Elephant Robotics Mercury Wheeled Humanoid Robot X1 (4011300003)

Elephant Robotics Mercury Humanoid Robot X1 (4011300003)

In Elephant Robotics’ own product description, the Mercury X1 is a 19-degree-of-freedom (19-DOF) system composed of the Mercury B1 upper-body dual-arm robot paired with a high-performance mobile base.

The platform is positioned to bridge research-friendly openness (software ecosystem support and developer APIs) with practical mobile manipulation capabilities such as onboard sensing, obstacle-aware navigation, and extended runtime for long demonstrations or lab workflows. Elephant Robotics’ Mercury series documentation also frames X1 as a universal hardware foundation for humanoid and embodied intelligence research, emphasizing dual-arm coordination, perception, and 3D machine vision supported by NVIDIA Jetson edge computing.

Design and Features

Wheeled humanoid form factor

Mercury X1 uses a wheeled mobile base rather than bipedal legs, a design approach that typically favors stability, energy efficiency, and repeatable motion on flat indoor floors. Elephant Robotics specifies a maximum operating speed of 1.2 m/s and a maximum climbing angle of 15°, aligning with typical “facility navigation” needs in labs, classrooms, and structured indoor deployments.

Dual-arm manipulation and coordinated upper body

The Mercury X1’s dual-arm configuration is commonly presented as derived from the Mercury B1 upper body, enabling two-handed manipulation, coordinated pick-and-place, and research into bimanual control policies. The official Mercury X1 page explicitly states it is composed of Mercury B1 + a high-performance mobile base, reinforcing its modular lineage.

Integrated HMI and developer-friendly interfaces

Elephant Robotics lists a 9-inch touchscreen as part of the X1 specification set, supporting local interaction for demos, quick checks, or user-facing applications.
The product page also highlights a “diverse software ecosystem,” including support for ROS, MoveIt, Gazebo, and MuJoCo, plus a Python API (pymycobot) and a C++ Mercury API for lower-level control and integration.

Technology and Specifications

Core specifications (official)

Elephant Robotics’ published Mercury X1 specification page lists the following key parameters:

• Product height: 1.18 m

• Working voltage: 24 V

• Degrees of freedom: 19 DOF

• Battery life: up to 8 hours

• Maximum payload: 1 kg

• Net weight: 55 kg

• Repeatability: ±0.05 mm

• Max operating speed: 1.2 m/s

• Max climbing angle: 15°

• Storage space: 15 L

These values are frequently echoed by reseller listings and industry directories, particularly the 19-DOF structure, speed, climb rating, and 8-hour endurance.

Perception stack and sensors

Mercury X1 is specified with LiDAR, ultrasonic radar, and 2D vision as mobile sensing components, intended for environment perception and navigation support.
Elephant Robotics also lists a 3D camera (Orbbec Deeyea) and a 4-microphone line array with a 5 m / 180° pickup claim, supporting 3D perception pipelines and voice-interaction experiments.

Compute and controllers (noting source differences)

Elephant Robotics’ official specifications list Jetson Orin Nano SUPER 8GB as the main controller GPU, with 67 TOPS computing power and a 4-core ARM Cortex-A57 CPU noted in the same table.
However, some reseller pages describe earlier or alternate controller pairings (e.g., Jetson Xavier + Jetson Nano). These discrepancies are common in fast-moving robotics products as vendors refresh compute SKUs over time. For the most authoritative reference, the manufacturer’s current specification page is typically treated as the baseline.

I/O and communications

The published spec includes 24V I/O (6 inputs, 6 outputs) and communications options including CAN bus, Wi-Fi, network port, Bluetooth, USB, and serial—useful for integrating end-effectors, sensors, safety accessories, and facility systems.

Applications and Use Cases

Embodied intelligence research and robotic learning

Mercury X1 is frequently positioned as a platform for embodied AI development, including learning-based manipulation, task planning, and multi-sensor fusion. Elephant Robotics’ Mercury documentation emphasizes X1’s dual-arm coordination, perception capabilities, and Jetson-powered edge compute as a foundation for robotics and embodied intelligence research and development.

Service robot prototyping and interaction demos

With a touchscreen, voice-array spec, and mobile perception suite, Mercury X1 can be used for human–robot interaction demonstrations, interactive exhibits, receptionist-style prototypes, or guided lab tours—especially where stable wheeled mobility is advantageous. The RBTX listing explicitly calls out service robot development and intelligent interaction demonstrations as common scenarios.

Automated task testing in labs and structured facilities

The combination of 2D vision, LiDAR, and ultrasonic sensing, plus a defined mobility envelope (speed/climb), supports repeatable indoor navigation tests and “mobile manipulation” benchmarks such as moving between stations, object delivery, and structured pick-and-place.

Advantages / Benefits

Stable mobile manipulation without biped complexity

A wheeled humanoid can deliver many of the practical benefits of a humanoid upper body—tool reach, bimanual manipulation, human-aligned workspaces—while remaining stable, efficient, and simpler to operate than full bipedal platforms in typical indoor environments. Mercury X1’s published performance envelope (8-hour runtime, 1.2 m/s speed, 15° climbing) reflects that practical design intent.

Research-friendly openness and simulation ecosystem support

Elephant Robotics explicitly positions Mercury as aligned with open software traditions and lists support for ROS / MoveIt / Gazebo / MuJoCo, which can reduce friction for labs that rely on standard robotics tooling, simulation-based evaluation, and reproducible workflows.

Integrated sensing for navigation and perception experiments

With LiDAR, ultrasonic sensing, 2D vision, and a listed 3D camera option, Mercury X1 supports multi-modal experiments spanning mapping, obstacle detection, and scene understanding—common requirements in embodied intelligence and service robots.

FAQ Section

What is the Elephant Robotics Mercury Humanoid Robot X1 (4011300003)?

It is a 19-DOF wheeled dual-arm humanoid robot platform designed for embodied intelligence research, robotics development, and interactive demonstrations, commonly listed under part number 4011300003.

How does the Mercury X1 work?

Mercury X1 combines a dual-arm upper body (Mercury B1) with a sensor-equipped mobile base (LiDAR, ultrasonic sensing, and 2D vision) and an onboard compute stack to run perception, planning, and control software. It also supports mainstream robotics tooling such as ROS and MoveIt for integration and development.

Why is the Mercury X1 important?

It provides a practical platform for mobile manipulation—a core challenge in embodied AI—by pairing navigation-capable sensing with dual-arm coordination. Its support for standard simulation and robotics software ecosystems can also shorten setup time for labs and developers.

What are the benefits of the Mercury X1?

Commonly cited benefits include 19 DOF, up to 8 hours of battery life, integrated mobile sensing (LiDAR/ultrasonic/vision), and a developer-oriented ecosystem (ROS/MoveIt/Gazebo/MuJoCo plus Python/C++ APIs) that supports rapid prototyping and research workflows.

Summary

The Elephant Robotics Mercury Humanoid Robot X1 (4011300003) is a wheeled dual-arm humanoid platform built for embodied intelligence work where mobility and manipulation must be developed together. With 19 DOF, an official spec set that includes 1.18 m height, 24 V operation, up to 8 hours runtime, integrated mobile sensing (LiDAR/ultrasonic/vision), and support for common robotics software stacks, the Mercury X1 is positioned as a practical research and prototyping system for mobile manipulation, service robotics concepts, and real-world development pipelines.