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HRbot Type E Educational robot 价格:

Streamlined curve bionic design
It adopts modular design, can be freely split, meets the needs of different educational courseware, and has low cost
OLED display at the head, with sound, light and electricity display
It adopts a modular design to meet the needs of different educational courseware
The head, trunk and limbs can be separated into universal interfaces for independent display
It can be optionally equipped with voice interaction function and multiple sensors

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Details Core Features Packaging

Height≥1.3m
Weight≥35kg
Degree of freedom of the whole machine≥40
Leg freedom: 6 *2
Arm degrees of freedom: 7 *2
Waist: 1
Head: 2
Optional dexterous hand degrees of freedom: 6 *2
End effectorOptional 6-degree-of-freedom dexterous hand;
ProcessorCPU: Intel 12th generation i9 processor (of the same level or above);
SensorIt should at least include a depth camera, microphone, speaker, 9-axis IMU, etc.
It is capable of achieving multiple tasks such as environmental perception and human-computer interaction;
JointThe maximum torque of the knee joint is ≥150Nm. The leg fully controls the joint. It supports mixed control of torque, speed and position, and is equipped with a dual encoder joint module.
Battery lifeThe battery life in motion is more than one hour
Athletic abilitySupport omnidirectional walking (at least including forward, backward, lateral and turning);
The forward velocity is ≥0.4m/s;
Power supplyThe maximum voltage of the battery is ≥54.6V;
Battery capacity ≥9AH;
Arm loadProvide pose control at the end of the arm;
With the coordination of both arms, one can lift objects weighing ≥1.5 kilograms.
Secondary developmentSupport secondary development, provide low-level joint and sensor interfaces as well as high-level motion interfaces, and be compatible with the ROS2 communication protocol;
Provide high-level motion interfaces, control the state, speed and direction of the robot, and control the pitch and rotation of the robot's head;
Control the movement of the robot's hand
Provide the underlying interface to obtain data of IMU, joints, remote controls, cameras and microphones;
Send joint control instructions, send speaker data, and each joint supports the transmission of control torque, rotational speed, and position.
Provide the URDF model;
Adapt to various terrains such as outdoor roads, grasslands and muddy ground;
Provide support for industry-university-research cooperation;


Bipedal walking system

Adopting innovative push rod drive technology, it achieves flexible and stable bipedal walking and can adapt to various terrain environments.


Intelligent control system

Equipped with a high-performance controller and sensor system, it achieves real-time balance regulation and precise motion control.


Modular design

It adopts a modular structure design, which is convenient for maintenance and upgrade, and supports flexible configuration and functional expansion.


Safety guarantee

Multiple safety protection mechanisms ensure stable and reliable operation, and it is equipped with emergency protection functions.


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