Tamiya 71105 Mechanical Giraffe Robocraft Build Kit  [71105]

Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type
Price:
NZD$23.58
Brand:
Tamiya
Model:
71105
GTIN:
4950344711055
Condition:
Brand New
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alt="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type" title="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type"
alt="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type" title="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type"
alt="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type" title="Tamiya 71105 - Mechanical Giraffe - Four Leg Walking Type"

Intro to the Tamiya 71105 Mechanical Giraffe project

The Tamiya 71105 Mechanical Giraffe is part of the Robocraft Series and gives hobbyists a practical way to explore mechanical linkages. Its four-legged mechanism uses a motor and crank plates to translate rotation into a walking cycle that mimics animal gait.

Visual design and internal access

The model features extended neck and leg components in transparent-coloured parts, allowing a view of internal systems. The see-through pieces make it easy to inspect the gearbox and the reverse switch while the kit is in motion.

Putting the model together and exhibiting it

The kit assembles with a mix of screws and snap-fit parts, suitable for newcomers yet satisfying for experienced builders. When displayed on a flat, even surface the giraffe walks slowly and steadily, making it an engaging addition to a classroom or collection.

Specifications

  • Total Length: 190mm
  • Total Weight: 110g (without batteries)
  • Body Material: ABS resin
  • Includes Gearbox, Motor, and Reverse Switch
  • Requires one R6/AA/UM3 battery
  • Continuous Running Time: 1.5 hours with Alkaline battery
The kit includes a matched motor and gearbox. Modifying motor size or gearing is possible but may change speed and load on the crank mechanism, so proceed with care and basic electronics knowledge.
Keep moving parts free of dust and check screw tightness periodically. Clean gears gently and replace worn parts to preserve smooth operation during repeated demonstrations.
Yes, its visible mechanics and simple assembly make it a strong teaching aid for basic engineering concepts and hands-on learning activities.

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