Best robot kit arm for 2019

Finding your suitable robot kit arm is not easy. You may need consider between hundred or thousand products from many store. In this article, we make a short list of the best robot kit arm including detail information and customer reviews. Let’s find out which is your favorite one.

Best robot kit arm

Product Features Editor's score Go to site
OWI Robotic Arm Edge | No Soldering Required | Extensive Range of Motion on All Pivot Points OWI Robotic Arm Edge | No Soldering Required | Extensive Range of Motion on All Pivot Points
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LewanSoul LeArm 6DOF Full Metal Robotic Arm Servo, Controller, Wireless Handle, Free PC Software APP, Video Tutorials Arduino Starter LewanSoul LeArm 6DOF Full Metal Robotic Arm Servo, Controller, Wireless Handle, Free PC Software APP, Video Tutorials Arduino Starter
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SainSmart 6-Axis Desktop Robotic Arm & Grippers, Assembled for Arduino UNO MEGA2560 SainSmart 6-Axis Desktop Robotic Arm & Grippers, Assembled for Arduino UNO MEGA2560
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diymore Silver ROT3U 6DOF Aluminium Robot Arm Mechanical Robotic Clamp Claw Kits for Arduino(Parts) diymore Silver ROT3U 6DOF Aluminium Robot Arm Mechanical Robotic Clamp Claw Kits for Arduino(Parts)
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ArmUno 2.0 MeArm and Arduino Compatible DIY Robot Arm Kit With MeCon Motion Control Software and Arduino Source Code Via Download Link ArmUno 2.0 MeArm and Arduino Compatible DIY Robot Arm Kit With MeCon Motion Control Software and Arduino Source Code Via Download Link
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OWI  Hydraulic Arm Edge Kit OWI Hydraulic Arm Edge Kit
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SunFounder Standard Gripper Kit Paw for Robotic Arm Rollarm DIY Robot Arduino Uno Mega 2560 Nano SunFounder Standard Gripper Kit Paw for Robotic Arm Rollarm DIY Robot Arduino Uno Mega 2560 Nano
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MicroBotLabs ArmUno 2.0 Robotic Arm Kit MeArm and Arduino Compatible Desktop Robot Arm Kit with MeCon Motion Control Software Via Download Link with Arduino Robot Code. MicroBotLabs ArmUno 2.0 Robotic Arm Kit MeArm and Arduino Compatible Desktop Robot Arm Kit with MeCon Motion Control Software Via Download Link with Arduino Robot Code.
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Circuit-Test Robotic Arm Edge Kit with Wired Controller - Learn Robotics Educational Kit Circuit-Test Robotic Arm Edge Kit with Wired Controller - Learn Robotics Educational Kit
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THUMBS UP Robot Arm - Build Your Own Robotic Arm! by THUMBS UP Robot Arm - Build Your Own Robotic Arm! by
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1. OWI Robotic Arm Edge | No Soldering Required | Extensive Range of Motion on All Pivot Points

Feature

Command the Robotic Arm Edge with for multiple movements and functions
Robotic arm gripper opens and closes
Movement includes radial wrist motion of 120 Degree, an extensive elbow range of motion of 300 Degree, base rotation of 270 Degree, base motion of 180 Degree
No Soldering Required
OWI is the premier line of educational robotics kits

Description

The future is now, and it's fun. Command this robotic arm with precision and accuracy controlling its open and close functions, radial writs motion of 120, extensive elbow range motion of 300, base rotation of 270, base motion of 180, vertical reach of 15 inches, horizontal reach of 12.6 inches and lifting capacity of 100g. Start by building the arm from the included parts and illustrated assembly manual. Once assembled, you will have total command and visual manipulation using five-switch wired controller, five motors, five gearboxes and five joints. Additional features include a search light design on the gripper and an audible safety gear indicator on all five gearboxes to prevent injury or breakage during operation. Assembly required.

2. LewanSoul LeArm 6DOF Full Metal Robotic Arm Servo, Controller, Wireless Handle, Free PC Software APP, Video Tutorials Arduino Starter

Feature

All Metal Construction: Metal Mechanical Claw + Aluminum Bracket + Metal Larger Bottom Plate
6DOF structural design can make the robotic arm move flexibly, so it can grab objects in any direction
All using high-precision digital servo, which make control more accurate
Support various control methods, we provide wireless handle and free Android/iOS APP, It is convenient for you to remotely control the robotic arm; Provide graphical PC software
Provide detailed video tutorials to learn how to use LeArm; Provide 3D video to show you how to assemble the robotic arm in detail

Description

Features:
Metal Construction: Aluminum Bracket + Metal Larger Bottom Plate

6DOF structural design can make the robotic arm move flexibly, so it can grab objects in any direction

All using high-precision digital servo, which make control more accurate
-LDX-218: 17kg large torque, full metal gear, dual ball bearing, pluggable wire.
-LFD-06: high temperature resistance, use for metal claw.
-LD-1501MG: 17kg large torque, full metal gear, use for large bottom plate.

Support various control methods, we provide wireless handle and free Android/iOS APP, It is convenient for you to remotely control the robotic arm; Provide graphical PC software(Windows Only), it's easy to write action group you want

Uses 6 channel servo controller with build-in bluetooth 4.0 module
-All interfaces have over-current protection, which can reduce the risk of servo burned out due to locked-rotor
-16M large capacity can hold 230 action groups, each action group can hold 1020 actions
-Low voltage alarm
-Support TTL serial communication, compatible for Arduino

Provide detailed video tutorials to learn how to use LeArm; Provide 3D animation to show you how to assemble the robotic arm
-Video Tutorials: http://bit.ly/2gtHLoo
-3D animation: http://bit.ly/2wvNuy7

Come with power adapter(without battery)
-Input: 100V~240V, 50/60Hz
-Output: 7.5V/3A

We provide quality products and excellent service, if you have any questions, please feel free to contact us at [email protected].

Note:
1, The robotic arm is unassembled, please refer to our 3D animation to assemble the mechanical arm by yourself.
2, Please scan the QR code or access the link inside the package to get all information
3, it's not open resource, please ignore the label on the package

3. SainSmart 6-Axis Desktop Robotic Arm & Grippers, Assembled for Arduino UNO MEGA2560

Feature

Production Quality: Structure consists of different thickness of CNC machined PVC plates, making it a durable and quality product guaranteed. The main joints utilize metal gear servos (MG966R and SG90), ensuring a reliable and smooth operation.
Motion Flexibility: Quality servos, precision structure, and 6 axis design allow an immense range of motion and flexibility within its reasonable limits.
Programmable: Servos are completely programmable using any microcontroller and code. We provide a lot of source code on our wiki webpage( SainSmart Wiki )for the Arduino Mega, making this unit suitable for beginners!
Simple Setup: All the parts are fully assembled, allowing for immediate programming and use.
Stem Education: Simulate this real palletizing robot arm and learn about the basic construction of a real robot arm. A fun STEM educational experience in mechanical engineering and electronics.

Description

Overview:

This 6 axis Desktop Robotic arm includes SainSmart's professional after sales service, with the manual and necessary documentation
included in our wiki site. SainSmart's Robot Arms are perfect for hobby projects to higher level education and robotics research.
CNC machined PVC skeleton provides a lightweight and reliable structure suitable for most smaller projects needing a robotic arm.
This unit utilizes MG996 55g metal gear servos (4pcs) and active joint bearing connections, providing a flexible and responsive robotic arm.
Basic robotic arm programming and mechanics is often used as the "stepping stone" to dive into the industrial robotics and automation
industry, which can fit a wide range of project needs.

MG996 55g Servo Specifications:

Size: 40.7*19.7*42.9mm
Working torque: 9.4-13kg/cm
Respond rotation speed: 53-62R/M
Working temperature: -30~+60C
Dead zone: 5us
Plug: JR, Tutaba
Rotation angle: 180 degree
Analog servo
Working current: 100mA
Working voltage: 5-7.2V
Metal gear, coreless motor, two ball bearing
Operation speed: 0.17s/60 degree(4.8V); 0.14S/60 degree(6.0V)

SG90 9G servo Specifications:

Size: 23*12.2*29mm
Weight: 9g
Working torque: 1.6kg/cm
Respond rotation speed: 0.12-0.13s/60 degree
Working temperature: -30~+60 C
Dead zone: 5ms
Plug: JR, Tutaba
Rotation angle: 180 degree
Analog servo
Working current: 100mA
Working voltage: 3.5-6V
Metal gear

Package List:

4x MG996R servo
2x SG90 servo
1x Structural Frame Bearings
All necessary screws

Manual: http://wiki.sainsmart.com/index.php/DIY_6-Axis_Servos_Control_Palletizing_Robot_Arm_Model_for_Arduino_UNO_MEGA2560

NOTE: Mega Board is not Included.

4. diymore Silver ROT3U 6DOF Aluminium Robot Arm Mechanical Robotic Clamp Claw Kits for Arduino(Parts)

Feature

Radius of gyration: 355mm.
Rotation angle of 180 degrees.
Height: 460mm (holder closed). Holder of the widest distance: 98mm.
The item doesn't come with the guide/manual, so please kindly contaci us for help.
The Kit without servos( In this clamp claw kits, you need assemble it. You'd better use MG996R servos for the joint bears larger force,while MG995 servos for joints bears relatively smaller force.)

Description

Features:
Rotation angle of 180 degrees
Radius of gyration: 355mm
Height: 460mm (holder closed)
Clamp Max open is 55mm
Holder of the widest distance: 98mm
The Kit without servos( In this clamp claw kit, you'd better use MG996R servos for the joint bears larger force,while MG995 servos for joints bears relatively smaller force.)
Color: Silver

Package includes:
5 x Multi-functional servo bracket
4 x Long U-type servo bracket
1 x L-type servo bracket
3 x U-type robot waist bracket
4 x Miniature Ball Radial Bearing
1 x Aluminium Clamp Claw
1 x Screw and screw cap set

Note: First, please make sure you read the details since it doesn't come with motors or cables (although they are in the picture).
The item doesn't come with the guide/manual, so please kindly contaci us for help.

5. ArmUno 2.0 MeArm and Arduino Compatible DIY Robot Arm Kit With MeCon Motion Control Software and Arduino Source Code Via Download Link

Feature

Robotic Arm Kit includes Servo motors, Structural pieces and all Fasteners needed for assembly Plus MeCon Software and Arduino Source Code Via Companion Web Site and Download Links.
Windows PC Motion Control Software Allow you to Teach and Record Motion Paths for Automatic Playback
Make your own desktop size 4-axis parallel-mechanism Mini Industrial Robotic Factory Arm!
This kit features a Companion Web Site full of information resources and makes a great educational resource kit for robotics and micro controllers.
Precision Laser Cut Parts Require only a Screwdriver to Assemble and an Arduino Micro Controller for the Servo Motor Logic - *(Screwdriver and Arduino not included)*

Description

MicroBotLabs ArmUno 2.0 Robtic Arm Kit Deluxe version includes Servo motors, Structural Pieces and all Fasteners needed for assembly Plus MeCon Software and Arduino Source Code Via Download Link.This MeArm Compatible Kit is a low cost open-source robotic arm that provides a great introduction to industrial robotics and motion control concepts. MeCon Software Link Included. Robotic Arm can be Controlled by Popular Micro Controllers such as an Arduino or Raspberry pi and uses 4 hobby servos for motion. Make your own desktop size 4-axis parallel-mechanism Mini Industrial Robotic Factory Arm! This kit features a Companion Web Site full of information and makes a great educational resource kit for robotics and micro controllers. MeCon Software Link included (with motion path capture and record) win7 GUI motion control app and Arduino source code to get your robotic arm making moves right away! PRECISION LASER CUT PIECES - 3MM NUTS AND BOLT FASTENERS - 4- SERVO MOTORS -1- MeCon MOTION CONTROL AND RECORD GUI WIN SOFTWARE AND ARDUINO SOURCE CODE Resource list with links to design files , source code and other related information to help you learn and use your robot arm. ** Arduino micro-controller not included **. MeCon Motion control software created by MicroBotLabs. Original MeArm open hardware design created by Benjamin Gray at Phenoptix.

6. OWI Hydraulic Arm Edge Kit

Feature

Step away from the grid - Hydraulic Robotic Arm - No Electricity or batteries needed
Discover hydro-mechanical technology and have fun operating your own hydro-mechanical robotic arm
Removal the gripper and activate the suction apparatus. Enables operators to "vacuum" and lift objects
6 Axes of movement: Gripper opens to 1.89 inches, Wrist rotation 180 degrees, Wrist mobility 98 degrees, Elbow range 44 degrees, Base rotation 270 degrees, and shoulder motion 45 degrees
Detailed graphic illustrations equate to successful kit building. - OWI products are made in Taiwan and include assembly instructions only in English. Other items not matching these descriptions are illegal copies

Description

Robotic arm technology just got a little more interesting with hydro-mechanically fun. With Hydraulic Arm Edge, you will command six axes of varied movements: the gripper to open and close up to 1.89 inches, wrist rotation of 180 degrees, wrist mobility of 98 degrees, elbow range of 44 degrees, base rotation of 270 degrees, and shoulder motion of 45 degrees. With a vertical reach of 16.35 inches, horizontal reach of 12.42 inches, and lifting capacity of 50g, your robotic friend is ready for your genius to erupt. With the removal of the gripper, you can activate the suction apparatus. This feature enables the user to elevate objects with a larger surface area (like a small mobile phone). Another prodigious attribution is a braking system that is integrated in the lever controllers to execute all commands accurately. WOW! How does this equate to fun? Your children will have total command and manipulation using the science principles of a Hydraulic system and its application. Easy to follow instructions with detailed graphic illustrations pave the way for successful and satisfying kit building. Compliment your engineering, math, science, and technology (STEM) learning strategy. No battery or motor required. It is powered by water; thus, the "Hydraulic" significance and how it manipulates axes movement via lever controllers. - For more than 3 decades, OWI continues its pursuit to satisfy educational instructors and the most discriminating parents. Hydraulic Arm Edge is recommended for ages 10 and up, but with its 229 assembly parts, it will challenge the beginner engineering enthusiasts.

7. SunFounder Standard Gripper Kit Paw for Robotic Arm Rollarm DIY Robot Arduino Uno Mega 2560 Nano

Feature

Rollpaw is a simple solution for projects requiring small grippers and driven by two servos, it can be used with ease in your projects.
Controlled with two servos: one to control the paw to grip and let go, the other to rotate the paw.
Maximum opening distance of the jaws: 60mm.
Working Voltage: 4.8~6V.
Provides detailed user manual, code, and assembly and application videos.

Description

Introduction
The Rollpaw kit is a simple solution for projects that need small grippers. It is driven by two 9g SunFounder servos: one to control the jaws to open and close, and the other to control the rotating of the paw. When the jaws is fully stretched, the maximum distance is 60mm, which means it can grip an object with a 60-mm diameter. The joints of the two jaws are all connected with self-locking nuts, so that they would not fall off easily during the rotating and keep the paw "safe and sound". The Rollpaw is easy to assemble and use with the code provided. Just try it!

Package included:
1 x Set of Acrylic Plates
2 x SunFounder Servo (9g)
1 x M3*10+6 Single-pass Hexagon Copper Standoff
4 x M2*8 Round Head Phillips Screw
4 x M2 Nut
1 x M3*8 Round Head Phillips Screw
4 x M3*10 Round Head Phillips Screw
2 x M3*12 Round Head Phillips Screw
2 x M3*20 Round Head Phillips Screw
2 x M3 Nut
7 x M3 Self-locking Nut
1 x 3M Anti-slip Tape
10 x M1.2*4 Self-tapping Screw

8. MicroBotLabs ArmUno 2.0 Robotic Arm Kit MeArm and Arduino Compatible Desktop Robot Arm Kit with MeCon Motion Control Software Via Download Link with Arduino Robot Code.

Feature

ArmUno 2.0 Robotic Arm Kit is MeArm and Arduino Compatible Design That Incorporates Plain Bearing Base, Multi Position Gripper Mount, Soft Jaws. Includes Servo motors, Structural Parts and all Fasteners needed for assembly Plus Download Link for MeCon Control Software with Arduino Source Code.
Control your robot arm with Your USB Gamepad, Mouse or keyboard. Win OS Motion Control Software Allow you to Teach and Record Motion Paths for Automatic Playback
Make your own desktop size 4-axis parallel-mechanism Mini Industrial Robotic Factory Arm!
Companion Web Site full of information resources and makes a great educational resource kit for robotics and micro controllers.
Precision Laser Cut Parts Require only a Screwdriver to Assemble and an Arduino Micro Controller for the Servo Motor Logic - *(Screwdriver and Arduino not included)*

Description

ArmUno 2.0 Arduino and MeArm Compatible Robot Arm Kit includes Servo motors, Structural Parts and all Fasteners needed for assembly Plus MeCon and JoyCon Software and Arduino Source Code Via Download Link. ArmUno is a low cost educational robotic arm that provides a great introduction to industrial robotics and motion control concepts. the ArmUno can be controlled by popular micro controllers such as an Arduino or Raspberry pi and uses 4 hobby servos for motion. Make your own desktop size 4-axis parallel-mechanism Mini Industrial Robotic Factory Arm! This kit features a Companion Web Site full of information and makes a great educational resource kit for robotics and micro controllers. Includes MeCon Pro Via Link (with motion path capture and record) win7 GUI motion control app and Arduino source code to get your robotic arm making moves right away! - PRECISION LASER CUT PIECES - 3MM NUTS AND BOLT FASTENERS 4- SERVO MOTORS - MeCon PRO MOTION CONTROL AND RECORD GUI WINDOWS PC SOFTWARE AND ARDUINO SOURCE CODE Via Resource links with links to assembly tutorials , source code and other related information to help you learn and use your robot arm. ** Arduino micro-controller not included **. MeCon and JoyCon Motion control software created by MicroBotLabs. Original MeArm open hardware design created by Benjamin Gray at Phenoptix.

9. Circuit-Test Robotic Arm Edge Kit with Wired Controller - Learn Robotics Educational Kit

Feature

Learn basic robot technology by building your own controllable robot with an LED light, five motors and five joints
Command the Robotic Arm gripper using the wired controller to open, close, reach, rotate, grab, and release
Some of the added features include a search light design on the gripper and a safety gear audible indicator on all five gear boxes to prevent any potential injury or gear breakage during operation
Wrist range of motion: 120. Elbow range of motion: 300. Base rotation: 270.
Assembly required - No soldering required / FOR further expansion and controlling the Robot from your PC, order the optional USB Expansion Kit. Search for the Amazon part "CKR-291USB"

Description

Using the wired controller, command the Robotic Arm gripper to open and close, reach, rotate, grab and release. Some of the added features include a search light design on the gripper and a safety gear audible indicator on all five gear boxes to prevent any potential injury or gear breakage during operation. FOR further expansion and controlling the Robot from your PC, order the optional USB Expansion Kit. Search for the Amazon part CKR-291USB

10. THUMBS UP Robot Arm - Build Your Own Robotic Arm! by

Description

Build Your Own - Robot Arm self assemble kit - 5 motors



Before you start planning your awesome giant war robot battle-suit, or even just a friendly cybernetic house-bot to tidy your bedroom and do the washing-up for you, it might be better to start small and learn some of the basics. The Build Your Own Robot Arm is the perfect place to start.

Anyone who wants a fascinating technical challenge can build their own remote controlled robot arm with this absorbing self-assembly kit. Although simple to construct, building the robot arm is a great way to learn more about basic robot technology and control systems.

With five motors for multi-directional control of five different joints, the robot arm features base rotation, shoulder, elbow and wrist motion as well as a functional gripping claw. The gripping claw also has an integrated LED spotlight for extra illumination of anything that you are going to pick up.

The five-way directional control allows the robot arm to grab, lift, position, lower and release items smoothly and efficiently.

A wired remote controller gives the user complete control over all of these functions, and in addition to learning about robotic operation during the assembly process, manually controlling the arm is the perfect way to learn more about how machines work.

So, start with this Build Your Own Robot Arm kit and who knows what you'll be working on in the future!

>> Self assembly kit

>> Technologically advanced

>> Ideal way to get youngsters interested in science

>> Science fiction design

Conclusion

By our suggestions above, we hope that you can found the best robot kit arm for you. Please don't forget to share your experience by comment in this post. Thank you!

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