Configurable remote weapon station having under armor reload
View Patent ↗An RWS is configurable to adjust the height of a rotational elevation axis thereof by providing interchangeable pairs of removably mounted yoke arms, wherein the pairs have different heights. The RWS is provided with at least one fixed hanging ammunition container that is reloadable under the armored protection of the vehicle and the RWS shell.
1. A remote weapon station comprising:
an armored pedestal adapted to be mounted on an armored vehicle, wherein the pedestal is rotatable about an azimuth axis relative to the armored vehicle and the pedestal defines an interior compartment accessible from within the armored vehicle;
a weapon support yoke mounted on an exterior of the pedestal;
an ammunition container having an ammunition storage portion and an ammunition exit chute leading from the storage portion, wherein the ammunition container is fixed to the pedestal such that the storage portion of the ammunition container resides at least mostly within the interior compartment of the pedestal and the exit chute of the ammunition container extends through the pedestal, the storage portion of the ammunition container having a reload opening by which the ammunition container may be reloaded with ammunition;
wherein the ammunition container is fixed to the pedestal such that the storage portion of the ammunition container is immovably suspended at a permanent location within the interior compartment of the pedestal;
whereby a belt of linked ammunition is fed from the storage portion through the exit chute to supply a weapon carried by the weapon support yoke, and the ammunition container is reloadable by personnel under protection of the armored vehicle and the pedestal;
wherein the ammunition container is reloadable, and the weapon is able to be fired and supplied with ammunition from the ammunition container, while the ammunition container is at the permanent location.
2. The remote weapon station according to claim 1 , wherein the storage portion of the ammunition container resides completely within the interior compartment of the pedestal.
3. The remote weapon station according to claim 1 , wherein the ammunition container further includes a flange on the exit chute, and the ammunition container is immovably suspended from the pedestal by threaded fasteners engaging the flange and the pedestal.
4. The remote weapon station according to claim 1 , wherein the storage portion of the ammunition container has a pair of side walls connected by a front wall and a top wall, and wherein a bottom of the storage portion is open to provide the reload opening.
5. The remote weapon station according to claim 4 , wherein both the bottom and a rear of the storage portion are open to provide the reload opening.
6. The remote weapon station according to claim 1 , wherein the weapon support yoke is configured to support two weapons and the remote weapon station comprises two ammunition containers respectively associated with the two weapons, and wherein the respective reload openings of the two ammunition containers face a common reloading space between the two ammunition containers within the interior compartment.
7. A weapon station apparatus comprising:
a pedestal adapted to be mounted on an armored vehicle for rotation relative to the armored vehicle about an azimuth axis, the pedestal including a pair of laterally-spaced yoke arm attachment interfaces;
a pair of elevation yoke arms configured for removable mounting on the pair of yoke arm attachment interfaces of the pedestal for movement with the pedestal;
a pair of elevation rotary bearings respectively supported by the pair of elevation yoke arms, the pair of elevation rotary bearings being aligned with each other to define a rotational elevation axis, the pair of yoke arms being configured for supporting a weapon therebetween for rotation about the elevation axis;
wherein each of the pair of elevation yoke arms includes a respective yoke arm base adapted for removable mounting to one of the yoke arm attachment interfaces of the pedestal;
wherein the pedestal further includes a pair of yoke arm pivot interfaces spaced from the pair of yoke arm attachment interfaces, and wherein the yoke arm bases of the pair of yoke arms are further adapted for pivotal mounting to the pair of yoke arm pivot interfaces of the pedestal, whereby the pair of yoke arms is pivotable relative to the pedestal when the pair of yoke arms is situated on but not fixedly attached to the pedestal.
8. The apparatus according to claim 7 , wherein the pair of yoke arm pivot interfaces define a yoke arm pivot axis parallel to the elevation axis.
9. The apparatus according to claim 8 , wherein the yoke arm pivot axis is behind the elevation axis.