MP-47 · SPRINGS AND DYNAMICS
Torsion Spring Screen
Calculate a torsion-spring torque proxy from entered rate, installed angle, and additional angular travel.
Preliminary design support. Your inputs and results stay in this browser.
WHAT THIS SCREEN ANSWERS
Torsion springs create torque through angular deflection, but leg geometry and coil stress shape the real design. The screen applies the entered angular rate to installed and additional deflection. A preliminary result should make later review faster, not disappear.
Coil bind, winding direction, leg contact, stress, fatigue, preload, and assembly can change the workable range. Confirm spring geometry, material, stress, fatigue, leg clearance, direction, and supplier data. It should be checked before a released choice.
Torsion springs create torque through angular deflection, but leg geometry and coil stress shape the real design. Coil bind, winding direction, leg contact, stress, fatigue, preload, and assembly can change the workable range. Use the output to direct data collection instead of hiding the data gap.
The screen applies the entered angular rate to installed and additional deflection. Confirm spring geometry, material, stress, fatigue, leg clearance, direction, and supplier data. The decision remains specific to this application because torsion springs create torque through angular deflection, but leg geometry and coil stress shape the real design. Carry the stated assumptions into the next review.