PO Box 716, Amherst, NH 03031-0716 USA
| There are currently 13 users online |
| 1810 visitors in the last 24 hours |
|
PO Box 716, Amherst, NH 03031-0716 USA |
|
OWI Robots
|
 
|
To order, click on the ITEM NUMBER. To enter item numbers from the catalog use: Direct Order Entry |
WAO Kranius Put mouse over image ^ |
OWI introduces the fourth generation of WAO programmable robot kits and WOW is it spectacular! WAO Kranius is a two-wheeled robot that you can program without a personal computer. The intellectual brain consists of an 8 bit micro-controller and keyboard with 33 tactile buttons. This bundle of brains can store up to 60 programming steps and 30 FOR-NEXT multiplex loops. In addition to its futuristic and powerful design, it features 6 vision sensors to see in front and below the robot. The “eyes” that enable it to see in front of itself has two infrared LEDs and an infrared detector IC. 4 floor light sensors (CdS sensor) will enable it to distinguish the contrast of light underneath its shell.
Assembling, building, and following instructions help develop fine motor skills and hand-eye coordination. Because it’s programmable, one has to plan ahead, think systematically and logically, develop problem-solving skills, and will challenge you to think creatively. |
Easy to assemble, this OWIKIT Intermediate building level robot makes a great entrant for robotic competitions, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities. Uses 2 "AA" batteries and 1 "9v" (not included). Size: Body W145 x H85 X L140 mm | Weight 420g (w/o batteries). OWI9762 - WAO Kranius Robot..............$119.95 Recommended Accessory: |
|
|
Robotic Arm TrainerThe ROBOTIC ARM TRAINER teaches the basic robotic sensing and locomotion principles, testing your motor skills, as you build and control the Arm. You can command this unit with it's five-switch, wired controller with corresponding lights to grab, release, lift, lower, rotate wrist and pilot sideways 350 degrees. After assembly, observe the dynamics of gear mechanisms through the transperent Arm. Five motors and five joints allow flexibility and fun! For educators and home schoolers. You will find the Robotics Technology Curriculum (optional) and Personal Computer Interface (optional) very useful tools. |
Five Axes of motion:
|
Product Dimensions:
|
Recommended Accessories:
IBM007 - 007/Arm Interface for IBM
RTC007 - 007/Arm Curriculum
 Put mouse over image ^ |
Moonwalker IINot one, but two! Light and Sound! MOON WALKER II has combined the technology of two sensors. A whimsical indication of future trends, MOON WALKER II begins to walk when it detects a change in light intensity or sound commands. MOON WALKER II continues it's four legged voyage until instructed by an internal timer to stop. This kit presents an engaging oppor-tunity to learn about some of the mechanics, operation and history of robots. When assembled, this robot uses a phototransistor to sense changes in light (such as turning on a lamp) and a condenser microphone to sense changes in sound (such as clapping). It converts those stimuli into electronic signals to power a motor, and MOON WALKER II will walk forward for a preset time. When it stops, affecting other change in light area light or sound may activate it again. The sensors be adjusted for different sensitivity levels. |
|
|
 Put mouse over image ^
|
Spider III"Cool" just got even cooler with the invention of SPIDER III, the third generation in our quest to offer the most advanced design and technology available. With its radical walking style, this intelligent robot avoids interference. This robot teaches us to turn the other cheek when confronted in a challenging situation. SPIDER III emits a light sensor beam; detects bogus things in front of it, signaling it to change direction and continue on a new path of righteousness. Do you know why SPIDER III is so cool? It has more features and costs less than the older version. That's way cool! Man gropes his way in the dark. A bat flies in the dark sensing its own super-sonic wave reflecting back from obstacles. Likewise, SPIDER III emits light sensor rays and judges by the reflection if there are any obstacles in front and gives signals in the form of electric pulses to alter the rotating direction of the left side motor to evade obstacles. |
|
|
 Put mouse over image ^ |
Hyper Line Tracker"Hyper" yes, and we really mean it. This cyber bug possesses a sonic tracking system, and is fortified with a multitude of sensors: photo transistors to detect a black line, Tracking memory to memorize its last track of the black line, and two red LEDs that flash to tell you which side of the light sensor is activated. What this all means is that Hyper Line Tracker is the fastest line navigator that we have ever seen. Hyper Line Tracker follows a course of your own design! By using a light emitter, light sensor circuitry, and tracking memory, it demonstrates how robots "see" a pathway. Make a path with a black felt marker or black tape and watch how light sensors enable the robot's motors to make course corrections. |
|
|
| |
|
PO Box 716, Amherst, NH 03031-0716 USA |
Site Index
|