ما توصّل إليه النقاش

• A motor can slip off a focus rod when the torque causes the rod to bend away from the lens gear, and bridging the motor host rod to another rod with a 15mm bridge clamp prevents this bending and solves the problem
• Mounting the motor so its gear engages the lens at the top, bottom, or side position reduces slippage compared to other angles
• Using a dogbone with independent tightening screws on both ends instead of a single-handle design minimizes slippage
• Wrapping gaff tape around the rod before clamping the motor increases friction and can prevent slippage
• A bongo tie around the motor and opposite rail can stabilize the motor against slippage
• Motor power should not be maximized during operation as it increases the risk of the motor disengaging from the barrel
• Mounting a rod above the lens with the motor hanging down uses gravity to prevent the motor from jumping away
• Ensuring cutouts on 19-15mm adapters align with the motor rod clamp cutouts reduces slippage
• Manual calibration should stop before the lens hard stop rather than at it, as the motor may jump off when hitting the stop

يعتمد على

• The physics of why gear positioning angle reduces slippage is not fully understood by practitioners
• Solutions for slippage depend on rod material, with aluminum and carbon fiber being more prone to bending than steel
• Longer rods increase the likelihood of bending-induced slippage
• The precision of manufactured components varies considerably and affects slippage problems

القطع

Follow Focus

المعدات أو القطع نفسها

1. 2026اسحب التركيز و اقسم نفسك أثناء العمل خاصة على العروض الحيةOperator practice
2. 2026Swapping an ARRI ALEXA 35 between tripod/studio and Steadicam® mounting: baseplate choice and fastest work flow.FacebookSteadicam operators group
3. 2025LC-1 (Lens Control-1) follow focus system: wired structure, motors, and early operational experience (1990s).FacebookThe Steadicam Group
4. 2024تعديلات على جهاز الكشافة رقم Steadicam لتوسيع نطاق توزيع الطاقة وربطهاGeneral Discussion