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KL-D01A

Multi-Modal Bipedal Robot

The KL-D01A is the world's first multi-modal bipedal robot capable of switching between point-foot, bipedal, and wheeled-foot locomotion modes. This compact yet powerful platform weighs only 20 kg and is designed for cross-terrain navigation, advanced robotics research, and field inspection. Its lightweight aluminum alloy frame and high-torque custom motors allow it to traverse stairs, slopes, grass, and gravel with remarkable agility.

    Key Features

    Three-in-One Locomotion:
    Seamlessly switch between point-foot agility, bipedal walking, and wheeled-foot speed.

    Ultra-Lightweight:
    Only 20 kg with aluminum alloy + engineering plastic construction.

    High Torque Motors:
    30 N·m rated / 60 N·m peak torque for explosive movements and stair climbing.

    Cross-Terrain Capability:
    Handles stairs (≤30° incline), obstacles (≤20 cm), grass, and gravel.

    Open Development Platform:
    Full Python SDK, Isaac Sim and MuJoCo simulation support.

    Quick-Swap Battery:
    <1 hour fast charge (20-80%), 1.5 hours full charge, hot-swap capable.

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    Technical Specifications

    Parameter

    Specification

    Model Number

    KL-D01A 

    Type

    Multi-modal bipedal robot

    Standing Dimensions

    ≤392mm × 420mm × 845mm

    Weight

    ≤20 kg

    Material

    Aluminum alloy + engineering plastic

    Locomotion Modes

    Point-foot / Bipedal / Wheeled-foot

    Max Speed

    Point-foot <1m/s, Bipedal <1m/s, Wheeled ≤3m/s

    Payload

    ≤10 kg

    Battery

    46.8V / 4.5Ah, ≤2 hours runtime

    Computing

    12th Gen Intel i3 / 16G / 512G

    Joint Torque

    Rated 30 N·m / Peak 60 N·m

    Operating Temperature

    -5°C to 40°C

    Performance & Capabilities

    Precision & Consistency: Every operation is executed with robotic precision, ensuring uniform quality output across thousands of cycles.

    Intelligent Automation: AI-driven workflow optimization reduces human intervention to near-zero while maximizing throughput.

    Scalable Deployment: From single-unit pilot to multi-unit fleet, the KL-D01A scales seamlessly with your business growth.

    Data-Driven Insights: Built-in analytics provide real-time operational data for continuous improvement and ROI tracking.

    Application Scenarios

    1. Robotics Research & University Labs

    2. Industrial Facility Inspection

    3. Exhibition & Tech Demo

    4. STEM Education & Competition

    5. Search & Rescue (R&D Stage)

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    Certifications & Compliance

    The KL-D01A is designed and manufactured in compliance with international quality and safety standards including CE (European Conformity), FCC (Federal Communications Commission), RoHS (Restriction of Hazardous Substances), and ISO 9001 Quality Management System. All food-contact components (where applicable) meet FDA and EU food safety regulations.

    Customer Case Studies

    Case 1: Robotics Research Lab (MIT)
    Challenge: Need for affordable multi-modal locomotion platform for reinforcement learning research.
    Solution: Adopted KL-D01A with full SDK and Isaac Sim integration for locomotion policy training.
    Result: Trained novel terrain-adaptive policies, published 2 papers at RSS and CoRL conferences.

    Case 2: Power Grid Inspection (China)
    Challenge: Substation inspection in uneven terrain where wheeled robots cannot access.
    Solution: Deployed KL-D01A in bipedal mode for stair-climbing and obstacle-crossing inspection routes.
    Result: Covered 100% of previously inaccessible inspection points, reduced manual inspection by 70%.

    Case 3: Technology Exhibition (Global)
    Challenge: Need for eye-catching interactive demonstration of cutting-edge robotics.
    Solution: Showcased KL-D01A switching between all 3 locomotion modes live on stage.
    Result: Voted Best Robot Demo at 2 major tech exhibitions, generated 50M+ online views.

    Cleaning & Maintenance Instructions

    Daily Maintenance
    • Perform visual inspection of all external components.
    • Check battery level and initiate charging if below 30%.
    • Clean sensor lenses and camera windows.
    • Review system logs for any warnings or errors.
    • Verify network connectivity and cloud sync status.

    Weekly Maintenance
    • Inspect wheel/leg mechanisms for wear and debris.
    • Test all emergency stop functions.
    • Clean and inspect charging contacts/docking station.
    • Run full diagnostic self-test suite.
    • Update navigation maps if environment has changed.

    Monthly Maintenance
    • Lubricate all joints and moving parts per maintenance schedule.
    • Inspect battery health and charging cycle count.
    • Calibrate all sensors and perception systems.
    • Update firmware and AI models to latest versions.
    • Conduct a full mechanical and electrical safety inspection.

    ⚠️ Important: Always disconnect power before performing any maintenance. Contact Kelly Robot technical support for any issues beyond routine maintenance.

    Support

    For service or spare parts,

    contact: sales@kellyrobot.com | +86 13620131796

    Company Certificates

    2019-英文- FM1 和 FT系列CE认证
    326107593a 002
    DAE-1
    DAE-2
    DAE-3
    DAE-4
    DSS_BE-47522
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    Kelly Robot: Data-Driven Performance & Commercial Excellence

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    Global Deployment Scenarios: Transforming Spaces with Embodied AI

    Whether it's a bustling transit hub or a premium corporate tower, Kelly Robot eliminates the bottlenecks of traditional F&B and service models—soaring labor costs, inconsistent quality, and the limits of human endurance.

    Here is how our robotic solutions are designed to conquer the world’s most demanding environments:

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