Moby

PrototypeBiped2026

Noble Machines

United States

Locomotion Type

Biped

Payload

27 kg

Battery Life

5 h

Computing

275 TOPS

Stage

Prototype

Released 2026

2026

Product Overview

Noble Machines' first robot is named "Moby." Unlike robots designed to be highly human-like, its philosophy emphasizes functionality, durability, and practicality for use in harsh, real-world industrial environments. Robust Physical Performance: Moby is designed for the "4D" tasks: Dull, Dirty, Dangerous, or Dear (lacking personnel). It can carry heavy loads of up to 60 lbs (approx. 27 kg) and has the ability to navigate steep slopes and outdoor environments, with a battery life of approximately 5 hours. "Whole-Body" AI Control System: The robot's "brain" is the NVIDIA Jetson Orin edge AI computer. Its core technology is AI-Driven Whole-Body Control, which ensures stability and intelligence during complex industrial operations. Ultra-Fast Learning Capabilities: Through the co-design of hardware and AI, Moby can learn via multi-modal methods including language instructions, physical demonstrations, and gestures. This reduces the time required to master a new skill from months to just a few hours. Practical Training Philosophy: Noble Machines does not pursue making robots mimic human actions. Instead, it optimizes motion efficiency in simulated environments through a "Real-to-Sim-to-Real" closed loop. It is reported that the success rate of models trained this way, when transferred to the real world, can reach up to 95% .

Key Highlights

Robust Physical Performance: Moby is designed for the "4D" tasks: Dull, Dirty, Dangerous, or Dear (lacking personnel). It can carry heavy loads of up to 60 lbs (approx. 27 kg) and has the ability to navigate steep slopes and outdoor environments, with a battery life of approximately 5 hours.

"Whole-Body" AI Control System: The robot's "brain" is the NVIDIA Jetson Orin edge AI computer. Its core technology is AI-Driven Whole-Body Control, which ensures stability and intelligence during complex industrial operations.

Ultra-Fast Learning Capabilities: Through the co-design of hardware and AI, Moby can learn via multi-modal methods including language instructions, physical demonstrations, and gestures. This reduces the time required to master a new skill from months to just a few hours.

Practical Training Philosophy: Noble Machines does not pursue making robots mimic human actions. Instead, it optimizes motion efficiency in simulated environments through a "Real-to-Sim-to-Real" closed loop. It is reported that the success rate of models trained this way, when transferred to the real world, can reach up to 95% .

Target Scenarios

The company's goal is to provide general-purpose robotic solutions for dangerous and heavy-duty tasks in industries such as manufacturinglogisticsconstructionenergyand semiconductors.