We will control 5 servo motor using with 5 pcs flex sensor. Also we will controlled robotic hand using with nRF24L01. This video shows the low-cost “robotic hand” construction.

This board provides the microcontroller necessary to receive data from the sensors and then control the servos, enabling the robotic hand to perform a variety of movements.

The robot hands can't grasp objects, hold objects, or perform much in the way of tasks. The hands are controlled by an Arduino controller so there is an opportunity for expanding the capabilities.

Check the schematic for details. 14. Connect the digital out pins of the Arduino Mega Sensor Shield to the input channels of the MOSFET switches as shown in the schematic.

The Digit 360 is expected to be available for purchase next year, and Meta is inviting researchers to submit proposals for early access to the device. Meanwhile, Meta's partnership with Wonik Robotics ...

You can see a video of the contraption, below. A glove uses homemade flex sensors to send wireless commands to the hand. Another Arduino drives an array of servo motors that make the fingers flex.

The robot works in a simple manner, following a hand placed in front of the robot’s sensors. First, the robot checks for the presence of an object in front using the ultrasonic sensor.

Researchers developed rubbery semiconductors for robotic and “smart” skins needed in gesture translation, haptic sensing for robotics, and implantable bioelectronics.