Dora
Noetix Robotics

Dora

Dorais a 1-metre-tall, 20 kg Chinese humanoid offering 20-plus DOF mobility, 3-camera 3-D vision and a Jetson Orin edge-AI brain, purpose-built for home, classroom and elder-care tasks with a 5 kg payload and optional dexterous hands.

Description

Dora, developed by Noetix Robotics, a Beijing-based startup founded in September 2023, represents a compact, product-level humanoid robot optimized for embodied intelligence applications. Launched in May 2024, Dora stands approximately 100-120 cm tall and weighs 20-25 kg, featuring a lightweight aluminum alloy structure with plastic shell options in variants like EVA, Deep Space Black, and Bumblebee. Its architecture centers on 20-26 degrees of freedom (DOF), with 6 DOF per leg, 4-7 DOF per arm (optional dexterous hands with 11 DOF), enabling agile bipedal locomotion including straight-leg walking, anthropomorphic running, stair climbing, and multi-terrain navigation over grass, snow, slopes, and obstacles. Powered by an NVIDIA Jetson Orin edge-AI module (8GB GPU, 40 TOPS, 6-core Arm Cortex-A78AE CPU with Ampere GPU featuring 1024 cores and 32 Tensor Cores), Dora processes 3 structured-light depth cameras (two downward-slanting, one forward) for millimeter-precise 3D vision, supporting autonomous obstacle avoidance, visual recognition, and navigation. Motion control leverages deep reinforcement learning (RL) and imitation learning algorithms, developed in-house, allowing dynamic balance, payload handling up to 5-10 kg, peak joint torques of 120-150 N·m, and speeds up to 1.5 m/s (3.6 km/h). A 7-inch front display, 6-mic array, single speaker, and LLM integration enable low-latency speech-visual interaction, voice commands, and multimodal dialogue. The all-electric drive system uses force-controlled joints for safe human coexistence, with a 48V/10Ah quick-release battery providing 2-4 hours runtime. Interfaces include 4 USB, 2 Ethernet, and 1 HDMI ports, facilitating secondary development on a presumed Jetson SDK with open-source elements. Noetix's background in competition robots like N1 informs Dora's design, with early milestones including multi-terrain tests by late 2023 and grasping teleoperation by June 2024. While primarily prototyped for R&D, Dora targets commercialization in education, elder care, home assistance, reception, and family services, with company financing exceeding 100 million yuan supporting scaling. Real-world deployments remain limited to internal tests and exhibitions (e.g., Beijing displays), but its sub-$10,000 pricing positions it for ToB/ToC markets amid China's humanoid boom. Future integrations promise expanded LLM capabilities and dexterous manipulation, bridging research to practical utility.

Key Features

Advanced Locomotion

Deep RL and imitation learning enable stable walking, running, stair climbing, and obstacle avoidance across indoor/outdoor terrains including grass, snow, and slopes.

3D Perception System

Three structured-light depth cameras provide precise 3D vision for navigation, visual recognition, and interaction, paired with Jetson Orin for edge processing.

LLM-Powered Interaction

Integrated large language models support speech and visual dialogue via 7-inch screen, 6-mic array, and speaker for natural human-robot communication.

Dexterous Manipulation

Optional 11-DOF hands with 5-10 kg payload for tasks like picking cups, folding clothes, and teleoperation.

Compact and Safe Design

Lightweight 20-25 kg frame with force-controlled electric joints ensures safety around humans in home/education settings.

Specifications

AvailabilityPrototype
NationalityChina
Websitehttps://en.noetixrobotics.com
Degrees Of Freedom, Overall26
Height [Cm]100
Manipulation Performance2
Navigation Performance2
Max Speed (Km/H)3.6
Strength [Kg]5
Weight [Kg]20
Safe With HumansYes
Cpu/GpuNvidia Jetson
Camera Resolution3 structured-light depth cameras (2 downward, 1 forward)
Operating SystemJetson SDK presumed
Llm IntegrationLLM Speech, Visual Interaction
Motor TechAll-electric drive
Main Structural Materialeducation, Home assistanc
Number Of Fingers0
Main Marketeducation, elder-care, Home assistance
VerifiedNot verified
ManufacturerNoetix Robotics
Height100-120 cm
Weight20-25 kg
Payload5-10 kg
Dof Overall20-26
Dof Legs6 per leg
Dof Arms4-7 per arm (optional dexterous)
Max Speed1.5 m/s (3.6 km/h)
Peak Torque120-150 N·m
ProcessorNVIDIA Jetson Orin 8GB (40 TOPS, 6-core Arm Cortex-A78AE, Ampere GPU 1024 cores/32 Tensor Cores)
Sensors3x structured-light depth cameras (2 downward, 1 forward), 6-mic array, 1 speaker
Display7-inch screen
Battery48V/10Ah quick-release, 2-4 hours runtime
MaterialsAluminum alloy structure, plastic shell
Interfaces4x USB, 2x Ethernet, 1x HDMI
Motor TechAll-electric force-controlled joints
OsJetson SDK (presumed)
Ai ModelsDeep reinforcement learning, imitation learning, LLM for speech/visual interaction
Thermal ManagementNot specified (efficient 15W edge compute)

Curated Videos

Video 1
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Frequently Asked Questions

What are the physical dimensions and weight of Dora?

Dora measures approximately 100-120 cm in height, 50-56 cm width, 21-25 cm depth, and weighs 20-25 kg, making it compact for indoor use while supporting a 5-10 kg payload for versatile tasks.

What AI and computing hardware powers Dora?

It features an NVIDIA Jetson Orin with 8GB GPU delivering 40 TOPS, a 6-core Arm Cortex-A78AE CPU, and Ampere GPU architecture, running deep RL, imitation learning, and LLM for motion, perception, and interaction.

What is the battery life and power system?

Equipped with a quick-release 48V/10Ah battery, Dora offers 2-4 hours of runtime per charge, suitable for extended sessions in education or home assistance with efficient 15W power consumption.

Can Dora navigate complex environments?

Yes, with 3 depth cameras and AI algorithms, it handles autonomous navigation, obstacle avoidance, stair climbing, and multi-terrain walking (grass, snow, slopes) at speeds up to 1.5 m/s.

What are the main application areas for Dora?

Targeted for education, elder care, home services, reception guidance, and scientific research, leveraging safe human interaction, voice/visual AI, and open-source development for customization.

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