Tamiya 71109 Mechanical Tiger Robocraft Walking Kit  [71109]

Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type
Price:
CAD$17.78
Brand:
Tamiya
Model:
71109
GTIN:
4950344711093
Condition:
Brand New
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alt="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type" title="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type"
alt="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type" title="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type"
alt="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type" title="Tamiya 71109 - Mechanical Tiger - Four Legged Walking Type"

Overview of the Mechanical Tiger

The Mechanical Tiger from the Robocraft range is a hands-on build that appeals to hobbyists and STEM learners. This four-legged walker blends simple mechanics with an approachable assembly process for a rewarding model build and eye-catching display piece.

Clear-Body Styling and Build

Built from yellow semi-transparent ABS resin, the body lets you observe the drivetrain as it moves. The model features a cartoon-style tiger face and includes stripe stickers to personalise its look.

How the Walking Mechanism Works

A compact motor drives crank plates that transfer motion to the legs, making the tiger walk. Builders can select between two gear ratios and four stride settings, creating eight different speed combinations, and a reverse switch enables backward motion.

Assembly and Display

Assembly uses a mix of screws and snap-fit parts, keeping the build straightforward for newcomers while still engaging for experienced model makers. For best results display and run the Mechanical Tiger on flat, smooth surfaces rather than on slopes or thick carpets.

Specifications

  • Total length: 155mm
  • Total weight: 105g (without batteries)
  • Body material: ABS resin
  • Includes gearbox, motor, and reverse switch
  • Requires one R04/AAA/UM4 battery (sold separately)
  • Continuous running time with an alkaline battery: 2 hours
Use flat, hard surfaces such as tabletops or smooth tile for reliable walking. Avoid steep inclines, rough ground, and deep pile carpets which impede leg motion.
Adjust the gearbox between the two gear ratios and swap the stride plates across the four positions to create up to eight speed combinations. Test each setup on a flat surface to compare performance.
Yes. The clear parts and visible mechanism make it a useful demonstration tool for basic mechanics and simple machines in group learning environments.

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