Collection: 6 DOF Robot Arms

Overview

A 6 DOF robot arm is the gold standard for articulated robotic manipulators — six independent joints provide full spatial reach and arbitrary end-effector orientation, matching the kinematic structure of most industrial robots. Our 6-axis kits start from $32 for basic educational variants and scale to full metal alloy professional configurations with 13 variant options.

Why 6 Degrees of Freedom Matters

With fewer than 6 DOF, a robot arm has constrained reach — certain positions or orientations in space are unreachable. A 6-DOF arm can place its end effector at any point within its workspace at any angle. This makes 6-DOF arms the minimum viable configuration for true pick-and-place automation, inverse kinematics experiments, and professional-grade robotics projects. Both of our 6-DOF models use the standard base→shoulder→elbow→wrist-pitch→wrist-roll→gripper joint ordering.

DOF 6 (base, shoulder, elbow, wrist pitch, wrist roll, gripper)
Reach ~350mm from base
Payload 200–500g at end effector
Motors 6× MG996R / MG90S mix
Variants Up to 14 configurations per product
Controller Arduino Uno, Mega, or Nano (PWM)

Choosing Between 6-DOF Variants

  • With Arduino: Includes Uno + servo shield — plug in and run the included sample code immediately
  • Without Arduino: Lower cost entry if you already own a compatible board
  • With PS2 controller: Real-time manual joint control via wireless gamepad — great for demos
  • Metal Alloy vs Standard: The Metal Alloy arm uses heavier-gauge brackets for higher stiffness and payload
Power Supply

Six MG996R servos at stall draw up to 6A total. Use a dedicated 7.4V 3A+ DC supply. Do not rely on USB power alone — it will cause resets and servo damage.

Related Collections

Explore also: Arduino Robot Arms, Advanced & Professional Arms, and Servo Motor Arms.

Shipping & Returns

Free US shipping on orders over $49. Ships 1–3 business days. 30-day guarantee.

  • Editorial hero image for Best STEM Robot Kits in 2026 for Students Who Want Real Build Skills, showing buildable robot arm kits for makers, classrooms, and engineering learners in a style suited to DIY Robotic Arm.

    Best STEM Robot Kits in 2026 for Students Who W...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

    Best STEM Robot Kits in 2026 for Students Who W...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

  • Editorial hero image for 4 DOF vs 6 DOF Robot Arm Kits: Which Build Makes Sense for Beginners?, showing buildable robot arm kits for makers, classrooms, and engineering learners in a style suited to DIY Robotic Arm.

    4 DOF vs 6 DOF Robot Arm Kits: Which Build Make...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

    4 DOF vs 6 DOF Robot Arm Kits: Which Build Make...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

  • Editorial hero image for How to Choose a DIY Robot Arm Kit in 2026: A Practical Buyer's Guide, showing buildable robot arm kits for makers, classrooms, and engineering learners in a style suited to DIY Robotic Arm.

    How to Choose a DIY Robot Arm Kit in 2026: A Pr...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

    How to Choose a DIY Robot Arm Kit in 2026: A Pr...

    We reviewed the buildable robot arm kits for makers, classrooms, and engineering learners angle behind DIY Robotic Arm and mapped it to hands-on STEM learning and build-to-learn projects with real...

1 of 3