Rotor clip apparatus and systems

1. A disc assembly, comprising:

a plurality of lugs extending radially from an annular structure; and

a plurality of half cap wear clips, each half cap wear clip coupled to a lug in the plurality of lugs and spaced apart circumferentially from an adjacent half cap wear clip coupled to an adjacent lug in the plurality of lugs, a wear face of each half cap wear clip being spaced apart from an adjacent wear face of the adjacent half cap wear clip defining a torque bar channel therebetween, each half cap wear clip in the plurality of half cap wear clips comprising a deformable feature configured to permanently deform a first distance in response to a load on the wear face exceeding a load threshold.

2. The disc assembly of claim 1 , wherein each half cap wear clip in the plurality of half cap wear clips are riveted to the disc assembly.

3. The disc assembly of claim 1 , wherein the deformable feature comprises a first deformable leg disposed on a first side and extending from a first flange to the wear face.

4. The disc assembly of claim 3 , wherein the deformable feature comprises a second deformable leg disposed on a second side and extending from a second flange to the wear face.

5. The disc assembly of claim 4 , wherein each half cap wear clip further comprises a wear face leg defining the wear face, wherein a cavity is partially defined by the first flange, the second flange, the first deformable leg, the second deformable leg and the wear face leg.

6. The disc assembly of claim 1 , wherein the deformable feature is configured to permanently deform a second variable distance in response to a second load on the wear face exceeding the load threshold after the load threshold was exceeded a first time.

7. The disc assembly of claim 1 , wherein a load distribution between the plurality of half cap wear clips is configured to change in response to one or more of the half cap wear clips in the plurality of half cap wear clips deforming.

8. A wheel and brake assembly, comprising:

a wheel having a radially inner surface;

a plurality of torque bars oriented parallel to an axis of rotation that are radially coupled to the radially inner surface of the wheel; and

a rotor disc assembly comprising a plurality of half cap rotor clips, each torque bar in the plurality of torque bars disposed between a first wear face of a first half cap rotor clip and a second wear face of a second half cap rotor clip, wherein each half cap rotor clip in the plurality of half cap rotor clips is configured to permanently deform a first distance in response to a load on a wear face of the half cap rotor clip exceeding a load threshold.

9. The wheel and brake assembly of claim 8 , wherein each half cap wear clip in the plurality of half cap rotor clips comprises a deformable feature.

10. The wheel and brake assembly of claim 9 , wherein the deformable feature includes a first deformable leg spaced apart axially from a second deformable leg.

11. The wheel and brake assembly of claim 10 , wherein the first deformable leg extends circumferentially from a first flange of the half cap rotor clip to the wear face of the half cap rotor clip and the second deformable leg extends circumferentially from a second flange of the half cap rotor clip to the wear face of the half cap rotor clip.

12. The wheel and brake assembly of claim 8 , wherein a load distribution between the plurality of half cap rotor clips is configured to change in response to one or more of the half cap rotor clips in the plurality of half cap rotor clips deforming the first distance.

13. The wheel and brake assembly of claim 8 , wherein the half cap rotor clip is configured to permanently deform a second variable distance in response to a second load on the wear face exceeding the load threshold after the load threshold was exceeded a first time.