This product has a 2-3 day lead time from date of order
The ViperX 300 now comes with all aluminum brackets!
The ViperX 300 Robot Arm belongs to a new family of arms from Interbotix featuring the DYNAMIXEL X-Series Smart Servo Motors. The X-Series actuators offer higher torque, more efficient heat dissipation and better durability all at a smaller form factor over previous DYNAMIXEL servos. The DYNAMIXEL XM540-W270-R & XM430-W350-R servos offer high resolution of 4096 positions and user definable PID parameters. Temperature monitoring, positional feedback, as well as voltage levels, load, and compliance settings are user accessible as well. At the heart of the ViperX 300 is the Robotis Open CM9.04-C open-source controller running on a 32bit ARM Coretex-M3. The ViperX 300 offers 5 degree of freedom and a full 360 degree of rotation.
HIGH PERFORMANCE DYNAMIXEL SERVOS
The ViperX 300 comes fully assembled and tested and is constructed from extremely rigid 20mm x 40mm extruded aluminum and heat resistant high strength ABS 3D printed materials. The arm sits on an industrial grade,slewing bearing for added stability and accuracy. The electronics are covered with a transparent acrylic shield to keep the electronics free from debris as well as with impact from the arm itself.
*Please note, while most of the X-Series Arm line operates via TTL, the ViperX 250 and ViperX 300 arms are both RS485 communication protocol. At the current time we do not have TTL versions of these arms.
3D PRINT CUSTOM GRIPPERS
The X-Series gripper carriages are designed for users to quickly and easily change the gripper fingers for
different projects. CAD files for the gripper are available for download, if you can design it and 3D print the customization is endless. Included with the arm are sticker backed foam and sorbothane rubber both increase gripping strength while relieving stress on the gripper servo.
The onboard OpenCM9.04-C can be programmed using the free ROBOTIS OpenCM software, an easy to use Integrated development environment (IDE) based on the Arduino IDE. The OpenbCM9.04-C can be be powered and programmed over USB however servos cannot be powered through the USB connection and must be powered separately.
All of the X-Series arms are constructed using extremely ridged, lightweight T-slot extruded aluminum. All of the X-Series Arms come with a 90 degree elbow design allowing for a greater range of movement and the ability to fold completely on itself. All 3D printed brackets are heat resistant, high strength ABS plastic.
INDUSTRIAL GRADE BEARING
Each of the X-Series arms* features an industrial quality, high grade slewing bearing base as the central mounting point. The bearing ensures maximum rigidity and accuracy and takes all strain of the base servo increasing the longevity of the arms.
* Pincher 100 comes with roller bearing base
- XM540-W270-R & XM430-W350-R Servos
- Industrial Bearing Base
- Rigid Extruded Aluminum / ABS Construction
- OpenCM9.04-C for Onboard Processing
- Gripper with Interchangeable Fingers
- 5 DOF
- 6x XM540-W270-R Actuators
- 2x XM430-W350-R Actuators
- 1x OpenCM9.04-C
- 1x OpenCM9.04-C Expansion Board
- 1x 12v5a Power Supply
- 1x USB2 Micro Cable
- ViperX 300 Hardware & Frames
- Extra Gripper Foam / Rubber
- Drivers / Extra Hardware
- Base Mount Hardware
|Degrees of Freedom
ViperX 300 Reach
XM540 DYNAMIXEL servos support up to 360 degrees of rotation, which results in an extraordinary range of motion.
The ViperX 300 Robot Arm has a 75cm horizontal reach
from center of the base to gripper with a total span of 150cm. The working payload for the ViperX 300 arm is 750g. Working payload is the weight in which the arm should not exceed under normal working circumstances and is measured by the arm's ability to repeatedly lift an object at roughly half extension without failure. While the ViperX 300 can lift more than 750g, we do not recommend payloads over this number.
The base comes with mounting thumb screws to secure the arm easily to most any surface, wood screws are also an option for a more permanent mounting solution.