The Tamiya 70266 Walking Brachiosaurus offers a hands-on model build that showcases its moving parts through transparent components and timber elements. It is suited to hobbyists exploring mechanical movement and STEM projects.  [70266]

Tamiya 70266 - Walking Brachiosaurus
Price:
NZD$34.41
Brand:
Tamiya
Model:
70266
Condition:
Brand New
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Project Summary for Tamiya 70266 Walking Brachiosaurus

The Tamiya 70266 Walking Brachiosaurus combines clear plastic with poplar-style wood to create an instructive and attractive mechanical model. Builders can follow the assembly to learn how linkages and gears create coordinated limb motion.

Clear Parts and Woodwork

Transparent components let you see shafts and gears turning, while the wooden sections are straightforward to shape and personalise. This mix of materials adds visual interest and practical value for classroom or home projects.

Drive System and Motion

The unit includes a pre-built plastic gearbox with an integrated motor, so you spend less time on intricate gearing. With a 288:1 gearbox ratio the brachiosaurus moves slowly at about 1.8 cm per second as the crank drives the legs, head and tail.

STEM Learning Opportunities

This kit demonstrates mechanical advantage, timing and simple kinematics, making it useful for education and hobby learning. The model's complexity sits at level 3 out of 5, giving a balanced challenge for teens and adults.

Specifications

  • Dimensions: Length 432mm, Width 92mm, Height 260mm
  • Material: Transparent plastic and poplar-type wood
  • Weight: Approximately 240g (including battery)
  • Required Power: One AA battery (sold separately)
  • Running Time: Approximately four hours
The kit is mainly snap-fit but light glue can help secure wooden joints. Paint is optional and best applied to wood after trial assembly to ensure fit.
Use a quality AA cell for reliable motor performance. Expect roughly four hours of run time depending on battery brand and condition.
Yes, the wooden parts are amendable to small mods and the gearbox can be studied for custom link adjustments, but keep gear loads reasonable to avoid motor strain.

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