23 but also sheds 400g in weight. It seems a hybrid drive mechanism may be the more practical solution. In March this year, following the successful completion of its Series A funding round (with investors including Xiaomi and others), this robotics company--founded in 2024--began construction of a large-scale production facility. Spanning over 5,000 square meters, the base is designed to achieve an annual output of 200,000 miniature electric cylinders and 10,000 dexterous hands. However, hardware alone is far from enough. A truly capable dexterous hand must be the result of the co-evolution of data, models, and the physical hardware. In other words, in addition to mass production, Xynova is simultaneously developing a complete integrated system that combines perception capabilities, robotic manipulation intelligence, and hand-specific coordination. This is essentially a foundational robotic module. Yet its applications go far beyond that. It can be directly adapted to industrial robotic arms on production lines, as well as integrated into the bodies of humanoid robots. That said, what I’m most eager to see is its use in advanced bionic prosthetics for humans. If it can successfully demonstrate this expanded capability, its impact will reach well beyond the realm of humanoid robots. (Cyborg)

Full episode dropping soon! Geeking out with @josh00_lu @LianYunrui on LATENT: Learning Athletic Humanoid Tennis Skills from Imperfect Human Motion Data zzk273.github.io/LATENT/ Co-hosted by @chris_j_paxton @DJiafei

here's what i landed on. i like it

You can learn how to build a humanoid robot the way you follow an IKEA guide.

This is still One of the Shortest but full insight of Quantum Mechanics.