Tamiya 71102 Mechanical Kangaroo – Two Leg Jumping Type

Discover the innovative model from the educational robots series – Tamiya 71102 Mechanical Kangaroo – Two Leg Jumping Type. This unique product combines elements of technology, biology, and mechanics, replicating the movements of the Australian kangaroo in the form of a fun, self-assembly robot. Find out why this model is an excellent choice for both beginners and advanced modelers, as well as educational robotics enthusiasts!

• Category: Educational mechanical assembly model
• Scale: The model does not have a specified scale – it is an educational robot
• Country of inspiration: Australia (kangaroo – Australian endemic)
• Material: Durable plastic with semi-transparent components assembled with screws and snap-fits
• Extras: Mechanical direction switch, rubber wire ends, two gearboxes with adjustable gear ratios for different movements and speeds

Historical and technical description: The Tamiya 71102 model is inspired by the biomechanics of kangaroo jumps, presenting the animal’s movement – both slow movements using all limbs and rapid jumps with the tail used for balance. The robot’s construction enables observation and learning of power transmission mechanisms, gearbox operation, and stabilization systems.

The complete kit includes: an electric motor, transparent body and leg components, gear set, a tail used for changing direction, and a pictorial manual that makes assembly easier. It is perfect as an educational tool, developing manual skills and understanding the principles of mechanics. The open design allows viewing of operating mechanisms, increasing the educational value of the set.

Usage period: This is a modern educational model, designed for contemporary times.

Recommended: An ideal model for youth, beginners, and anyone interested in mechatronics, STEM education, and robot building (difficulty level 2/5). Fast, clean assembly, clear intuitive instructions, and a faithful reproduction of the animal’s movement make this product an attractive choice for first experiences with mechanical modeling.