Agibot G2

El Agibot G2 (también conocido como “Genie”) es un robot humanoide interactivo de última generación, de grado industrial, diseñado para cerrar la brecha entre la destreza humana y la precisión robótica. Unveiled as a major leap from its predecessors, the G2 is built to handle complex, long-sequence tasks in dynamic environments like factory floors, logistics centers, and commercial showrooms.

(Precio en demanda)

Características y capacidades clave

Destreza similar a la humana: Equipped with the world’s first cross-shaped wrist force-controlled arms and 7 Degrees of Freedom (DoF) per arm. It features high-precision torque sensors that allow it to manipulate delicate objects—like raw eggs or electronic components—without damage.
Movilidad omnidireccional: Unlike traditional bipedal robots that may struggle with speed, the G2 utilizes a wheeled-humanoid base. This allows for agile, 360-degree movement at speeds up to 1,5 m/s, making it ideal for navigating busy warehouse aisles.
Embodied AI (GO-1 & GE-1): Powered by Agibot’s proprietary “3-layer brain” architecture. El GO-1 model handles perception and planning, while the GE-1 world model allows the robot to “rehearse” tasks in a virtual space before physical execution, significantly reducing trial-and-error.
24/7 Continuous Operation: Designed for the rigors of industrial shifts, the G2 features a dual-battery hot-swappable design and autonomous charging capabilities, ensuring zero downtime.
Massive On-Board Compute: Integrated with the NVIDIA Jetson Thor T5000, proporcionando hasta 2070 TFLOPS of AI power. This enables real-time decision-making with latency under 10ms.

Especificaciones técnicas

Característica	Especificación
Altura	1.2m to 1.8m (Variable/Adjustable)
Peso	185 kg
Carga útil	5 kg per arm
Grados de libertad	26+ (Total body); 7 per arm
Sensores	Dual LiDAR, Stereo Cameras, 360° Vision, Microphone Array
Protección de entrada	IP42 (Body) / IP50 (Arms)
Máxima velocidad	1.5 m/s (approx. 5.4 km/h)
Capacidad de la batería	1,652 Wh (Dual Hot-Swappable)

Casos de uso principales

Manufacturing: Assembly line tasks such as inserting RAM sticks into motherboards or handling auto parts.
Logística: Sorting and moving parcels of various sizes using the “OmniHand” dexterous grippers.
Interactive Services: Acting as a high-tech guide in museums or corporate showrooms, utilizing its multimodal voice interaction and human-like body language.
Investigación y desarrollo: Serving as a robust platform for universities and AI labs to test embodied intelligence.