Відео

This video gives the starting point for our connections for our controller and robot arm to complete our schematic.

OnShape - Exporting parts as DXF for laser cutting

This video starts the process of wiring up our controller to solder the wires to our components. We are using heat shrink to protect the connections and minimise the potential for short circuit and miss communication on the signals.

This video starts the process of wiring up our controller to solder the wires to our components. We are using heat shrink to protect the connections and minimise the potential for short circuit and miss communication on the signals.

This video starts the process of wiring up our controller to solder the wires to our components. We are using heat shrink to protect the connections and minimise the potential for short circuit and miss communication on the signals.

This video starts the process of wiring up our controller to solder the wires to our components. We are using heat shrink to protect the connections and minimise the potential for short circuit and miss communication on the signals.

This video goes through the process of creating the flowchart control using Nanoflo to map the inputs from the Potentiometers to the servo's as the output.

This video walks through the process of identifying which of the connections our controller need to be connected through to our Arduino and identifying the type of connection needed - Potentiometers are analog and the buttons are digital. We then connect through nanoflow to test and label the inputs using the live feedback from nanoflow. We are now ready to look at the flowchart control require...

This video walks through the process of identifying which of the connections from the pcb base board control each of the servos of the arm. We then connect to the PWM pins on the board and can manipulate to test range of movement using the live feedback from nanoflow. #nanoflo

Thise video walks through (slightly sped up) of building the MeArm v2 Robotic Arm.

This video walks through the process of adding our thermistor circuit and our motor circuit to our breadboard. For this to work we are using a 2N2222 transistor and diode for the motor. #nanoflo

This video goes through the steps of soldering the Thermistor ready to be an analog input and soldering the wires onto our motor for connection to the breadboard.

This video walks through the flowchart objects and logic required to read the analog input from the LDR and make a decision on if the LED should be turned on or off.

This video goes through one way to test our servos before putting together our robot arms in the MeArm v3. We are coding the servo tester using Nanoflo Beta 0.1.5 at time of filming.

MeArm v3 Construction - Stage 1 Soldering of the PCB Base (Updated)

Parallel LED Circuit Soldering

LDR Circuit Soldering and setup

Breadboarding - LED LDR Circuit Wireup

Nanoflo - Introduction to flowchart and naming outputs for the L293D Motor Driver

Nanoflo - Introduction: Connect through Emulator

MeArm v3 Construction - Stage 1 Soldering of the PCB Base

Robot Arm Servo Power Lead Creation

OnShape - Orthographic Drawing Development - Controller

OnShape - Walkthrough Tutorial SumoBot Basic Build

Robot Arm Build

OnShape - Potentiometer Dial Design for 3D Printing

Controller Wiring Solder Stage 3 - Signals (Arduino Pins)

Controller Wiring Solder Stage 2 - GND (Black Ground)

Controller Wiring Solder Stage 1 - Vcc (Red Power)