RobotEra

Product family

• L7 — a full-size bipedal humanoid (about 171 cm tall) with 55 degrees of freedom (DoF), high-torque joint modules, and demonstrations that combine “show” maneuvers with practical tasks. Publicly shared highlights include 4 m/s running, 360° rotational jumps, and dual-arm payloads suited to material handling and assembly support. 

• Q5 — a service-class robot positioned for commercial scenarios such as hospitality, entertainment, and customer interaction, often shown alongside L7 in the company’s product pages and media. 

• XHAND1 — a fully direct-drive five-finger dexterous hand designed for whole-hand grasping and precise in-hand manipulation, paired with the L7 and other platforms. 

Technology and Specifications

Specifications vary by configuration; the figures below summarize commonly reported attributes.

• Form factor & kinematics. L7 stands ~171 cm with ~55 DoF across legs, arms, torso, neck, and hands, enabling coordinated motion and whole-body balance. Hands are described as 12-DoF direct-drive, supporting delicate, tool-compatible manipulation. 

• Locomotion capability. Demonstrations and press coverage cite up to ~4 m/s running and agile maneuvers (e.g., rotational jumps), positioning L7 among the fastest publicly shown full-size humanoids in 2025. 

• Perception & localization. Sensor suites combine binocular RGB/Depth and 3D LiDAR for mapping and navigation in GPS-denied spaces, supporting inspection, scanning, and autonomous mobility. 

• Control & software. Company pages and media references mention a proprietary large model (ERA-42) for full-body control, policy selection, and skills that blend mobility with manipulation; the stack supports autonomous tasks and remote teleoperation. 

• Demonstrated robustness. RobotEra has showcased outdoor walking—including a widely reported Great Wall walk test—as well as site-specific runs and public events that stress terrain handling and balance. 

Applications and Use Cases

Advantages / Benefits

• High dynamic mobility — sustained running speeds reported at ~4 m/s and athletic maneuvers increase cycle-time headroom and enable rapid repositioning in large facilities. 

• Whole-body dexterity — 55 DoF coordination plus 12-DoF hands support contact-rich tasks and tool use. 

• Human-scale compatibility — anthropomorphic reach and footprint fit into existing workcells, shelves, and doorways without re-architecting sites. (Inference based on standard humanoid form factor; confirm per site survey.)

• Perception fusion — binocular vision and LiDAR enable robust SLAM, inspection, and navigation under varied lighting and clutter. 

• Teleoperation + autonomy — remote control bridges the gap to full autonomy, allowing supervised operations and rapid data collection for skill learning.

Comparisons (if relevant)

Within the 2024–2025 cohort of humanoids, L7’s public claims center on top-end locomotion speed and demonstrated agility while maintaining fine manipulation. Media outlets and databases frequently cite the 4 m/s running benchmark and 55-DoF architecture, positioning L7 against peers emphasizing strength, endurance, or low-cost manufacturing. When evaluating alternatives, practitioners typically compare payload and reach, DoF, end-effector options, runtime and thermal limits, mapping stack, safety features, openness of SDKs, and service ecosystem. Independent roundups that juxtapose L7 with other humanoids (e.g., Unitree R1 and others) provide additional context on motion quality and control strategies. 

Name note: “RobotEra” also refers to an unrelated metaverse/crypto initiative using the TARO token. It is distinct from the RobotEra humanoid robotics company covered in this article. 

Pricing and Availability

RobotEra does not consistently publish list pricing. Coverage and profiles indicate the company was founded in 2023 and has been commercializing L7 with public launches and demonstrations across 2025. Prospective buyers typically proceed via pilot engagements with direct sales or authorized partners for site assessment, integration, and after-sales support. For current lead times, service packages, and regional availability of L7, Q5, and XHAND1, contact the company or regional representatives. 

RobotEra FAQs

What is RobotEra?

RobotEra is a Chinese robotics company developing full-size humanoid robots (notably the L7), a service robot (Q5), and a dexterous five-finger hand (XHAND1) for embodied AI research and real-world automation. 

How does RobotEra’s L7 humanoid work?

L7 combines binocular vision, 3D LiDAR, and whole-body control across ~55 DoF to walk, run (reported up to ~4 m/s), balance, and manipulate objects. Teleoperation and autonomous modes are both supported.

Why is RobotEra important?

L7’s publicly demonstrated high-speed mobility and dexterous manipulation illustrate progress toward humanoids that can operate in human-oriented spaces using existing tools and infrastructure, a key milestone for practical deployment.

What are the benefits of RobotEra compared with other humanoids?

Public materials highlight speed (≈4 m/s), 55-DoF whole-body dexterity, and direct-drive hands, plus perception fusion and teleoperation as bridges to autonomy—differentiators that may reduce cycle time and increase task breadth.

RobotEra is a 2023-era robotics company advancing full-size humanoids through an integrated stack of high-torque actuation, perception fusion (vision + LiDAR), and whole-body control. The L7 stands out for its 4 m/s running demonstrations, 55-DoF dexterity, and pairing with direct-drive hands, while the Q5 and XHAND1 broaden the portfolio for service scenarios and manipulation research. Early public pilots and media coverage suggest accelerating momentum as the field pushes toward practical humanoid deployment in manufacturing, logistics, and commercial environments. 

Summary

RobotEra is a 2023-era robotics company advancing full-size humanoids through an integrated stack of high-torque actuation, perception fusion (vision + LiDAR), and whole-body control. The L7 stands out for its 4 m/s running demonstrations, 55-DoF dexterity, and pairing with direct-drive hands, while the Q5 and XHAND1 broaden the portfolio for service scenarios and manipulation research. Early public pilots and media coverage suggest accelerating momentum as the field pushes toward practical humanoid deployment in manufacturing, logistics, and commercial environments.