Method and system for rail grabber with attenuated mechanical response
An attenuated rail grabber includes a rigid support member operable to be mounted on a weapon and support an optical device including a first fastener receiver and a second fastener receiver. The attenuated rail grabber includes a fastening mechanism coupled to the rigid support member and operable to fasten the rigid support member to the weapon. The attenuated rail grabber includes a first spring feature coupled to the rigid support member. The first spring feature includes a fore mounting tab having a fore fastener aperture. The attenuated rail grabber also includes a second spring feature coupled to the rigid support member. The second spring feature includes an aft mounting tab having an aft fastener aperture. The fore fastener aperture is operable to receive a first fastener joined to the first fastener receiver and the aft fastener aperture is operable to receive a second fastener joined to the second fastener receiver.
1 . An attenuated rail grabber comprising: a rigid support member operable to be mounted on a weapon having a longitudinal axis and support an optical device; a fastening mechanism coupled to the rigid support member and operable to fasten the rigid support member to the weapon; a first spring feature coupled to the rigid support member, wherein the first spring feature includes a fore mounting tab having a fore fastener aperture, wherein the fore mounting tab is separated from the rigid support member by a first opening; and a second spring feature coupled to the rigid support member, wherein the second spring feature includes an aft mounting tab having an aft fastener aperture, wherein the aft mounting tab is separated from the rigid support member by a second opening; and wherein the first opening, the second opening, the fore mounting tab, and the aft mounting tab are aligned along the longitudinal axis of the weapon, wherein top surfaces of the rigid support member, first spring feature, and the second spring feature are disposed in the same plane.
2 . The attenuated rail grabber of claim 1 , wherein the rigid support member is positioned between the weapon and the optical device after mounting.
3 . The attenuated rail grabber of claim 1 , wherein the attenuated rail grabber is disposed adjacent to the optical device.
4 . The attenuated rail grabber of claim 1 , wherein the rigid support member is disposed between the first spring feature and the second spring feature.
5 . The attenuated rail grabber of claim 1 , wherein the rigid support member comprises a projection configured to align with a corresponding indentation on the weapon.
6 . The attenuated rail grabber of claim 1 , wherein the plane includes the longitudinal axis of the weapon.
7 . The attenuated rail grabber of claim 1 , wherein the first spring feature and the second spring feature allow for relative movement between the rigid support member and the weapon.
8 . The attenuated rail grabber of claim 1 , wherein a g load is reduced from 1500 to 400 g's.
9 . The attenuated rail grabber of claim 1 , wherein the first spring feature has a first shape and the second spring feature has a second shape, wherein the first shape and the second shape are different.
10 . The attenuated rail grabber of claim 1 , wherein the first spring feature has a first shape and the second spring feature has a second shape, wherein the first shape and the second shape are the same.
11 . An attenuated rail grabber operable with a weapon and an optical device, the attenuated rail grabber comprising: a weapon support configured to couple to an accessory rail of the weapon having a longitudinal axis; a first spring feature extending from the weapon support and configured to couple to the optical device, wherein the first spring feature is separated from the weapon support by a first opening; anda second spring feature extending from the weapon support and configured to couple to the optical device, wherein the second spring feature is separated from the weapon support by a second opening, wherein the first opening, the second opening, and the weapon support are aligned along the longitudinal axis of the weapon, wherein top surfaces of the weapon support, the first spring feature, and the second spring feature are disposed in the same plane, and wherein the attenuated rail grabber is configured to reduce shock experienced by the optical device by a predetermined g load.
12 . The attenuated rail grabber of claim 11 , wherein the first spring feature has a first shape and the second spring feature has a second shape, wherein the first shape and the second shape are different.
13 . The attenuated rail grabber of claim 11 , wherein the weapon support is positioned between the weapon and the optical device after mounting.
14 . The attenuated rail grabber of claim 11 , wherein the attenuated rail grabber is disposed adjacent to the optical device.
15 . The attenuated rail grabber of claim 11 , wherein the weapon support is disposed between the first spring feature and the second spring feature.
16 . The attenuated rail grabber of claim 11 , wherein the weapon support comprises a projection configured to align with a corresponding indentation on the weapon.
17 . The attenuated rail grabber of claim 11 , wherein the first spring feature has a first shape and the second spring feature are has a second shape, wherein the first shape and the second shape are the same.
18 . The attenuated rail grabber of claim 11 , wherein the plane includes the longitudinal axis of the weapon.
19 . The attenuated rail grabber of claim 11 , wherein the first spring feature and the second spring feature allow for relative movement between the weapon support and the weapon.
20 . The attenuated rail grabber of claim 11 , wherein the predetermined g load is reduced from 1500 to 400 g's.