Maker H01

GigaAI(Jijia 极佳视界）

Humanoid

China프로토타입

★아직 평가 없음

비교

출처:

cdn.robotaigeek.com

산업:

연구 가정 리테일

용도:

픽앤플레이스 연구General service scenarioshousehold tasksembodied-AI data collection and teleoperation research

가격:

미공개

설명

Maker H01은(는) GigaAI(Jijia 极佳视界）의 Humanoid입니다. 픽앤플레이스, 연구, General service scenarios 용도로 설계되었습니다. 주요 수치: 가반 하중 3 kg, 도달 범위 794 mm, 20 자유도.

The Maker H01 is GigaAI's first robot body, and it exists to carry the company's models rather than to compete on raw hardware specification. A humanoid upper torso sits on a four-wheel omnidirectional base, standing 1,620 mm on a deliberately small 600 by 550 mm footprint — GigaAI's stated priority is a compact body that gets through real interiors. Above the base are twenty degrees of freedom: two in the head, four in the torso and seven in each arm, spanning 794 mm, with each arm rated for 3 kg and peaking at 5 kg. The sensor fit is unusually camera-heavy for the class, with eleven cameras in total — an RGBD in the head, one in the chest, one in each hand and five plain RGB cameras in the head — plus a chassis LiDAR and eight ultrasonic sensors, split between mobile navigation below and fine upper-body manipulation above. It supports VR and isomorphic teleoperation for data collection, and runs GigaAI's own embodied-brain control algorithms with open interfaces for secondary development. The point of the machine is the loop it closes: collect via teleoperation, post-train against GigaBrain reference algorithms, deploy back to the robot.

주요 기능

1,620 mm tall on a compact 600 x 550 mm footprint, prioritising passability through real interiors
20 degrees of freedom above the base — head 2, torso 4, arms 7 each — plus a four-wheel omnidirectional all-drive chassis
794 mm arm span with 3 kg rated and 5 kg maximum arm payload
eleven cameras — head RGBD, chest RGBD, two hand RGBD and five head RGB — with chassis LiDAR and eight ultrasonic sensors, splitting mobile navigation from fine upper-body manipulation
VR and isomorphic teleoperation support with an intuitive data-collection platform
in-house embodied-brain control algorithms with open interfaces and secondary development
ships into a full embodied-development workflow of data collection, post-training against GigaBrain reference algorithms, and real-robot deployment.

기술 사양

물리 사양
크기	L 600 mm × W 550 mm × H 1.62 m
가반하중	3 kg
도달거리	794 mm
이동성
이동 방식	바퀴형
자유도	20
조작 능력	높음
작동 환경	Indoor service and household spaces
액추에이터	Head 2 DoF, torso 4 DoF, single arm 7 DoF (14 total) = 20 DoF above the base; four-wheel omnidirectional all-drive chassis; 794 mm arm span
센싱 & 컴퓨팅
센서	head RGBD camera, chest RGBD camera, 2x hand RGBD cameras, 5x head RGB cameras, chassis LiDAR, 8x chassis ultrasonic sensors
소프트웨어 / AI	In-house embodied-brain control algorithms with open interfaces and secondary-development support; GigaBrain-0 vision-language-action foundation model accepting image, point-cloud, text and proprioceptive input and emitting end-to-end joint commands; GigaWorld-0 world-model data engine for synthetic training data; VR and isomorphic teleoperation for data collection

제조사 출처서드파티 출처출처 없음출처 상태는 이 로봇에 등록된 출처를 기준으로 합니다.

기술 사양

물리 사양
크기	L 600 mm × W 550 mm × H 1.62 m
가반하중	3 kg
도달거리	794 mm
이동성
이동 방식	바퀴형
자유도	20
조작 능력	높음
작동 환경	Indoor service and household spaces
액추에이터	Head 2 DoF, torso 4 DoF, single arm 7 DoF (14 total) = 20 DoF above the base; four-wheel omnidirectional all-drive chassis; 794 mm arm span
센싱 & 컴퓨팅
센서	head RGBD camera, chest RGBD camera, 2x hand RGBD cameras, 5x head RGB cameras, chassis LiDAR, 8x chassis ultrasonic sensors
소프트웨어 / AI	In-house embodied-brain control algorithms with open interfaces and secondary-development support; GigaBrain-0 vision-language-action foundation model accepting image, point-cloud, text and proprioceptive input and emitting end-to-end joint commands; GigaWorld-0 world-model data engine for synthetic training data; VR and isomorphic teleoperation for data collection