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...	...	@@ -1,4 +1,4 @@
1		-= Gears =
	1	+Gears
2	2	Edit
3	3	16T driven + 48T idler = 3:1 ratio
4	4
...	...	@@ -12,7 +12,7 @@
12	12
13	13	This has no effect on gearing, rpm or overall angle. Having both gears on the LSS creates a second driven axis. A 1:1 configuration can be used with the gear bracket where high axial or radial loads exist. Center distance when using these two gears is 1.00 inches.
14	14
15		-= External Gear Specs / Drawing =
	15	+External Gear Specs / Drawing
16	16	Edit
17	17	{Include image showing what each value represents - use Wikipedia or any other site "Spur gear nomenclature"}
18	18
...	...	@@ -24,17 +24,16 @@
24	24	Outer Diameter 1.06" 1.06"
25	25	Material Aluminum Aluminum
26	26	Spline
27		-
28		-= Spline =
	27	+Spline
29	29	Edit
30	30	LSS Gear - 16T - Splines.png
31	31
32	32	The spline used on the LSS external gears is a 24 tooth version which is compatible with Hitec components.
33	33
34		-= Gear Bracket Assembly / Mounting & Parts =
	33	+Gear Bracket Assembly / Mounting & Parts
35	35
36	36	Show in images how to assemble the gear bracket with various parts: bearings, shaft, shaft retainer, idler, gear (two options). Include RobotShop Parts #s
37	37
38		-= LSS External Gear Mounting Options =
	37	+LSS External Gear Mounting Options
39	39	Edit
40	40	There are various ways to mount the gears to the servo without using the gear bracket. Below are just some examples showing gears mounted with and without the gearbox bracket. Note that the gearbox bracket can be mounted on multiple sides of the servo. The gearbox bracket is used largely for applications with higher forces (axially and radially) and higher torque.