unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
unicorntoys cic kits joystick robotic arm educational robot engineering stem toys for teens CIC21-537
Joysticks Robotic Arm
Joysticks Robotic Arm

Joysticks Robotic Arm

Regular price $69.99 CAD Sale price$64.99 CAD
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  • Free Shipping over C$50
  • Low stock - 6 items left
  • Inventory on the way
  • Joysticks Robotic Arm is a unique project with many surprises awaiting your little engineer to discover. Unlock the safety switch & press on the red power button to start! This  Omni-directional Robot Arm can interchangeable 2-claw and 4-claw grippers mode, so kids can grab a whole range of different objects. A young curious engineer can tell how the inner parts work together, for example, connecting rods to pilot planetary gear system or gear movements to active transmission. Through the hands-on assembly, children will not only acquire mechanical knowledge but also build up better problem-solving skills! 
  • Open Chassis Design: The openwork chassis lets you in on all the secrets behind the operation. Kids have the chance to see how the inner mechanical parts of this robot arm work together. While other robot arm devices need one motor for each joint, Joysticks Robotic Arm applies intelligent mechanical design to inspire your kids thinking outside of the box. 
  • Omni-directional Robot Arm: The innovative Joysticks Robotic Arm can be easily operated by two joysticks to control the 4 axes in 8 different directions at the same time! Operating your own claw machines and testing your own motor skill by picking up various objects!
  • STEM Engineering Challenge: Joysticks Robotic Arm is a complex project but it is extremely rewarding. Your child can develop a deeper knowledge about mechanical and engineering compared to their peers while also having a creative pickup toy to play with for months!
  • Specification
    • Weight: 600g
    • Origin: Made in Taiwan
    • Maximum Lift: about 50g
    • Battery: 2 x D Batteries (not included)
    • Minimum Age: 10+
    • Recommended Age: 12+
    • Package size (WxDxH): 398mm×105mm ×290mm

We only ship with tracking option to help you prevent package loss.

Order processing time: 1- 2 days.

For order above C$50:

 Place Est. Time Cost
Greater Toronto Area 1-3 days Free
Ontario  2-4 days Free
Within Canada 4-10 days Free
US 6-14 days

C$12 fee for order less than C$60. Free otherwise.

 For order under C$50: Flat shipping fee C$8

Customer Reviews

Based on 1 review
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J
Jerome
Interesting, complex, challenging

My 10 years old enjoyed a long moment working on this. The mechanisms are very impressive. A few pieces were lost in the process (or missing?), filled the form on the website and had a very good service, received in one week. My son found it quite interesting but challenging, there was a few cases where it would jam because he cannot execute everything perfectly. One time it was an execution error (backtracked and found himself, good learning), other cases was a small detail (eg attaching pins not fully removed), and finally some cases where we couldn’t fully find the cause (something would create some resistance). The resulting arm works, but the opening/closing of the grippers works only sometimes, something is not running smoothly. All in all, despite the challenges, he enjoyed, and we ordered the wired control robot arm, which should be simpler, and will be interesting to compare both.

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