Lukas Ziegler (@lukas_m_ziegler)

Orca Hand(@orcahand)이 촉각/지문형 팁 센서를 갖춘 오픈소스 다(다관절)형 로봇 손 모델 3종을 공개했다. 저비용 하드웨어와 로우레벨 제어부터 로봇 애플리케이션을 위한 소프트웨어 계층까지 공유해 로봇 손의 정교한 조작 능력(dexterity)을 대중화(democratize)하려는 목표를 제시한 발표이다.

https://x.com/lukas_m_ziegler/status/2033090247588732993

#orcahand #robotics #dexterity #opensource #robotichand

Lukas Ziegler (@lukas_m_ziegler) on X

Open-source dexterous hands with fingertip sensors! 🪬 @orcahand just released three dexterous hand models. Their mission: is to democratize robotic hand dexterity. They're sharing progress on exceptional, low-cost hardware and a software layer from low-level control to robotic

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Humanoid Scott (@GoingBallistic5)

Berndt가 새로 소식거리를 만들었는데, 원래 Neo Alpha는 20자유도(DoF) 손이었고 Neo Beta는 CMC 관절 문제로 18DoF로 축소되었다고 합니다. 이제 미공개인 새 22DoF 손이 등장했으며 CMC 가동성 회복과 5번째 중수골의 대립(opposition)이 가능해진 것으로 보입니다(세부적 핸드 하드웨어/구조 개선).

https://x.com/GoingBallistic5/status/2027914801712672935

#robotics #dexterity #robotichand #dof

Humanoid Scott (@GoingBallistic5) on X

Berndt just made some news here The original Neo Alpha was a 20 DoF hand But due to a wobbly CMC joint, Neo Beta was reduced to 18 DoF This is a new unannounced 22 DoF hand, with likely restored CMC mobility and 5th metacarpal opposition 1/3

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Nicolas Halftermeyer (@halftermeyer)

CES 2026에서 가장 인상적이었던 로봇 손으로 SharpaRobotics의 미화 52,000달러짜리 핸드가 소개되었습니다. 탁구, 종이접기, 블랙잭, 원격 조작 등 라이브 데모가 완벽히 수행되며 정밀한 로봇 핑거(손) 기술을 선보였습니다.

https://x.com/halftermeyer/status/2010852386240176614

#ces2026 #sharparobotics #robotics #robotichand

Nicolas Halftermeyer 🇫🇷🇪🇺🇺🇦 (@halftermeyer) on X

The most impressive robotic fingers at #CES2026? @SharpaRobotics US$52,000 hand. Live demos (ping‑pong, origami, blackjack, remote ops) were flawless. @CES @lukas_m_ziegler @Fabriziobustama @jblefevre60 @Ronald_vanLoon @Rainmaker1973 @CyberRobooo @planeterobots @TheHumanoidHub

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Robotic hand can identify objects with just one grasp

Inspired by the human finger, MIT researchers have developed a robotic hand that uses high-resolution touch sensing to accurately identify an object after grasping it just one time.

Tech Xplore
Jimmy Sax Black

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Shake with Your New Robot Hand

Korean researchers have created a very realistic and capable robot hand that looks very promising. It is strong (34N of grip strength) and reasonably lightweight (1.1 kg), too. There are several videos of the hand in action, of which you can see two of them below including one where the hand uses scissors to cut some paper. You can also read the full paper for details.

Like many good projects, this one started with requirements. The team surveyed existing hands noting the positives and negatives of each design. They then listed the attributes they wanted in a new design.

The 22 cm hand has 4 fingers, a thumb, and sensors on each fingertip. Overall, there are 20 joints resulting in 15 degrees of freedom so the hand is very dexterous. The construction looks taxing with eccentric motors, ball screws, and linkages. However, the hand is self-contained and ready to mount on any robot arm.

We were especially interested in one video where the hand used tweezers to place small parts. Could this be the figure of pick and place?

If you want to dabble in linkage design, we have just the CAD package for you. If you need more robot mechanisms to play with, there are plenty out there to study, duplicate, and modify.

#robotshacks #linkage #robot #robotic #robotichand

Shake With Your New Robot Hand

Korean researchers have created a very realistic and capable robot hand that looks very promising. It is strong (34N of grip strength) and reasonably lightweight (1.1 kg), too. There are several vi…

Hackaday