OWI introduces the second generation of its award winning Jungle Robot and is it Quadra-spectacular! As its name indicates, 4 in 1 Robot Kit features 4 different methods of movement: Traversing – hand over hand (Orangutan mode), 2 legged walking (Gorilla mode), 4 legged walking (Centaur mode) and 6 legged walking (Spider mode). Discover the dynamics of animal locomotion. What are the benefits or disadvantages of two or four or six-legged propulsion? Make a connection and differentiate the physical characteristics of stability verses mobility. Simple engineering and basic industrial design are accomplished in its self-stabilizing computations. Enough technical jargon, 4 in 1 Robot will be your friend the moment it arrives. Dr. OWIKIT says this is an excellent Beginner series robot. This battery-controlled kit can teach the basic principles of robotic sensing and locomotion. It features a pre-assembled printed circuit board, hardware, and mechanical drive system that can be handled by almost anyone from age 10 and up. Only basic hand tools are required for assembly. A condenser microphone and printed circuit board controls your multi-function friend. 4 in 1 Robot Kit is more than just fun. Assembling, building, and following instructions help develop fine motor skills and hand-eye coordination. Easy to assemble, this OWIKIT Beginner building level robot makes a great entrant for robotic competitions, science fair projects, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities

Live, explore, and adventure the world of robotics with OWI's newest edition to their award winning line of robotic and science kits - Jungle Robot. Jungle Robot is a mysterious robot. One day, you may look up and catch a glimpse of Jungle Robot crossing hand-over-hand high across a string extended from tree to tree in the mist of the jungle air. Another day, you can catch him skipping through the fallen leaves on the ground. A condenser microphone and printed circuit board controls your multi-function (walking or climbing) friend. When you think Jungle Robot is asleep, just cry Wake UP! Your robot will immediately start climbing or walking for a pre-set time and reset itself waiting for another command. Jungle Robot is an excellent Beginner Series robot. This battery controlled robot kit can teach the basic principles of robotic sensing and locomotion. It features a pre-assembled printed circuit board, hardware, and mechanical drive system that can be handled by almost anyone from age 10 and up. Only basic hand tools are required for assembly. Educators, science museums, and hobbyist will surely appreciate the durability, educational value, and endless hours of amusement for children and adults too! Awards: - Dr. Toy 100 Best Children's Products - Dr. Toy 10 Best High-Tech Products

Roly Poly Robot will tumble, fumble, stumble but will find a way to right itself up. The moment you turn it on, Roly Poly will speed away on its two cyclonic wheels. The engineering genius behind this well thought-out machine enables it to get on its 'feet' whenever it tumbles and then will continue on its new path of exploration. After assembling one worm gear and less than 20 parts, your mechanical marvel is ready to amuse any household pet. Sounds fun eh? Well, can't let the fun stop here. Let's personalize our robot friend. You can add your original work of art (drawing), or picture of your favorite person or pet and put it inside the dome. Wow, that's a great idea! Discovery and cranial developmental products has enabled OWI to be a premier science kit provider. The kit engages learning about gear structure, battery wiring, switch, motor, and principles of Ohm's law. Very easy to assemble, this OWIKIT "JR Science Series" robot is ideal for robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities.

The Space Nine is an eight-legged star explorer. Use the remote control to make it move and turn. The Space Nine - can walk on rough surfaces, turn left, right and even cross rocks. When it moves, its first and third legs on one side of its body move - with the second and fourth leg on the other side. Create a moon surface for Space Nine to explore and enjoy the fun!

TURBO 3000 will amaze children nine years and older. This monster vehicle with oversized tires and independent suspension is “tricked-out”. It features three modes of propulsion: direct motor drive, air propulsion, and solar power (optional). The kit includes electricity experiments involving series and parallel circuits and a high powered miniature light bulb. The special air-blowing compartment allows the styrofoam ball (included) to magically float into the air while the car is running. No tools are required for this easy to assemble and disassemble magical beastly beauty. If that’s not enough, some of its transparent parts allow you to view and study the inner mechanics of the product. Discovery and cranial developmental products has enabled OWI to be a premier science kit provider. The kit engages learning about electricity, circuits, air power, solar power (optional), friction, motion, simple machines, and physics. Now, that’s our commitment to learning! Our philosophy is, “building future minds…creating future leaders”. Very easy to assemble, this OWIKIT “JR Science Series” robot is ideal for robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities. (Solar cell Not Included)

Just another cool robotic toy from OWI. AIR ZINGER Robot kit will blow you away! Building on air technology, OWI has created a robot kit that can inhale or blast out a ball (included) through its cannon like loader. Zigging and zagging is no problem with its wired controller. You can easily move forward, backward, left and right. What is amazing, is the whirl wind effect you create when you activate Air ZingerÂ’s wind magnum propeller. When the propeller is activated to retrieve the ball, it is like watching a Largemouth bass inhale its lunch. On command, its special compartment stores the ball and launches it. ItÂ’s all about full-throttle competition; who can beat whom? You can create your own games, tournaments, and rules. Quick and easy to assemble, this clever little robot is hard to resist. Children love to build. The kit challenges cognitive skills, help develop fine motor skills and hand-eye coordination. It is the perfect gift for anyone aged 14 or older. Specifications: Power Source: AA battery x 4 pieces (not included) Power consumption: Max approx. 900mA (all 3 motors operating) Battery duration: Approx. 2.5 hrs averaging at 550mA (continuous operation average) Size: Body W135 x H130 X D200 mm | Controller W95 x H126 x D31 mm (wire 2cm)

This kit introduces the fundamentals of solar power through hands-on experiments. The sun or any intense mobile light can power the solar battery (included). A multiple function switch (solar[1.4V, 350mA] or battery) allows this kit to be energized day or night, indoors or outdoors. The user can explore different types of energy and energy conversion with this land and water vehicle. Learn what materials solar batteries are made from and the characteristics of solar batteries, advantages, and disadvantages of solar power.

The Antoid will react to obstacles in its way by means of its electronic "eye". To build this educational robot requires only basic hand tools. Kit contains detailed instructions and educational background information on each component used and why. The kit will teach the fundamentals of sensor technology and show you how it all goes together. No soldering required. Movement: Six legs driven by two DC motors. Control: Infrared sensor.

Beamster is a build it yourself flashlight and florescent lantern. This beginner soldering series kit requiring only a soldering iron and a few tools to create a multi-functional flashlight. BEAMSTER is ideal for emergency or everyday use aboard a boat, during camping, or while at a scout meeting. Activating the light is as easy as adjusting the four position slide switch: beam, halogen or lantern

OWI introduces the second generation of its binary navigating robot kit. BINARY PLAYER ROBOT is very “predictable”, two-wheeled robot. An internal program stored on a memory disk created by the user ascertains its predictability. Therein, however, lies the fun. Binary Player Robot is easily re-programmable by the controller… you. Binary Player Robot is controlled by black and white patterns on a disk, which are read by an infrared sensor. Particular patterns activate either of two wheels to turn left, right, forward, or pause. These on/off commands illustrate the basic principles of binary coding. To change a movement program, the operator simply creates a new disk pattern. Set your course and explore the fascinating world of Binary Player Robot! Dr. OWIKIT says this is an excellent Beginner Series robot. This battery-controlled kit can teach the basic principles of robotic sensing and locomotion. It features a pre-assembled printed circuit board, hardware, and mechanical drive system that can be handled by almost anyone from age 10 and up. Only basic hand tools are required for assembly. An infrared sensor and printed circuit board controls your programmable friend. Binary Player Robot is more than just fun. Assembling, building, and following instructions help develop fine motor skills and hand-eye coordination. Easy to assemble, this OWIKIT Intermediate building level robot makes a great entrant for robotic competitions, science fair projects, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities.

The Botball is an infrared remote control kit. Its microprocessor provides four different channels to have four robots playing together on the ground. Two separate motors give it forward and backward movement and turn it left and right. Another motor is used to kick the ball. Learn how to control the ball, hold it and kick it out.

The Botball is an infrared remote control kit. Its microprocessor provides four different channels to have four robots playing together on the ground. Two separate motors give it forward and backward movement and turn it left and right. Another motor is used to kick the ball. Learn how to control the ball, hold it and kick it out.

The Hexapod Monster is a robot that uses an infrared emitting diode for its eyes, and moves by its six legs. It turns left when it detects obstacles, and keeps moving forward if there is no shade in front of the sensor. Features: Uses an infrared emitting diode as sensor. Two sets of gear motors (unassembled) Requires (1) 9V and (2) "AA" batteries

Hydrazoid is a cool alien creature that is fun to hold. Hydrazoid moves in a spellbinding way in response to sound. To build this educational robot requires only basic hand tools. Kit contains detailed instructions and educational background information on each component used and why. The kit will teach the fundamentals of sensor technology and show you how it all goes together. No soldering required. Movement: Four legs driven by a DC motor. Control: Sound sensor including condenser microphone.

"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. Specifications: Movement: 2 wheels driven by 2 DC motors. Control: LED/photo transistor, tracking memory. Power Source: "AA" x 4 each (not included). Power Consumption: (circuit) 60mA, (mechanical) 300mA. Size: H110 x L155 x W160 mm.

"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. Specifications: Movement: 2 wheels driven by 2 DC motors. Control: LED/photo transistor, tracking memory. Power Source: "AA" x 4 each (not included). Power Consumption: (circuit) 60mA, (mechanical) 300mA. Size: H110 x L155 x W160 mm.

What the heck? Okay, we’ll try to answer the obvious question, What is a Kabuto Mushi Robot? Kabuto Mushi (Rhinoceros Beetle) Robot is an infrared remote controlled robot with caterpillar traction. The infrared remote control handset has 8 channels, each channel controls 4 motors: 2 motors control directional movement: forward, backward, left and right; one motor regulates the elevating position of the claw; lastly, the 4th motor operates the open and close dimension of the claw. Incumbent of its Japanese name “Kabuto Mushi”, the Rhinoceros Beetle is tough, durable, powerful, and has the no fear attitude. This easy-to-build kit will provide students, teachers, and hobbyist (with little to no experience), a fun and informative building session. Similar robots are currently being utilized in several rescue operations. Robots have become a useful tool to the human rescuer. Having provided valuable information such as video images at earthquake and disaster sites and data acquisition for the mobile tactical bomb squad, robots have proven themselves as a valuable asset in today’s society. With OWIKITs, you’ll find full attention to detail, and Kabuto Mushi is no exception. The body and remote controlled handset is comprised of an elaborate set of plastic parts, hardware, motors, and circuit boards. No soldering is required for this Intermediate Experience (Ages 10 ) level kit. The instruction manual is written to please educational instructors and the most discriminating parents. Discovery and cranial developmental products has enabled OWI to be a premier robotics kit provider. The user can learn about gear structure, battery wiring, motor principles, electronic circuits and circuit block diagrams, and mechanism of Kabuto Mushi. Easy to follow instructions and step by step illustrations ensure enjoyable and successful kit building. It’s ideal for robotic workshops, after-school programs, special events, gifts, science enrichment camps, classroom activities, and fun plain FUN anywhere Specification: Movement: 2 motors for caterpillars traction, 1 motor for claw elevation, 1 motor for open/close of claw. Control: infrared remote control (distance approx. .3m). Power Source: Main unit “AA” x 4, Controller “AAA” x 3, batteries not included. Remote Control: 8 channels, each channel controls 4 motors forward and backward. Main unit size: 260 x 170 x 82mm, Controller size: 135 x 48 x 98mm. Weight on main unit: 600 gm, controller = 130gm.

The future of toys has arrived. Knight Invader III is a super race car that includes mini-construction projects, teaches the basic principles of electricity, gear mechanisms, and demonstrates two different modes of propulsion. This sleek super racer has it all and a little bit more. KNIGHT INVADER III can propel itself off the starting line and challenges any contender to try to stay up when it is set into direct motor drive. When on a mission, KNIGHT INVADER III can secretly change its transportation mode to solar power (sold separately). Plus, for the educationally minded guardians, this fire plug kit includes mini construction projects that teach the basic principles of electricity including experiments involving series and parallel circuits and solar energy (sold separately). Another brilliant idea Dr. OWIKIT, is the inclusion of a bulb and switch that allows our friends to investigate simple experiments in conductivity. No tools required for assembly. Specifications: Movement: 4 wheels. Power: “AA” x 2 (not included), solar battery (sold separately). Body size: 10 x 7 x 20cm. Propulsion: direct motor drive, solar (optional).

Not 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 can be adjusted for different sensitivity levels. Specifications: Movement: 2 legs on each side by crank shaft. Control: (1)Sound sensor including condenser microphone/transistor; (2)Light sensor/photo-transistor. Power Source: "AA" x 1 (not included). Power Consumption: Approx. 210mA. Size: H130 x Diameter 100mm.

Not 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. Specifications: Movement: 2 legs on each side by crank shaft. Control: (1)Sound sensor including condenser microphone/transistor; (2)Light sensor/photo-transistor. Power Source: "AA" x 1 (not included). Power Consumption: Approx. 210mA. Size: H130 x Diameter 100mm.

PicoBOTZ is a programmable build your self robot. The Picobotz™ can be programmed with up to 180 instructions. The programs are written on a PC running Windows and downloaded into the PicoBOTZ through an RS232 port. When the PicoBOTZ is switched on, if the programming cable is plugged in then the PicoBOTZ waits for communications from the PC. If the programming cable is unplugged then the PicoBOTZ starts to execute its current program. You can program the robot to avoid obstacles, follow a line and react to sound. Comes with software and cable.

OWI introduces a self-contained arena for its highly acclaimed OWIKITS. The Robot Rink is an exciting way to “celebrate” and demonstrate students’ robot construction. The individual or multiple robotics interaction arena is lightweight, tough, and classroom tested. Made of a durable, high-density styrene plastic construction. OWI’s Robot Rink is 44 inches in diameter, 3 inches high and will collapse into a compact 8-inch diameter coil for easy storage. The smart-lock joint resists separation, but also allows for multiple rinks to be attached for a mondo robot plaza. It’s perfect for robot experimentation at home, school, museums, and summer camp environments. The mini instructions will provide suggestions for robot applications, such as: single or multiple crash-action robots, tracks inside or outside the Robot Rink, great for avoiding type robots, containment of projectiles, and how about a robot soccer game? Easy to assemble; it’s as simple as uncoiling and connecting the open ends. Voila… Let’s get ready to R O B O T!

The 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. Awards: - Dr. Toy "100 Best Children's Products" - Dr. Toy "10 Best Educational Products" - Japan's Good Design Award 1998 Specifications: Five Axes of motion: Base Right / Left 350 degrees Shoulder 120 degrees Elbow 135 degrees Wrist rotate CW & CCW 340 degrees Gripper Open & Close 50 mm (2 in) Product Dimensions: Max Length Outwards = 360 mm (14.2 in) Max Height Upwards = 510 mm (20.1 in) Max Lifting Capability = 130g (4.6 oz.) Control Box - 5 switch controller Recommended Accessories: IBM-007 007/Arm Interface for IBM RTC-007 007/Arm Curriculum

OWI introduces to their award winning Beginner Series of educational electronic robot and science kits...RocKit Robot! The new futuristic style includes high performance and superior materials. Rockit Robot evolves as a spunky little robot that you can build. Explore the fundamentals of robotics with this informative and entertaining robot kit. Appropriate for ages 10 and up, RocKit Robot is an intelligent robot with a touch/sound sensor. If it comes in contact with an object or hears a loud noise (such as hands clapping), RocKit Robot automatically reverses, then turns left before embarking on a new course.Rockit Robot is lots of fun from the moment it arrives. Requiring only basic hand tools, it contains step-by-step instructions,pre-assembled printed circuit board, condenser microphone,and an easy-to-assemble mechanical drive system. It's an ideal gift for the educator, hobbyist or budding scientist. Awards: RocKit Robot has been selected by the Children's Institute For Childhood Resources as one of the "100 Best Children's Products" and "10 Best Software/High Tech Products" for 2001. Specifications: Movement: 3 wheels driven by a dc motor & ratchet mechanism Control: Sound sensor including condenser microphone/transistor Power Source: AA battery x 2 pieces (not included) Power consumption: Max approx. 400mA Size: Body H83 x L115 X W130 mm | Weight: 160g (w/o batteries)

OWI introduces to their award winning Beginner Series of educational electronic robot and science kits...RocKit Robot! The new futuristic style includes high performance and superior materials. Rockit Robot evolves as a spunky little robot that you can build. Explore the fundamentals of robotics with this informative and entertaining robot kit. Appropriate for ages 10 and up, RocKit Robot is an intelligent robot with a touch/sound sensor. If it comes in contact with an object or hears a loud noise (such as hands clapping), RocKit Robot automatically reverses, then turns left before embarking on a new course.Rockit Robot is lots of fun from the moment it arrives. Requiring only basic hand tools and soldering equipment, it contains step-by-step instructions, unassembled printed circuit board, condenser microphone,and an easy-to-assemble mechanical drive system. It's an ideal gift for the educator, hobbyist or budding scientist. Awards: RocKit Robot has been selected by the Children's Institute For Childhood Resources as one of the "100 Best Children's Products" and "10 Best Software/High Tech Products" for 2001. Specifications: Movement: 3 wheels driven by a dc motor & ratchet mechanism Control: Sound sensor including condenser microphone/transistor Power Source: AA battery x 2 pieces (not included)

The award winning Soccer Robot by OWI has been redesigned to create more excitement and interaction. A third motor has been added to this ultra fantastic robot: Soccer Jr. The third motor is used to catch and shoot a ball (included). Now, there may be many hours scoring goals on the living room coffee table with Soccer Jr. Easy-to-follow, step-by-step instructions allow you to build this exciting interactive robot. Soccer Jr. has six operational legs, a retrieving and kicking mechanism, and a wired controller to activate movement and ball control. It runs forward, backward, turns left or right, and executes 360-degree turns. It will even help develop your hand/eye coordination skills. Play games, tournaments, and surprise friends with great moves. After you have perfected your shooting skills and want to learn something about robots, our highly acclaimed set of instructions allow you to explore. Discover the History of Robots, Mechanism of three motor drive systems, Mechanism of legged drive system, and Investigate Wired Remote Control Systems. Specifications: Power Source: AA battery x 4 pieces (not included) Movement: 6 legs driven by 2 dc motors and 1 dc motor for catch, carry, and shooting Control: Wire remote. Power usage: Max approx. 900mA (3 motors operating) Battery duration: Approx. 2.5 hrs averaging at 550mA (continuous operation average) Size: Body W85 x H140 X D170 mm | Controller W95 x H126 x D31 mm (wire 2cm)

If you thought the award winning Soccer Robot by OWI was awesome, the new speedy design of Soccer Pro is destined for action packed, unparalleled excitement. A third motor and hypersonic wheels have been added for your playing pleasure. Soccer Pro's additional motor is used to catch and shoot a ball (included). Its incredible fast track wheel system powers this unit to make unbelievable sonic maneuvers and can thrust you down the sideline for explosive break-a-ways. This unit will be a mechanical soccer player's dream for those who thrive on speed and coordination. Easy-to-follow, step-by-step instructions allow you to build this exciting interactive robot. Soccer Pro has two wheels, a retrieving and kicking mechanism, and a wired controller to activate movement and ball control. It runs forward, backward, turns left or right, and executes 360-degree turns. It will even help develop your hand/eye coordination skills. Play games, tournaments and surprise friends with great moves. After you have perfected your shooting skills and want to learn something about robots, our highly acclaimed set of instructions allow you to explore. Discover the History of Robots, Mechanism of three motor drive systems, Mechanism of wheeled drive system, and Investigate Wired Remote Control Systems. Specifications: Power Source: AA battery x 4 pieces (not included) Control: Wire remote. Power usage: Max approx. 900mA (3 motors operating) Battery duration: Approx. 2.5 hrs averaging at 550mA (continuous operation average) Size: Body W130 x H77 X D120 mm | Controller W95 x H126 x D31 mm (wire 2cm)

These new robots are designed to introduce students into the exciting world of electronics! Designed with high schools and technical colleges in mind, these robots come complete with detailed instructions. These kits require soldering and make great class projects for beginners! A Robot Car with a sensor to detect noise (like a clap) or physical contact for its reaction. It moves forward when it detects noise and reverses when it touches obstacles. Ages 12 & up Features: - Uses a microphone as a sound sensor - Power Source: Two "AA" batteries (not included)

The Soundtracker will react to sound impulses and objects in its way. it will reverse away from a sound or obstruction, then move forward. Kit contains detailed instructions and educational background information on each component used and why. The kit will teach the fundamentals of sensor technology and show you how it all goes together. No soldering required. Movement: Three wheels driven by a DC motor. Control: Sound sensor including condenser microphone.

"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. Specifications: Movement: 3 legs on each side by crank shaft(s), 2 DC motors. Power: "AA" battery x 2 each, 9v x 1 each (not included). Control: infrared/photo transistor.

"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. Specifications: Movement: 3 legs on each side by crank shaft(s), 2 DC motors. Power: "AA" battery x 2 each, 9v x 1 each (not included). Control: infrared/photo transistor. Size: H110 x L140 x W100 MM

Now OWIKIT brings the Sumo tradition to your home. The super warrior SUMO ROBOT can be controlled to assail and overpower its opponent or retreat to prepare for battle. An infrared sensor beam is emitted when detecting an opponent. Upon detection, it instructs the brain of SUMO to "charge", thereby creating a bonafide wrestling match! You can be the referee (gyoji) and decide who the grand champion (yokozuna) will be. Buy two and let the SUMO ROBOT (wrestling) match begin! Specifications: Movement: 2 tractor style wheels powered by 1 - DC motor. Control: Light Sensor/detectable range: Approx. 350mm (max). Power Source: "AA" x 2 each (electronic circuit), "AA" x 2 each (mechanical). Size: 130 x 137 x 120mm. Timer range: 0.5 - 7.0 seconds. Battery life: Approx. 120 minutes (continuous operation).

Expected 12/24/2008

The Titan Tank is an infrared remote control kit. Its microprocessor provides different channels that allow up to four Titans to fight each other at the same time. Makes a sound when shooting and when it is hit. The Titan moves using six wheels that can move forward, backward, right and left.

The Titan Tank is an infrared remote control kit. Its microprocessor provides different channels that allow up to four Titans to fight each other at the same time. Makes a sound when shooting and when it is hit. The Titan moves using six wheels that can move forward, backward, right and left.

TriBotz is three robots in one package. It uses sensors to avoid objects, follow a line and respond to sound. The TriBotz will react to sound impulses and objects in the way. It will reverse away from a sound of obstruction, then move forward. Make a path with black felt tip marker or black tape and watch how infrared sensors allow the TriBotz to make corrections. No soldering required. Movement: Two wheels driven by two DC motors. Control: Sound sensor including condenser microphone, infrared light sources, and light detectors.

OWI introduces the second generation of its binary navigating robot kit. BINARY PLAYER ROBOT is very “predictable”, two-wheeled robot. An internal program stored on a memory disk created by the user ascertains its predictability. Therein, however, lies the fun. Binary Player Robot is easily re-programmable by the controller… you. Binary Player Robot is controlled by black and white patterns on a disk, which are read by an infrared sensor. Particular patterns activate either of two wheels to turn left, right, forward, or pause. These on/off commands illustrate the basic principles of binary coding. To change a movement program, the operator simply creates a new disk pattern. Set your course and explore the fascinating world of Binary Player Robot! Dr. OWIKIT says this is an excellent Beginner Series robot. This battery-controlled kit can teach the basic principles of robotic sensing and locomotion. It features a pre-assembled printed circuit board, hardware, and mechanical drive system that can be handled by almost anyone from age 10 and up. Only basic hand tools are required for assembly. An infrared sensor and printed circuit board controls your programmable friend. Binary Player Robot is more than just fun. Assembling, building, and following instructions help develop fine motor skills and hand-eye coordination. Easy to assemble, this OWIKIT Intermediate building level robot makes a great entrant for robotic competitions, science fair projects, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities.

These new robots are designed to introduce students into the exciting world of electronics! Designed with high schools and technical colleges in mind, these robots come complete with detailed instructions. These kits require soldering and make great class projects for beginners! This is an interesting robot kit. When it detects sounds, it will move and repeat the following steps sequentially: Start (move forward), Stop, Left Turn, Stop, Right Turn, Stop. Ages 12 & up Features: - Two sets of Gear Motors (unassembled) - Power Source: Mechanical - Two "AA" batteries (not included) - Electronic - 9V Battery (not included)

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. Dr. Robot says this robot is more than just fun. 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. Specifications: Power Source: AA battery x 2 pieces & 9v x 1 piece (not included) Power usage: Max approx. 780mA | Elec Circuit Operating approx 100ma | Sleeping 1.8mA Battery duration: Approx. 2 hrs (continuous operation) | Elec circuit approx 2.5 Size: Body W145 x H85 X L140 mm | Weight 420g (w/o batteries)

Weasel is a tenacious little robot warrior that embodies two sensors that allow it to “see” a line or “feel” its way along walls and around corners. The two motors and contact sensor activate the wall sensing micro switch to control the motors’ on/off operation that determines the path of a wall. It is the classic robot design using the “Left Hand Rule” to escape mazes. With OWI’s continued pursuit in making robots “smart”, they have added an additional feature to this little bundle of energy… a sonic tracking system. Underneath Weasel’s sturdy plastic base, you will discover photo- transistors that enable it to detect and follow a black line. Wow! Weasel still has more features! Want… speed? Well, its three-speed gearbox will help navigate at the velocity you determine. This is a Beginner Soldering Series robot that make great entrants for robotic competitions, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities. Weasel has been selected by the Children's Institute For Childhood Resources as one of the "100 Best Children's Products" and "10 Best Software/High Tech Products" for 2003. Awards: - Dr. Toy 100 Best Children's Products - Dr. Toy 10 Best High-Tech Products - Creative Child Magazine Preferred Choice Award winner Specifications: Power Source: "AA" battery x 2 pieces (not included) Size: Body L152 x H73 X W98 mm | Weight 280g

Weasel is a tenacious little robot warrior that embodies two sensors that allow it to “see” a line or “feel” its way along walls and around corners. The two motors and contact sensor activate the wall sensing micro switch to control the motors’ on/off operation that determines the path of a wall. It is the classic robot design using the “Left Hand Rule” to escape mazes. With OWI’s continued pursuit in making robots “smart”, they have added an additional feature to this little bundle of energy… a sonic tracking system. Underneath Weasel’s sturdy plastic base, you will discover photo- transistors that enable it to detect and follow a black line. Wow! Weasel still has more features! Want… speed? Well, its three-speed gearbox will help navigate at the velocity you determine. Quick and easy to assemble, this is a beginner robot that make great entrants for robotic competitions, robotic workshops, after-school programs, special events, gifts, science enrichment camps, and classroom activities. Weasel has been selected by the Children's Institute For Childhood Resources as one of the "100 Best Children's Products" and "10 Best Software/High Tech Products" for 2003. Awards: - Dr. Toy 100 Best Children's Products - Dr. Toy 10 Best High-Tech Products - Creative Child Magazine Preferred Choice Award winner Specifications: Power Source: AA 3v battery x 2 pieces (not included) Size: Body L152 x H73 X W98 mm | Weight 280g