Energid Technologies

KHR-2HV had shocked not only the world of hobby robot but also other fields such as education for its functionality and easiness to deal. In addition to increased mobility with high voltage servo, it has stronger movable shafts, various excellent servo, and RCB-3 control board, which realize perfect capacity. This evolution achieves substantial progress in functions and it would meet the expectation of future hobby robot fans.

BRAT stands for Bipedal Robotic Articulating Transport. The robot is a 6 servo biped walker featuring three degrees of freedom (DOF) per leg. The robot can walk forward or backwards and turn in place left or right with variable speed. It can even do lots of Robo-One style acrobatic moves. Our combo kits include everything needed to make an operational robot, however the chassis and servos are available separately for those who want to use their own electronics.

The Bioloid Kit is an educational kit for building various robots such as the autonomous exploration robot, quadruped puppy robot, hexapod, spider robot and much more.etc.. using a well research high tech daisy chained servo motors. Students will learn many principles on robotics as well as the basis behind actuator movements and DOF angles. Behavior Programming of the Bioloid can be achieved using its 3 dimensional Motion Editor. This special software is used to program any movements of your bioloid, any behavior, reaction, artificial intelligence. There is also C programming which allows high end experts to program their bioloid in a totally different platform.

The i-Sobot is fully functional and features 17 custom designed servomechanism (actuators) and gyro-sensor that allow it to freely moving its joints for expected performance, vivid movement, and incredible flexibility. The toy owner can command i-Sobot to perform over 200 classical actions plus special actions like dancing and guitar playing via voice command or a LCD remote control!. With these features and specifications in the current market, one can only found them on other much expensive humanoid robots.

A semi-enclosed, advanced design, five axis, robot arm with electrical gripper.
A five axis robot arm popular with those educators who need a rugged semi-enclosed design suitable for students at the community college through university level. Constructed out of 0.125 inch and 0.250 inch thick aluminum plate for years of trouble free service. Powered by six PMDC servo motors with integral gearboxes and incremental encoders. Home position microswitches on all axes and on the hand. Easy to service and repair construction throughout.

IRB 580 is a highly flexible, cost-effective and accurate paint robot system. IRB 580 takes precision a step further by combining the advanced functions of the IRB 5400 series with a compact design.
The hollow-wrist IRB 580 is a compact, fast and accurate paint robot, which offers increased productivity, high precision and efficiency. It is available in two versions.

Plastic base pre-mounted including 2 DC motors (6v). Caterpillar tracks. Dimensions : 190 x 130 x 60 mm.

Length: 10.00". Width: 11.00". Height: 5.00". Ground Clearance: 1.00". Deck Height: 3.00". Deck Dimension: 7.25" W x 7.88" D. Weight: 3.0 lbs (no batteries or electronics). Speed: 24.0 in/sec.

The Robot Kit is a robust chassis for your RC or autonomous robot experimentation. By utilizing some common RC truck tires and wheels the robot has excellent traction. Making use of our small NiMH battery packs and the R/C motor controller means there is plenty of room inside for additional electronics. We have optional accessories, such as a Pan and Tilt or grippers, with many more in the works

Includes: For atmega8. cpu – ATmeag8-8Mhz. Program downloader- ISP cable. Program : AVRGCC, Codevision. Servo Motor : 2 EA. 4EA DC motors. Zigbee Wireless. Wireless CAM not included.

ATmeag8-8Mhz, Program downloader - ISP cable. Program : AVRGCC, Codevision, Servo Motor : 2 EA. 4 DC motors, Wireless CAM not included

Rated voltage - 12v, Rated speed - 170rpm. Rated torque 1.5kg/cm, Stall Current 2.5A. Encoder counts per output shaft turn 3600.

Actin is a C++ software toolkit that simplifies robotic control applications by providing powerful software components and control methods for simulating and controlling complex mechanisms. Based on software developed for NASA, the Actin toolkit provides coordinated control for fixed or mobile robots with up to 100 independent moving parts and Windows-based libraries that robotics developers can use to quickly create complex, intelligent control systems. The developer specifies the robot kinematics and desired behavior, and Actin produces algorithms for setting joint positions and rates to achieve specified hand motion. With Actin, roboticists are free to focus on what the robot does and where the hands and tools should be, not on how they get there. For mechanisms with many moving parts, tasks can be accomplished in an unlimited number of ways. The human arm, for example, can position and orient the hand while retaining freedom of motion in the elbow. Actin takes advantage of this kinematic redundancy to produce intelligent robotic motion, including collision avoidance, joint limit avoidance, minimum motion, and strength optimization. Through a configurable object-oriented design, Actin applies to many robot types. It works with fixed-base manipulators, as would be typical for factory automation, and with mobile manipulators, as would be appropriate for home and entertainment. Actin works with almost any joint type or hand type and with a virtually unlimited number of degrees of freedom and branching connections.

For atmega128. cpu - ATmeag128-16Mhz program downloader- ISP cable, Program : AVRGCC, Codevision Servo Motor : 12 EA. Aluminum frame

SRF235 pencil beam Range finder
The SRF235 is a narrow beam ultrasonic ranger, with a beam width of just 15°. An industrial high frequency air coupled transducer operating at 235KHz is used for both Transmit and Receive.
Specification: Voltage: 5v. Current: 25mA Typ. Frequency: 235KHz. Range:10cm -1.2m. Beam Width: Narrow Beam - Just 15°. Connection: Standard I2CBus. Timing: Fully timed echo, freeing host controller of task. Units: Range reported in uS, mm or inches. Small Size: 34mm x 20mm x 19mm height.

Sensor: Passive infrared.his sensor detects changes in infrared radiation which occur when there is movement by a person (or object) which is different in temperature from the surroundings. As this sensor detects temperature differences, it is well suited to detecting the motion of people by their body temperature.

These modules are very simple and compact, and connect to any micro controller via the 4-pin header (0.100 spacing). These modules provide 2 degrees of rotational resolution, or 176 transitions per revolution using the included 44 spoke encoder disks. Using a 2.55 diameter wheel (for example), this translates into 0.045 (1.14 mm) of linear resolution

A favorite with sumo robot builders, the small IR reflective sensor can easily mount to the front of your sumo robot. It is assembled using surface mount technology. Plug and Play with the Mini Atom Bot Board microcontroller.
Specification: Sensor type: Reflective IR. Minimum: range1/8" from floor. Maximum range: 1/2" from floor. Input voltage: 5vdc regulated Current requirements 18mA - 29mA

Detects your finger anywhere on this linear/circular touch sensor. Output one Analog channel and two Digital channels. The Analog value represents the position on the circle/line. One Digital value indicates touch, and the other Digital value indicates proximity.

The POB-Bot Golden Pack provides a mechanical base on which an intelligent color camera, a screen, an I/O module and a motorized grip are mounted. A CD-Rom with examples and development tools, a serial cable for your PC are also provided.
Development in C, Java or Basic. The first robot totally open for users, as well for mechanical, electronics as software. You can use your robot with given examples or let your imagination go free by developing new behaviors or adding electronics to increase capabilities and give new horizons to your robot.

The reflective IR sensor trio makes following lines easy. It's assembled using surface mount technology. Plug and Play with the Mini Atom Bot Board microcontroller.
Specification: Sensor type: Reflective IR. Minimum range: Almost touching the floor. Maximum range: 0.5 from floor. Input voltage: 5vdc regulated. Current requirements: 50-65mA.

Microcamp board with Battery holder, PX-400 Programmer. CX-4 Serial cable, ZX Switch, ZX-IR reflector, GP2D120. 16x2 LCD, Ir-Sensor, ER4 Remote Control, Mechanical parts. CD-ROM and Documentation.

Weight: 55g. Size: 50 x 32 x 38 mm. Supply Voltage: 7-10V. Max Holding Torque: 12 Kg-cm 7V, 16.5 Kg-cm 10V. Speed: 0.269sec/60°7V,0.196sec/60°10V. Operating Angle: 300°. Current (max): 900mA. Command: Digital Packet. Protocol: Half Duplex Async Serial (8bit, 1 stop, No parity). Feedback: Position, Temperature, Load, Input Voltage, etc.

JAX-1 (Include Javelin Stamp), Manual, CD-ROM Program, CX-232 Cable, SLCD16x2, Potentiometer, Infrared Receiver 38kHz Module , Easy Remote4, 12Vdc Adaptor.

Piezoelectric Vibration sensor. As the transducer is displaced from the mechanical neutral axis, bending creates strain within the piezoelectric element and generates voltages.

This handy servo driver allows you to operate your servo or like device quickly and easily. Useful for aligning servos during construction of a robot or experimenting with motor drivers without needing to write a program.

measures up to 3 kilograms. Reading: With no force the resistance is over 100K Ohm, As the force increases the resistance falls to 1K Ohm. Board Dimensions: 2.8 x 3.0 cm. 24 Inch cable included

Features: Synchronous regenerative drive, Ultrasonic switching frequency. Thermal and over current protection, Lithium protection mode. Control : Analog, R/C, simplified serial, packetized serial. Channels : 2 (dual motor controller). Voltage: 6.0vdc - 18.0vdc. Cont. Current : 5 amps. Peak Current : 10 amps.