3D preview of Servo Housing with Symmetric Pitch Flanges
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Interactive 3D model of Servo Housing with Symmetric Pitch Flanges

Enclosures and housings

Servo Housing with Symmetric Pitch Flanges

5 views
Bounding box
140.0 × 61.0 × 49.0 mm
Engine
Precision B-rep
Parameters
29
Published
August 25, 2026

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The prompt

Make the pitch joint symmetric around the RDS3115MG dual-shaft axis. Keep the servo housing fixed. Replace the long cylindrical output with a compact circular flange/hub directly on the servo shaft, with bolt holes for attaching the forearm. Add a matching compact flange/support on the opposite shaft. Both flanges must be perfectly coaxial with the pitch axis. The forearm flange rotates with the servo; the housing remains fixed. No bearings or separate axle.

Parameters

NameValueRange
Servo Length40 mm30 – 60
Servo Width20 mm15 – 30
Servo Height36 mm25 – 50
Wall Thickness3 mm2 – 6
Reinforced Thickness5 mm3 – 10
Housing Clearance1 mm0.5 – 3
Mounting Screw Diameter3 mm2 – 5
Mounting Screw Spacing15 mm10 – 25
Mounting Plate Thickness3 mm2 – 6
Shaft Diameter5.8 mm4 – 8
Shaft Clearance0.5 mm0.1 – 1
Spline Teeth2510 – 40
Forearm Length80 mm50 – 150
Forearm Width20 mm10 – 40
Forearm Hub Diameter20 mm10 – 40
Support Length60 mm30 – 100
Support Hub Diameter20 mm10 – 40
Gusset Thickness3 mm2 – 6
Fillet Radius1 mm0.5 – 3
Output Hub Diameter30 mm20 – 50
Output Hub Thickness8 mm5 – 15
Output Bolt Circle20 mm10 – 40
Output Bolt Diameter3 mm2 – 5
Output Bolt Count43 – 8
Support Flange Diameter25 mm15 – 40
Support Flange Thickness8 mm5 – 15
Side Plate Thickness3 mm2 – 6
Side Plate Width30 mm20 – 50
Side Plate Length50 mm30 – 80

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.