- Bore Diameter
- 0.4370 inches minimum and 0.4375 inches maximum
- Bore Center To Shank End Distance
- 1.9900 inches minimum and 2.0100 inches maximum
- Hardness Rating
- 39.0 rockwell c minimum and 42.0 rockwell c maximum rod end body
- Hardness Rating
- 55.0 rockwell c minimum and 62.0 rockwell c maximum inner member
- Hardness Rating
- 28.0 rockwell c minimum and 37.0 rockwell c maximum race insert
- Inner Member Width
- 0.5600 inches minimum and 0.5620 inches maximum
- Inspection Hole Center To End Distance
- 0.4800 inches minimum and 0.5200 inches maximum
- Overall Length
- 2.5750 inches nominal
- Material Document And Classification
- ams 5630 assn std 1st material response or ams 5629 assn std 2nd material response inner member
- Material Document And Classification
- mil-s-5000 mil spec single material response race insert
- Material Document And Classification
- qq-c-00465 fed spec single material response rod end body
- Material
- plastic polytetrafluoroethylene race liner
- Material
- steel comp 440c or steel comp xm-13 inner member
- Material
- steel comp 630 race insert
- Material
- steel comp e4340 rod end body
- Outer Member Outside Diameter
- 1.1400 inches minimum and 1.1600 inches maximum
- Outer Member Width
- 0.4470 inches minimum and 0.4570 inches maximum
- Shank Width Across Wrench Flats
- 0.6150 inches minimum and 0.6270 inches maximum
- Shank Style
- internally threaded w/hexagon end and inspection hole
- Shank Thread Length
- 1.1250 inches nominal
- Static Radial Load Rating
- 12000 pounds
- Style Designator
- ball type
- Surface Treatment Document And Classification
- qq-p-35 fed spec single treatment response inner member
- Surface Treatment Document And Classification
- qq-p-416,type 2,class 2 fed spec single treatment response rod end body
- Surface Treatment
- cadmium and chromate rod end body
- Surface Treatment
- passivate inner member
- Thread Class
- 3b
- Thread Diameter
- 0.437 inches nominal
- Thread Direction
- right-hand
- Thread Quantity Per Inch
- 20
- Thread Series Designator
- unjf