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Neomatrix X1

Neomatrix X1

Body
Robot platform
End effectors
Adaptive two-finger gripper

Specifications

General

Model
X1 (Force-Controlled Dual-Arm Lifting Mobile Standard Development Platform)
Data Collection / Demonstration Mode
Teleoperation via exoskeleton or end-effector control
Configuration
Mobile base + legs + waist + neck + dual robotic arms + end tools
Compute Unit (Optional)
NVIDIA Jetson AGX Orin 64GB + 1TB SSD
Communication
Gigabit Ethernet / Wi-Fi

DOF

Total DOF
23 DOF
Robotic Arms
7 DOF × 2
End Effectors
1 DOF × 2
Whole Body (Neck + Waist + Legs)
5 DOF
Mobile Base
2 DOF

Vision (Global)

RGB-D Camera
1 set
Camera Type
Stereo RGB-D camera
RGB FOV
86° × 55° (H × V)
Depth FOV
90° × 65° (H × V)
Recommended Working Range
0.26–3 m

Vision (Arm-mounted)

RGB-D Cameras
2 sets
Camera Type
Stereo RGB-D cameras
RGB FOV
86° × 55° (H × V)
Depth FOV
90° × 65° (H × V)
Recommended Working Range
0.26–3 m

Robotic Arm

DOF
7 DOF × 2
Payload
3 kg × 2
Arm Reach
615 mm
Force Repeatability
≤ 0.5 N
Repeat Positioning Accuracy
±0.05 mm

End Effector

Type
Interchangeable end effector
Standard Configuration
Adaptive two-finger gripper
DOF
1 DOF
Maximum Stroke
120 mm
Maximum Gripping Force
30 N

Whole Body

Total DOF
5

Whole Body (Neck)

Pitch
−35° to +135°
Yaw
−300° to +300°

Whole Body (Waist)

Pitch
−35° to +135°
Yaw
−300° to +300°

Whole Body (Legs)

Lifting Range
0–500 mm

Mobile Base

DOF
2 DOF
Turning Radius
0° (in-place rotation)
Maximum Speed
1.2 m/s
Max Obstacle Height
20 mm
Obstacle Clearance
≤ 40 mm
Max Climbing Angle (Rated Load)
≤ 10°
Rated Payload
50 kg
Drive Motors
6.5-inch wheel motors ×2

Navigation

Navigation Method
LiDAR-based SLAM

Safety

Emergency Stop
On-body emergency stop button

Operation

Teleoperation
Exoskeleton or end-effector based teleoperation with data collection

Development

Secondary Development
Open interfaces for robotic arms, base, grippers, waist