
Learn basic robotic technology and build your own Robotic Arm Wired Controlled! This innovative robotic arm has an extensive range of motion through all pivot points. It's an introduction to Robotics and Mechanical Engineering that will excite young and old engineers. Five motors power five joints for optimal control and movement. Assembly is easy to navigate with no soldiering required- just diagonal clippers, a screw driver and your creative mind. Develop problem solving skills while you assemble and start operating your own robot arm. Lifting capacity: 100 g (3.5 oz). Horizontal reach 320 mm. Vertical reach 380 mm. Base rotation range 270. Base motion range 180. Elbow range 300. Wrist motion range 120. 4 D batteries required but not included. For engineers 12 and up. TEACH TECH™ features robotic kits that explore renewable energy and coding! TEACH TECH™ follows the Learn By Doing® philosophy found in all of Elenco’s products. With TEACH TECH™, kids can enjoy hours of educational fun while boosting their confidence and critical thinking skills. Products in this line appeal to anyone who enjoys using their hands to build, tinker, and bring to life their creations with movement, coding, and programming. Forward-thinking kids can explore alternative energy with kits that highlight solar, hydraulic, or wind power. Developed in 2019 with a fundamental focus in STEM education, the TEACH TECH™ product line is comprised of three categories: Coding- These build-it-yourself robots teach children the fundamentals of robotics and coding, while incorporating problem-solving and creativity. Tobbie II and Mech-5 are ingenious coding robots that will keep children challenged and engaged, while still having fun.
Q: What is the range of motion of the robotic arm's elbow?
A: The elbow of the robotic arm has a range of motion of 300 degrees.
Q: What is the maximum weight the robotic arm can lift?
A: The maximum weight the robotic arm can lift is 100 grams, or 3.5 ounces.
Q: Does the robotic arm require any soldering during assembly?
A: This robotic arm does not require soldering to assemble.
Q: What tools are needed to assemble the robotic arm?
A: You will need diagonal clippers and a screwdriver to assemble the robotic arm.
Q: How many motors power the robotic arm?
A: Five motors power the robotic arm's five joints for optimal control and movement.