Klaw - Revision history

Evobi admin at 06:21, 5 April 2025

2025-04-05T06:21:15Z

Evobi admin at 07:34, 25 March 2025

2025-03-25T07:34:52Z

← Older revision		Revision as of 13:04, 25 March 2025
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	[[File:Klaw with technic bricks.png\|right\|frameless\|453x453px]]		[[File:Klaw with technic bricks.png\|right\|frameless\|453x453px]]

	=== ~~'''~~Target Users~~'''~~ ===		=== Target Users ===
	KLAW-b is designed for users aged 12 and above, including:		KLAW-b is designed for users aged 12 and above, including:

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	* Young Adults (18-25): Suitable for university students, hobbyists, and makers working on robotics-related projects.		* Young Adults (18-25): Suitable for university students, hobbyists, and makers working on robotics-related projects.

	==== ~~'''~~Basic Applications~~'''~~ ====		==== Basic Applications ====

	* Pick and Place Automation: KLAW-b can be programmed to pick up and place objects in designated locations, simulating industrial automation processes such as warehouse management and assembly line operations.		* Pick and Place Automation: KLAW-b can be programmed to pick up and place objects in designated locations, simulating industrial automation processes such as warehouse management and assembly line operations.
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	* Bluetooth Remote Control: The Plode app enables wireless operation via Bluetooth, supporting remote pick-and-place tasks, customizable button mapping, and interactive learning experiences.		* Bluetooth Remote Control: The Plode app enables wireless operation via Bluetooth, supporting remote pick-and-place tasks, customizable button mapping, and interactive learning experiences.

	==== ~~'''~~AI-Driven and Smart Automation~~'''~~ ====		==== AI-Driven and Smart Automation ====

	* Voice Command Control''':''' KLAW-b can integrate with Plode’s voice recognition module to perform hands-free operations based on custom voice commands. This functionality is used in human-robot interaction and AI-based automation systems.		* Voice Command Control''':''' KLAW-b can integrate with Plode’s voice recognition module to perform hands-free operations based on custom voice commands. This functionality is used in human-robot interaction and AI-based automation systems.

Evobi admin at 07:34, 25 March 2025

2025-03-25T07:34:20Z

← Older revision		Revision as of 13:04, 25 March 2025
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	KLAW-b is a 5 Degrees of Freedom robotic arm developed by Yudu Robotics, designed for educational and practical applications. It is capable of replicating human arm movements and can be operated through manual control knobs or programmed for automated tasks. The device is equipped with precision servos and constructed from lightweight materials to facilitate movement and durability. KLAW-b is used in robotics education, hobbyist projects, and basic automation tasks.		KLAW-b is a 5 Degrees of Freedom robotic arm developed by Yudu Robotics, designed for educational and practical applications. It is capable of replicating human arm movements and can be operated through manual control knobs or programmed for automated tasks. The device is equipped with precision servos and constructed from lightweight materials to facilitate movement and durability. KLAW-b is used in robotics education, hobbyist projects, and basic automation tasks.

	= Features and Capabilities =		== Features and Capabilities ==
	KLAW-b is designed for precise object handling, multi-angle gripping, and controlled placement. With its manual control knobs, users can make direct adjustments, reducing reliance on preprogrammed commands. This feature is especially useful for real-time modifications during demonstrations and troubleshooting.		KLAW-b is designed for precise object handling, multi-angle gripping, and controlled placement. With its manual control knobs, users can make direct adjustments, reducing reliance on preprogrammed commands. This feature is especially useful for real-time modifications during demonstrations and troubleshooting.

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	''Refer [[PLODE\|Plode]] for more information.''		''Refer [[PLODE\|Plode]] for more information.''

	= Usage and Applications =		== Usage and Applications ==
	KLAW-b is a robotic arm designed for educational purposes, automation projects, and AI-driven applications. It features precise servo control, multiple operation modes, and integration with the Plode app, making it suitable for robotics and automation learning.		KLAW-b is a robotic arm designed for educational purposes, automation projects, and AI-driven applications. It features precise servo control, multiple operation modes, and integration with the Plode app, making it suitable for robotics and automation learning.
	[[File:Klaw with technic bricks.png\|right\|frameless\|453x453px]]		[[File:Klaw with technic bricks.png\|right\|frameless\|453x453px]]

	==== '''Target Users''' ====		=== '''Target Users''' ===
	KLAW-b is designed for users aged 12 and above, including:		KLAW-b is designed for users aged 12 and above, including:

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	* Educational Use in Robotics Learning: KLAW-b is used as a tool for teaching robotics, AI, and automation. By utilizing Python programming, block-based coding, and joystick controls, students can experiment with control algorithms and AI techniques in STEM education, research, and innovation projects.		* Educational Use in Robotics Learning: KLAW-b is used as a tool for teaching robotics, AI, and automation. By utilizing Python programming, block-based coding, and joystick controls, students can experiment with control algorithms and AI techniques in STEM education, research, and innovation projects.

	= Comparison with Similar Robotic Arms =		== Comparison with Similar Robotic Arms ==
	KLAW-b is one of several robotic arms designed for educational and automation applications. It is comparable to other models in terms of degrees of freedom (DOF), control mechanisms, and expandability. Below is a comparison with three widely used educational robotic arms: MeArm, Dobot Magician, and uArm Swift Pro.		KLAW-b is one of several robotic arms designed for educational and automation applications. It is comparable to other models in terms of degrees of freedom (DOF), control mechanisms, and expandability. Below is a comparison with three widely used educational robotic arms: MeArm, Dobot Magician, and uArm Swift Pro.

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	Lightweight automation		Lightweight automation
	\|}		\|}


	'''''Key Differences:'''''		'''''Key Differences:'''''
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	* '''Expandability :''' KLAW-b supports sensor integration and modular add-ons (e.g., electromagnets, cameras), a feature that is more advanced than MeArm but comparable to Dobot Magician and uArm Swift Pro.		* '''Expandability :''' KLAW-b supports sensor integration and modular add-ons (e.g., electromagnets, cameras), a feature that is more advanced than MeArm but comparable to Dobot Magician and uArm Swift Pro.

	= Add-ON's =		== Add-ON's ==

	==== Ai-1 module ====		=== Ai-1 module ===
	KLAW-B supports integration with the AI-1 module, an in-house development by Yudu Robotics, designed to enhance its capabilities for educational, research, and automation applications. This module introduces advanced features that improve interaction and adaptability, making it a versatile platform for exploring robotics, artificial intelligence, and automation in educational and industrial settings.		KLAW-B supports integration with the AI-1 module, an in-house development by Yudu Robotics, designed to enhance its capabilities for educational, research, and automation applications. This module introduces advanced features that improve interaction and adaptability, making it a versatile platform for exploring robotics, artificial intelligence, and automation in educational and industrial settings.

Evobi admin at 09:19, 23 March 2025

2025-03-23T09:19:19Z

@@ Line 1: / Line 1: @@
-[[File:KLAW.jpg|right|frameless|431x431px|alt=Klaw, a versatile tabletop robotic arm by Yudu Robotics, designed for easy programming and knob control, mimicking human arm movement for educational and hobby projects.]]
+[[File:Klaw.png|alt=Klaw, a versatile tabletop robotic arm by Yudu Robotics, designed for easy programming and knob control, mimicking human arm movement for educational and hobby projects.|right|frameless|567x567px]]
 KLAW-b is a 5 Degrees of Freedom robotic arm developed by Yudu Robotics, designed for educational and practical applications. It is capable of replicating human arm movements and can be operated through manual control knobs or programmed for automated tasks. The device is equipped with precision servos and constructed from lightweight materials to facilitate movement and durability. KLAW-b is used in robotics education, hobbyist projects, and basic automation tasks.
@@ Line 34: / Line 34: @@
 ==== Construction and Materials: ====
 KLAW-b’s frame is constructed from powder-coated  aluminum alloy (AL5052), which provides a balance of strength and lightweight design. The material offers corrosion resistance and durability, contributing to the longevity of the robotic arm. The design allows for ease of maintenance while maintaining structural integrity.
 ==== Degree of freedom : ====
 KLAW-b features five degrees of freedom (DOF), enabling precise and flexible movement:
@@ Line 56: / Line 58: @@
 ==== Motherboard: ====
 KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.
-[[File:KLAW motherboard.png|left|frameless|735x735px]]
+[[File:KLAW motherboard.png|frameless|735x735px|center]]
 '''''Features of Klaw’s Motherboard:'''''
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 == <big>Interface and Software Connectivity</big> ==
 KLAW-b includes multiple interface options designed to support various operational modes and expandability. It features toggle switches for power and mode selection, a USB-C port for programming, AUX ports for external accessories, and a dedicated power input.
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 * Reboot Button : A dedicated push-button allows for system restarts. Holding the button for an extended period erases the uploaded code, resetting KLAW-b to its default configuration.
 * DC Motor Ports : Two ports are available for connecting additional DC motors, allowing for customization and enhanced functionality.
 === Plode App: ===
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 = Usage and Applications =
 KLAW-b is a robotic arm designed for educational purposes, automation projects, and AI-driven applications. It features precise servo control, multiple operation modes, and integration with the Plode app, making it suitable for robotics and automation learning.
 ==== '''Target Users''' ====

Evobi admin at 06:04, 22 March 2025

2025-03-22T06:04:03Z

← Older revision		Revision as of 11:34, 22 March 2025
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	== Structure and Components ==		== Structure and Components ==
	KLAW-b consists of several key components that contribute to its movement and functionality. These include links, joints, a base, and an end effector. Each part is designed to enhance stability, flexibility, and precision in operation.		KLAW-b consists of several key components that contribute to its movement and functionality. These include links, joints, a base, and an end effector. Each part is designed to enhance stability, flexibility, and precision in operation.
			[[File:Klaw labelled.png\|alt=Klaw, a lightweight and durable robotic arm by Yudu Robotics powered by ESP32 microcontroller, equipped with servos for precise object handling and ideal for young engineers and educational use.\|center\|frameless\|664x664px]]
			'''Links''': The robotic arm features aluminum alloy links that connect different sections, providing structural support and flexibility. These links contribute to the arm’s reach and enable smooth movement.

	~~Links~~ : ~~The robotic~~ arm ~~features aluminum alloy links that connect different sections, providing structural support~~ and ~~flexibility~~. ~~These links contribute to the arm’s reach and enable smooth movement~~.		'''Joints''': KLAW-b’s joints function as pivot points, allowing the arm to bend and rotate with four degrees of freedom. The joints are powered by nylon-geared servos equipped with a clutch mechanism that helps prevent damage by slipping under excessive load.

	~~Joints~~ : ~~KLAW-b’s joints function as pivot points~~, ~~allowing the arm to bend~~ and ~~rotate with four degrees of freedom. The joints are powered by nylon~~-~~geared servos equipped with a clutch mechanism that helps prevent damage by slipping under excessive load~~.		'''Base''': The base, constructed from aluminum alloy, provides stability during operation. It houses control knobs for manual adjustments, power supply connections, and additional plug-in interfaces for expandability.

	Base : The base, constructed from aluminum alloy, provides stability during operation. It houses control knobs for manual adjustments, power supply connections, and additional plug-in interfaces for expandability.		'''End Effector (Gripper)''': The end effector serves as the gripping tool of KLAW-b, designed to pick up, hold, and move objects. Its structure is optimized for a secure grip, making it suitable for various handling tasks in educational and automation applications.

	End Effector (Gripper) : The end effector serves as the gripping tool of KLAW-b, designed to pick up, hold, and move objects. Its structure is optimized for a secure grip, making it suitable for various handling tasks in educational and automation applications.

	== <big>Hardware</big> ==		== <big>Hardware</big> ==
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	==== Construction and Materials: ====		==== Construction and Materials: ====
	KLAW-b’s frame is constructed from powder-coated aluminum alloy (AL5052), which provides a balance of strength and lightweight design. The material offers corrosion resistance and durability, contributing to the longevity of the robotic arm. The design allows for ease of maintenance while maintaining structural integrity.[[File:Klaw-b labelled.jpg\|alt=Klaw, a lightweight and durable robotic arm by Yudu Robotics powered by ESP32 microcontroller, equipped with servos for precise object handling and ideal for young engineers and educational use.\|right\|frameless\|436x436px]]		KLAW-b’s frame is constructed from powder-coated aluminum alloy (AL5052), which provides a balance of strength and lightweight design. The material offers corrosion resistance and durability, contributing to the longevity of the robotic arm. The design allows for ease of maintenance while maintaining structural integrity.

	==== Degree of freedom : ====		==== Degree of freedom : ====
	KLAW-b features five degrees of freedom (DOF), enabling precise and flexible movement:		KLAW-b features five degrees of freedom (DOF), enabling precise and flexible movement:
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	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.
	[[File:KLAW motherboard.png\|left\|frameless\|735x735px]]		[[File:KLAW motherboard.png\|left\|frameless\|735x735px]]

Evobi admin at 05:35, 22 March 2025

2025-03-22T05:35:02Z

← Older revision		Revision as of 11:05, 22 March 2025
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	==== Motherboard: ====		==== Motherboard: ====
	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.
	[[File:KLAW ~~PCB~~ .png\|left\|frameless\|735x735px]]		[[File:KLAW motherboard.png\|left\|frameless\|735x735px]]

Evobi admin at 05:33, 22 March 2025

2025-03-22T05:33:13Z

← Older revision		Revision as of 11:03, 22 March 2025
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	==== Motherboard: ====		==== Motherboard: ====
	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:~~Klaw Board Labelled~~.~~jpg~~\|left\|frameless\|735x735px]]		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.
			[[File:KLAW PCB .png\|left\|frameless\|735x735px]]

Evobi admin at 10:33, 21 March 2025

2025-03-21T10:33:49Z

← Older revision		Revision as of 16:03, 21 March 2025
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	==== Motherboard: ====		==== Motherboard: ====
	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]









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	\|'''45 grams'''		\|'''45 grams'''
	\|}		\|}



	==== Power Specifications: ====		==== Power Specifications: ====

Evobi admin at 10:31, 21 March 2025

2025-03-21T10:31:36Z

← Older revision		Revision as of 16:01, 21 March 2025
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	==== Motherboard: ====		==== Motherboard: ====
	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]

Evobi admin at 10:31, 21 March 2025

2025-03-21T10:31:24Z

← Older revision		Revision as of 16:01, 21 March 2025
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	==== Motherboard: ====		==== Motherboard: ====
	KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]		KLAW-b is equipped with a custom motherboard powered by the ESP32-S3 microcontroller. This processing unit facilitates communication between the robotic arm’s components and enables precise motion control. The Klaw Motherboard has 2 GPIO ports, 2 H-Bridge output ports, 6 Servo ports and POTs.[[File:Klaw Board Labelled.jpg\|left\|frameless\|735x735px]]