Prototypes Made From Legos (Page 3 of 3)

Posted on January 2, 2018January 2, 2018 by HTDNET Support Services

PROTOTYPES MADE FROM LEGOS (Page 3 of 3)

These photos show prototype modules connected in triangular and rectangular loop patterns.

Set of six modules connected in a triangular loop pattern, with all legs fully retracted.
Figure 50. View 1
Set of six modules connected in a triangular loop pattern, with all legs fully retracted.
Figure 51. View 2
Set of six modules connected in a triangular loop pattern, with all legs fully retracted.
Figure 52. View 3
Set of six modules connected in a triangular loop pattern, with all legs fully retracted.
Figure 53. View 4
Set of six modules connected in a triangular loop pattern, with all legs fully extended.
Figure 54. View 1
Set of six modules connected in a triangular loop pattern, with all legs fully extended.
Figure 55. View 2
Set of six modules connected in a triangular loop pattern, with all legs fully extended.
Figure 56. View 3
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully extended.
Figure 57. View 1
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully extended.
Figure 58. View 2
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully extended.
Figure 59. View 3
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully extended.
Figure 60. View 4
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully retracted.
Figure 61. View 1
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully retracted.
Figure 62. View 2
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully retracted.
Figure 63. View 3
Set of six modules connected in a triangular loop pattern, with only one pair of legs fully retracted.
Figure 64. View 4
Set of eight modules connected in a rectangular loop pattern, with all legs fully retracted.
Figure 65. View 1
Set of eight modules connected in a rectangular loop pattern, with all legs fully retracted.
Figure 66. View 2
Set of eight modules connected in a rectangular loop pattern, with all legs fully extended.
Figure 67. View 1
Set of eight modules connected in a rectangular loop pattern, with all legs fully extended.
Figure 68. View 2
Set of eight modules connected in a rectangular loop pattern, with all legs fully extended.
Figure 69. View 3
Set of eight modules connected in a stretched loop pattern.
Figure 70. View 1
Set of eight modules connected in a stretched loop pattern.
Figure 71. View 2
Set of eight modules connected in a stretched loop pattern.
Figure 72. View 3
Set of eight modules connected in a stretched loop pattern.
Figure 73. View 4
Set of eight modules connected in complex loop patterns.
Figure 74. Curved pattern
Set of eight modules connected in complex loop patterns.
Figure 75. Twisted pattern

Prototypes Made From Legos (Page 2 of 3)

Posted on January 2, 2018January 2, 2018 by HTDNET Support Services

PROTOTYPES MADE FROM LEGOS (Page 2 of 3)

These photos show prototype modules connected to form partial or complete cells, and cell interconnections.

Three modules connected to each other, with clockwise common corner.
Figure 29. View 1
Three modules connected to each other, with clockwise common corner.
Figure 30. View 2
Three modules connected to each other, with clockwise common corner.
Figure 31. View 3
Three modules connected to each other, with clockwise common corner.
Figure 32. View 4
Three modules connected to each other, with counter-clockwise common corner.
Figure 33. View 1
Three modules connected to each other, with counter-clockwise common corner.
Figure 34. View 2
Three modules connected to each other, with counter-clockwise common corner.
Figure 35. View 3
Three modules connected to each other, with counter-clockwise common corner.
Figure 36. View 4
Set of four modules connected in a loop with telescoping legs fully retracted.
Figure 37. View 1
Set of four modules connected in a loop with telescoping legs fully retracted.
Figure 38. View 2
Set of four modules connected in a loop with telescoping legs fully retracted.
Figure 39. View 3
Set of four modules connected in a loop with telescoping legs fully extended.
Figure 40. View 1
Set of four modules connected in a loop with telescoping legs fully extended.
Figure 41. View 2
Set of four modules connected in a loop with telescoping legs fully extended.
Figure 42. View 3
Set of six modules connected as 2 sets of 3 modules connected to each other and as 3 parallel pairs of connected telescoping legs.
Figure 43. Retracted legs, side view
Set of six modules connected as 2 sets of 3 modules connected to each other and as 3 parallel pairs of connected telescoping legs.
Figure 44. Retracted legs, top view
Set of six modules connected as 2 sets of 3 modules connected to each other and as 3 parallel pairs of connected telescoping legs.
Figure 45. Extended legs, side view
Set of six modules connected as 2 sets of 3 modules connected to each other and as 3 parallel pairs of connected telescoping legs.
Figure 46. Extended legs, top view
Set of six modules connected as a single full cell
Figure 47. View 1
Set of six modules connected as a single full cell
Figure 48. View 2
Set of six modules connected as a single full cell
Figure 49. View 3