Archive for February 11th, 2009

New Robot Parts Roundup!

Wednesday, February 11th, 2009
We’ve been working feverishly away to add even more robot parts and upgrades for your greater building pleasure. Here are some highlights of the cool new products that have just been added to the Trossen Robotics catalog!

PICBEEFinally an easy method to use the Maxstream XBEE module coupled with the power of the Microchip PIC 18F series micro-controller. As a stand alone board, it can be a development platform or target device for nearly any application. This is perfect for creating a wireless sensory aquisistion network!

Maxbotix WR-1 – Sonar Low-Voltage Weather-Resistant Ultrasonic Range Finder (IP67 Rated) With 3V – 5.5V power the LV-MaxSonar®-WR1™ provides very short to long-range detection and ranging, in a compact, robust PVC housing, designed to meet IP67 water intrusion, and matches standard electrical ¾” PCV pipe fittings.


The Roboduino is a Freeduino (Arduino software compatible) microcontroller board designed for robotics. All of its connections have neighboring power buses into which servos and sensors can easily be plugged. Additional headers for power and serial communication are also provided. The kits come fully assembled and with a USB cable for programming and debugging.


The IOWizard is used when additional I/O capabilities are required. The IOWizard features an I2C interface that allows users to query 5 analog inputs and 10 digital I/O lines. The default I2C slave address is 100d (0x64h), and it can be changed to a value between 100d and 110d (0x6Eh).


Looking to make your Robobuilder Humanoid more durable? This Metal Bracket Upgrade Kit is the way to go! These high-quality aluminum brackets reinforce the legs and servo joints to fortify your robot to take a beating during competitions or rough play.


The Robobuilder 3-Axis Accelerometer sensor module measures the acceleration in all three axis (X, Y and Z). Read measurements range from -7 to +7. Integral number 1 can be translated into 1/4g (here g stands for gravity acceleration). By analyzing the return value on each axis you can determine the actual position/orientation of the robot at any time.