Geared MOTORs To Meccano And Lego Conversion – Kit Parts – UPDATED – AXLES And PEGS 3D Printer Model

Author: @
License: CC BY-NC
File formats: stl
Download type: zip
Size:324.6KB

The file 'Geared MOTORs To Meccano And Lego Conversion – Kit Parts – UPDATED – AXLES And PEGS 3D Printer Model' is (stl) file type, size is 324.6KB.

Summary

This is a Conversion Kit for the Yellow TT Motors off of ebay - is for connecting to Meccano and Lego Parts. This allows the user to easily create Motorized Cars, Vehicles; Remote Control Automotans; and automated Robots - etc.

The Kit assumes usage of my already designed Meccano Parts - from here or other of my Meccano Parts Pages.

The Conversion Parts specifically are the Gears and Wheels - with the Moon-Cut Circle to plug onto the Motor. These have Holes compatible with Lego 16-tooth Gears and the Lego X-Axles. There are alternate Dual Holes to screw onto Meccano Rods.

The Conversion Parts:

  • Converter Peg - converts Motor Moon Axle to Lego Technic X-Axle.
  • Gear Base - converts Motor to 16-Tooth Gear without Teeth - just Lego Holes.
  • Gear - converts Motor to Lego Gear.
  • Mecc Peg - converts Motor to Meccano Holes.

These Parts are under Planar and Extended Axle Forms.

Also are the Front and Back Motor-Mount Parts that act as sleeves to place over the ends of the specific Motors listed above. Meccano Parts can then be screw mounted on them for projects.

Additionally are added: two Axles. One Axle/Motor is to match the Motor Beveled axle - to allow adding of free rolling Wheels without the use of a Motor. Second Axle/Peg is meant to be cut into pieces - and act as a Parts Connector without the use of Screws or Bolts. Note, to use the Wheels Axle - the user will need to drill a larger Hole into the Wheel Axle Part.

Screws 1/2inch #4 or #6 are also needed - else M2 or M3 Bolts.

Some simple example projects are pictured that my daughter built: a Dragster, and a Walking Duck. They are automated by wiring the Motors to old toy truck Remote Controllers. And yes, the Duck walks - by rotating Legs , pretty well actually - that which my daughter built.

Have Fun !

If you build this, then deffinately refer to Meccano Base Parts Plates Struts Angles - for additional parts.

Gear16T_GEAR16T_MTRMNT_25x25x14_003e.stl 98.1KB
Gear16T_GEAR16T_MTRMNT_Plane_25x25x6_011a.stl 72.8KB
Gear16T_GRBASE_20x20x6_001b.stl 23.5KB
Gear16T_GRCVTRXY_X1Y1Z1_12x12x6_013a.stl 52.2KB
Gear16T_GRCVTR_12x12x6_006e.stl 43.8KB
Gear16T_GRJNTXY_24x20x14_009d.stl 68.1KB
Gear16T_GRJNTXY_Plane_27x24x9_012f.stl 67.9KB
Gear16T_MTRMNT_hols_bk_28x26x20_008c.stl 75.1KB
Gear16T_MTRMNT_hols_bk_28x26x20_009a.stl 51.8KB
Gear16T_MTRMNT_hols_fr_28x24x20_007a.stl 42.3KB
Gear16T_MTRMNT_hols_fr_28x24x20_007b.stl 59.2KB
M1_ConeHalfSHOULDER_4x2a3_45x50x25_p003b.stl 158.0KB
M1_DOMEHemiSphere_4x4a2_20x40x40_p054a.stl 265.6KB
M1_PLATEcircle_BugBASE_Tabs4_4x4x0_38x38x8_p094b.stl 66.7KB
M1_PLATEHEX_4x3x0_31x27x2_p028a.stl 34.8KB
M1_PLATETRIANGLE_10x4x0_100x40x2_p108a.stl 58.1KB
M1_Strip_4x2x0_44x20x2_p023a.stl 29.9KB
M1_Strip_7x1x0_74x10x2_p006a.stl 19.2KB
RSM_AXLEmtr_X0Y0Z0_0x0x4_5x4x40_p039e_.stl 2.6KB
RSM_AXLEpeg_X0Y0Z0_0x0x2_3x3x40_p040c_.stl 2.2KB
RSM_STRUT_X4Y4Z0_4x1x1_45x8x8_p009b_.stl 99.6KB