Introducing our new RobotGeek Gripper! This robot gripper packs a lot of features into a small package. A large 6cm gripping area, adjustable finger tips, geared down ratio for strength, a strong wrist servo, and light weight make this gripper a great solution for a wide range of projects. The included base mount allows builders easily to mount the gripper on the Geekbot rover or any RobotGeek project using the standard 1 X 1 cm grid.
Introducing the RobotGeek Airsoft M74DP Mount Kit! Everyone always wants to shoot stuff with their robots, but hacking together a DIY Airsoft solution can be very time consuming. This kit provides an out of the box solution for adding an Airsoft gun to any robot project. The kit comes with everything you need and multiple mounting solutions. Check out the overview video below.
If you haven’t heard yet, the RobotGeek Snapper Arm is out. The Snapper is a great hobby/educational arm which merges the worlds of Arduino and robotics. The Snapper has 29cm of reach, a sturdy slewing bearing base, Geekduino controller, and a manual control panel. Did we mention the Snapper has an all black sexy design too? He does!
Last week DARPA announced the latest 4 teams that will compete in the 2013 DARPA Robotics Challenge Trials. These 4 teams have built their robots’ hardware and software solely using their own funds, which is no small task.
One of the Robots, Buddy was created by Trossen Customer Team Mojavaton! Mojavaton has been working hard to get ready for the trials December 20-21.
User anestsurfer has posted a videos of his PhantomX Reactor sorting colored blocks. It looks like he’s using a downward facing camera, vision processing software and a grid pattern to locate objects, then sending data to the arm to have it move the blocks to different locations. On his channel he has also shown off his custom inverse kinmenatics engine for the arm. We really love seeing the Reactor used with vision processing software.
Introducing the RobotGeek Pumping Station. A neat tidy box that gives you everything you need to add pumping air or liquid to your Arduino projects. Great for barbots, refilling pet bowls, plant watering, refilling aquariums, or DIY squirt guns. The RobotGeek Pumping Station has an internal relay to run the pump, a manual override button for easy priming and cleaning, a DC jack for easy wiring, and external access to all ports and connectors so you don’t have to take it apart ever.
The pump self primes and does not have back flow when shutting off. That means it can pour accurate amounts of liquid because the liquid doesn’t run back up the tubing when the pump shuts off. Great for barbot applications. At 6 volts it pumps 0.8L/m and at 12 volts it does 1.2L/m.
We also carry food safe tubing to work with the Pumping Station. It is made of soft silicone so it is very easy to work with and conforms nicely to any curve or tight space.
ROBOTIS has just posted a video of THOR-MANG to their youtube channel. THOR-MANG is a collaboration between ROBOTIS, Virginia Tech, the University of Pennsylvania and Harris. This human sized robot uses the new DYNAMIXEL PRO line of robot actuators. THOR stands for Tactical Hazardous Operations Robot – a humanoid designed to operate in environments that are hostile to humans. This teaser video shows THOR-MANG activating a shut-off valve, and you can see even more tasks in another teaser video released earlier last month.
RobotGeek is the new brand of robotic kits and accessories from Trossen Robotics. The RobotGeek system is designed to be easy to build, wire, program and modify. Modular parts like the Panning Range Kit and the Pan and Tilt Kit can easily attach to boards like the GeekBot and the RobotGeek Workbench. The RobotGeek I/O Boards are on the same 1 centimeter hole pattern, so adding them to your robots is a snap!
Check out our latest video detailing sone of the awesome new products.
Ever wonder what it would be like to be a huge robot spider stalking prey in the night? Well now you can know. Check out this cool FPV view from a PhantomX Mark II at night. At 6:19 you can see the head tracking set up.