Daimon One
The Daimon One Humanoid is an advanced humanoid robot designed for complex manipulation and interaction tasks. It features a biomimetic robotic hand with 11 degrees of freedom and integrated millimeter-thick vision-based tactile sensors that provide high-resolution real-time feedback on force, deformation, texture, and slippage. This enables precise and adaptive grip control, allowing the robot to handle delicate objects and perform intricate assembly tasks. The robot supports teleoperation via an exoskeleton system and incorporates AI for learning and adaptability. Its design emphasizes embodied intelligence, combining tactile perception with agile operation for versatile use in industrial, research, and service environments.
Robot Specifications
- Key FeaturesKey Features
- Top Features
- Other Features
Dimensions
60 cm x 40 cm x 180 cm
Weight
75 kg
Speed
1.5 km/h
Runtime
4 hours
Charging Time
2 hours
Battery Pack
2.5 kWh
Connectivity
Wi-Fi, Bluetooth 5.0, 5G cellular
User Interface
Touchscreen panel, voice commands, physical buttons, mobile app
Battery Life
4 years
Compatible Devices
Alexa, Google Home (limited integration for voice commands)
Sensors
Vision-based tactile sensors, RGB cameras, depth cameras, IMU, force sensors, proximity sensors
Cloud Integration
Yes, supports cloud data analytics and remote monitoring via Daimon Cloud Platform
Available Countries
China USA EU countries Japan South Korea
App Integration
Compatible with Daimon Robotics Control App, ROS tools
Available Colours
White, metallic gray, black
Warranty Info
2 years comprehensive warranty including parts and labor
Carrying Capacity
10 kg
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Frequently Asked Questions
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Q1. How to troubleshoot Daimon One?
Check sensor connections and power supply first. Restart the system and verify software updates. Inspect tactile and vision sensors for damage. Use diagnostic tools provided in the control software to identify errors. Contact support if issues persist.
Q2. How to set up Daimon One?
Unbox and securely mount the robot on a stable surface. Connect power and data cables. Calibrate proprioception and vision sensors via the setup interface. Install the control software on your PC or controller. Follow on-screen prompts for initial configuration.
Q3. What are Daimon One's primary use-cases?
It is designed for complex physical interaction tasks requiring multimodal perception, such as precision assembly, laboratory automation, and intelligent manufacturing. It excels in scenarios needing tactile, vision, and language integration.
Q4. How to operate Daimon One?
Use the provided software interface or teleoperation device to send commands. The robot processes multimodal inputs to autonomously execute tasks. Operators can monitor status and intervene via the control panel or remote system.
Q5. How to maintain Daimon One?
Regularly clean tactile and vision sensors with a soft, lint-free cloth. Inspect mechanical joints for wear and lubricate if necessary. Update software frequently to ensure optimal performance. Store in a dust-free environment when not in use.
Q6. What safety features does Daimon One have?
Daimon One includes force and contact event detection to prevent excessive pressure. Its proprioception system monitors position to avoid collisions. Emergency stop functions and software limits ensure safe operation.
Q7. How does Daimon One handle different surfaces?
Its high-resolution tactile sensors detect texture, stiffness, and slip, allowing adaptive grip and manipulation on varied surfaces. Vision sensors assist in recognizing object morphology for precise interaction.
Q8. How to clean Daimon One?
Power off the robot before cleaning. Use a soft, damp cloth to gently wipe the exterior and sensor surfaces. Avoid harsh chemicals or abrasive materials. Ensure sensors are dry before powering back on.
Q9. How does Daimon One navigate?
Daimon One uses integrated proprioception and vision sensors to perceive its position and surroundings. It combines multimodal data to plan and adjust movements dynamically for precise task execution.
Q10. What are common Daimon One problems?
Typical issues include sensor calibration drift, software glitches, and mechanical wear. Connectivity interruptions and tactile sensor contamination can also affect performance but are manageable with routine maintenance.
Q11. How to reset Daimon One?
Use the software interface to perform a system reset or power cycle the robot manually. For factory reset, follow the manual’s instructions to restore default settings, which recalibrates sensors and clears temporary data.
Q12. How to control Daimon One?
Control is via a dedicated software platform supporting multimodal inputs, including vision, tactile feedback, and language commands. Remote teleoperation is possible using wearable devices or standard controllers.
Q13. How to connect Daimon One to Wi-Fi?
Access the robot’s network settings through the control software. Select the desired Wi-Fi network and enter credentials. Confirm connection status on the interface; the robot supports standard 2.4 GHz and 5 GHz bands.
Q14. What is Daimon One's warranty?
Daimon One typically comes with a one-year limited warranty covering manufacturing defects and hardware failures under normal use. Extended warranty options may be available through Daimon Robotics.
Q15. How to update Daimon One's software?
Connect the robot to the internet and open the control software. Check for updates in the settings menu and download the latest firmware and application patches. Follow prompts to install and reboot the system.
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