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HiWonder

Hiwonder Wireless Glove Open-source Somatosensory Mechanical Glove for Robot Control

SKU: HIWND-007

₹ 13,549.99

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Hiwonder Wireless Glove Open-source Somatosensory Mechanical Glove for Robot ControlWireless Glove₹ 13,549.99
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Hiwonder Wireless Glove Open-source Somatosensory Mechanical Glove for Robot Control

The wearable Hiwonder Wireless Glove is designed to control bionic robots, seamlessly compatible with the Arduino development environment. This glove features a Bluetooth module, an accelerometer gyroscope sensor, LEDs, and other electronic components, functioning as the remote transmitter for robot manipulation, revolutionizing the scope of robot applications. Fully open source, it encourages secondary development. To expedite project development and support a range of robot endeavors, we offer schematic diagrams, source code, and a diverse selection of robot control routines.

 


Built-in Bluetooth Module, Control
Various Robots

If you intend to utilize the wireless glove to control robots not manufactured by Hiwonder, please ensure that the Bluetooth modules installed in those robots are either DX-BT24 or HC-08 models.


Built-in Acceleration Sensor and
High-Accuracy Potentiometer

The wireless glove incorporates 5 encoders and 1 accelerometer sensor. Through programming, you can customize the combination of these components to exert precise control over the robot by transmitting data via the Bluetooth module.

 

 

Application Scenario

 

 

Function Diagram

 

 

Specifications

Item Specification
Wireless Glove Size: 118*110mm.
Weight: 220g.
Microcontroller chip: ATmega328p.
Battery: 7.4V LiPo battery.
Bluetooth Module Size: 34*28*10mm.
Weight: 5g.
Baud Rate: 9600.


 

Wireless Glove Packing List

 

 

Video

 

What components are built into the wireless glove and what is its intended use?
The glove includes a built in Bluetooth module, an accelerometer sensor, and five encoders along with an ATmega328p microcontroller. It is designed to control bionic robots and is compatible with the Arduino development environment. Open source resources including schematics, source code, and a range of control routines are provided to support development.
Is this compatible with the Arduino development environment and can it be used with robots from other manufacturers?
Yes, it is designed to work with the Arduino development environment. If you plan to control robots not manufactured by Hiwonder, ensure that the Bluetooth modules used in those robots are DX-BT24 or HC-08.
What are the key hardware specifications of the wireless glove?
The glove size is 118 by 110 mm and it weighs 220 g. It uses an ATmega328p microcontroller and a 7.4 V LiPo battery. The Bluetooth module measures 34 by 28 by 10 mm and weighs 5 g, and the baud rate is 9600.
Is there open source documentation and how can I access it?
Yes, the system is fully open source. Schematic diagrams, source code, and control routines are provided to support secondary development.
How do I get started with using the glove in a project?
Use the Arduino development environment with the provided source code and control routines to program robot control. Pair the device via Bluetooth at 9600 baud and refer to the schematics for hardware integration.
Welcome to the discussion thread for Hiwonder Wireless Glove Open-source Somatosensory Mechanical Glove for Robot Control
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Description
Ask AI about this product

Hiwonder Wireless Glove Open-source Somatosensory Mechanical Glove for Robot Control

The wearable Hiwonder Wireless Glove is designed to control bionic robots, seamlessly compatible with the Arduino development environment. This glove features a Bluetooth module, an accelerometer gyroscope sensor, LEDs, and other electronic components, functioning as the remote transmitter for robot manipulation, revolutionizing the scope of robot applications. Fully open source, it encourages secondary development. To expedite project development and support a range of robot endeavors, we offer schematic diagrams, source code, and a diverse selection of robot control routines.

 


Built-in Bluetooth Module, Control
Various Robots

If you intend to utilize the wireless glove to control robots not manufactured by Hiwonder, please ensure that the Bluetooth modules installed in those robots are either DX-BT24 or HC-08 models.


Built-in Acceleration Sensor and
High-Accuracy Potentiometer

The wireless glove incorporates 5 encoders and 1 accelerometer sensor. Through programming, you can customize the combination of these components to exert precise control over the robot by transmitting data via the Bluetooth module.

 

 

Application Scenario

 

 

Function Diagram

 

 

Specifications

Item Specification
Wireless Glove Size: 118*110mm.
Weight: 220g.
Microcontroller chip: ATmega328p.
Battery: 7.4V LiPo battery.
Bluetooth Module Size: 34*28*10mm.
Weight: 5g.
Baud Rate: 9600.


 

Wireless Glove Packing List

 

 

Video

 

FAQ
What components are built into the wireless glove and what is its intended use?
The glove includes a built in Bluetooth module, an accelerometer sensor, and five encoders along with an ATmega328p microcontroller. It is designed to control bionic robots and is compatible with the Arduino development environment. Open source resources including schematics, source code, and a range of control routines are provided to support development.
Is this compatible with the Arduino development environment and can it be used with robots from other manufacturers?
Yes, it is designed to work with the Arduino development environment. If you plan to control robots not manufactured by Hiwonder, ensure that the Bluetooth modules used in those robots are DX-BT24 or HC-08.
What are the key hardware specifications of the wireless glove?
The glove size is 118 by 110 mm and it weighs 220 g. It uses an ATmega328p microcontroller and a 7.4 V LiPo battery. The Bluetooth module measures 34 by 28 by 10 mm and weighs 5 g, and the baud rate is 9600.
Is there open source documentation and how can I access it?
Yes, the system is fully open source. Schematic diagrams, source code, and control routines are provided to support secondary development.
How do I get started with using the glove in a project?
Use the Arduino development environment with the provided source code and control routines to program robot control. Pair the device via Bluetooth at 9600 baud and refer to the schematics for hardware integration.
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