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