Editing Openai/68fceef0-7248-8013-bf5d-581461dec5bc (section)

=== Assistant: Here are the results using your locked defaults: ===
Here are the results using your locked defaults:
* Breakaway (static): YES - Shaft driving torque after angle/tension factor: 2.43 lb·in - Static threshold (auto) per pinion: 0.52 lb·in → combined ~1.03 lb·in → pass.
* Continue to end: YES - Running torque after efficiencies (0.99×0.99): ~2.38 lb·in (> static/run losses).
* Torque usage (per pinion): - Static share: ~21% of available (0.52 / 2.43). - Running loss: 1% per pinion (η = 0.99), ~2% combined.
* Angle / tension “projection” losses: - Segment A (top vertical→pulley→top drum line): ~42.6% - Segment B (drum↔drum): 0% - Segment C (bottom drum→pulley→bottom vertical): ~42.6% - Overall compounded loss: ~67.1% (factor ≈ 0.329)
* Effective driving line tension at the drums (from net running torque): ~6.05 lbf (Same magnitude on both drums; signs oppose as expected.)
* Sizing (from Module m=1.0, z=20): - Pinion pitch radius rₚ ≈ 0.3937 in (drum radius equals this). - Pinion pitch diameter ≈ 0.7874 in.
* Weights used: Primary 40 lb, Secondary 20 lb, Assembly 5 lb → 1.25 lb opposing (¼ rule).

If you want me to rerun with a different angle or tooth count, say the new values and I’ll compute immediately.