How to Wind an Automatic Watch Properly: A Beginner’s Guide
You wear your automatic watch all day, take it off before bed, and find it stopped the next morning. That does not necessarily mean anything is wrong. One of the most common misunderstandings about automatic watches is assuming that hours on the wrist automatically equal a full wind. They do not. Automatic winding depends on how much your wrist actually moves, how the movement is designed, and how much energy was already stored when you put the watch on. The other common mistake is assuming every automatic watch should be wound in exactly the same way. There is no universal turn count, winding direction, or crown procedure that applies to every automatic movement. Before winding a watch through the crown, first confirm that the movement supports manual winding and check whether the instructions specify a particular method. How to Wind an Automatic Watch If your automatic movement supports manual winding, the process is usually straightforward. Take the watch off your wrist if that gives you better control. Confirm that the crown is in the normal winding position. If the watch has a screw-down crown, unlock it first. Turn the crown gently in the direction specified for the movement. Follow any turn-count guidance given for the exact watch. Return and secure the crown properly when you are finished. Wear the watch normally so wrist movement can continue the automatic winding process. That is the general method. The details depend on the movement. If the watch has stopped completely, a proper initial wind can provide a much more reliable starting point than putting the watch on with almost no stored energy and hoping wrist motion will quickly bring it back to full reserve. The basic mechanical idea is simple: winding stores energy in a spring, and the movement releases that stored energy gradually to keep time. A NIST technical description of mechanical timing devices explains the same underlying principle: a wound coil spring stores the energy that drives the mechanical train. First, Confirm That the Watch Supports Manual Winding Many modern automatic movements can be wound through the crown. Not every automatic movement is designed that way. That is why generic instructions such as: “Turn every automatic watch clockwise 40 times.” are too broad. Before you start, check the manual or documentation for the exact watch. If the movement does not support crown winding, use the starting method specified for that movement instead. This distinction matters more than memorizing a universal number. How Many Turns Should You Wind an Automatic Watch? There is no single correct number for every automatic watch. The amount of winding needed depends on the movement and what you are trying to do. There is a difference between: giving a stopped watch enough energy to start; adding some reserve before wearing it; bringing a movement close to its intended full-wind state. Those are not necessarily the same number of crown turns. If the manufacturer gives an initial-winding recommendation, use it. If it gives a full-wind procedure, follow that instead of copying a number from another watch. “40 turns” may be appropriate for some movements, but it is not a universal automatic-watch rule. Which Direction Should You Turn the Crown? Clockwise crown winding is common on movements that support hand-winding, but that does not make it universal. Some movements may wind only when the crown is turned in one direction, while movement architecture and crown behavior can differ from one caliber to another. If turning the crown one way produces normal winding feedback and the opposite direction produces little or no winding action, that can be normal for the movement. What matters is not guessing. Use the instructions for the watch or movement you actually own. How to Wind a Watch With a Screw-Down Crown A screw-down crown adds one extra step because the crown must first be released from its threads. A typical process is: Take the watch off your wrist for easier control. Turn the crown counterclockwise until it releases from the threads. Leave it in the normal winding position. Wind the movement gently according to its instructions. When finished, press the crown gently toward the case. Turn it clockwise while applying light inward pressure until it seats properly. Do not overtighten it. The crown should be secure, not forced. If the Crown Feels Cross-Threaded Stop. If the crown feels crooked, unusually stiff, or refuses to engage smoothly, do not keep tightening it. Back it off and try again gently. Damaging crown threads is a much larger problem than taking another few seconds to realign them. And if you rely on the watch around water, the crown matters for more than winding. Our Watch Water Resistance Explained guide covers crown position, seals, and water exposure in more detail. Should You Shake an Automatic Watch to Start It? There is no need to aggressively shake an automatic watch as a general starting method. If the movement supports manual winding, the crown gives you a more controlled way to supply initial energy. Some movements that are not intended for conventional crown winding may use gentle motion as part of the starting process. That is different from violently shaking the watch. Gentle movement and aggressive shaking are not the same thing. Follow the instructions for the movement rather than treating shaking as a universal shortcut. Can You Overwind an Automatic Watch? Many contemporary automatic movements are designed so that the mainspring does not continue tightening indefinitely during normal automatic winding. A common solution is a slipping or friction-based connection at the outer end of the mainspring. Once the spring reaches its intended tension, the system can slip rather than continue increasing tension in the same way a fixed spring connection would. The idea of using a friction ring or bridle to prevent damage from overwinding has a long history in portable timekeeping. A British Museum collection record documents an 1867 winding mechanism using a friction ring or bridle specifically to prevent injury from overwinding. That does not mean every automatic movement is constructed identically. It does mean the familiar idea of a mainspring simply tightening forever until it snaps is not an accurate description of how many modern automatic winding systems operate. Still, there is no benefit in turning the crown endlessly. Protection against conventional overwinding does not make unnecessary winding useful. How Do You Know When an Automatic Watch Is Fully Wound? This can be confusing because many automatic watches do not give the same obvious hard stop that people expect from some manually wound mechanisms. You may not feel a dramatic change through the crown. Depending on the watch, a known full-wind state may be determined through: manufacturer winding guidance; a power-reserve indicator; a movement-specific full-wind procedure; a controlled runtime test. Do not keep increasing force in search of a hard stop that the movement may not provide. If you want to understand the difference between maximum reserve capacity and the amount of energy actually stored in the watch, see Automatic Watch Power Reserve Explained. When Should You Manually Wind an Automatic Watch? Manual winding is useful when the movement supports it and the watch needs additional energy. Common situations include: the watch has stopped; it has been stored for several days; you only wear it for short periods; your daily wrist activity is low; you want a known starting point before testing power reserve. What it usually is not is a mandatory morning ritual. If normal wear keeps the watch sufficiently wound, there is no need to wind it manually every day just because it is automatic. Why Can an Automatic Watch Stop Overnight After Being Worn All Day? This surprises many first-time automatic-watch owners. The explanation is often much simpler than a movement fault. Wear Time and Wrist Movement Are Not the Same Thing You can wear a watch for ten hours while moving your wrist relatively little. A desk-based day may generate far less rotor movement than a day spent walking, commuting, or moving your arms frequently. Both people may say: “I wore the watch all day.” They may finish the day with very different amounts of stored energy. The Watch May Have Started Nearly Empty If a stopped watch begins the day with very little stored energy, a low-activity day may provide enough power to keep it running while you wear it without bringing it anywhere close to full reserve. Once you take it off, the remaining reserve may be much shorter than expected. This is one reason an appropriate initial wind can be useful after a watch has stopped. A Real Change in Runtime Is Different If your watch used to run much longer under comparable conditions and now repeatedly stops far sooner, that deserves more attention. First confirm that the watch is being wound consistently. If the change remains, investigate rather than simply adding more and more crown turns. Our power reserve guide explains how to test runtime from a controlled starting point. How to Restart a Stopped Automatic Watch If the watch has stopped, use a simple sequence: Confirm whether the movement supports manual winding. Release a screw-down crown if necessary. Give the movement the initial wind recommended for that watch. Set the time. Set the date or other indications correctly if needed. Return the crown to its normal position. Secure a screw-down crown properly. Wear the watch normally. If the movement does not support crown winding, follow its specified starting method instead. For broader guidance on stopping, restarting, storage, and everyday mechanical-watch ownership, see Automatic Watch Maintenance. Is Manual Winding Bad for an Automatic Watch? If the movement was designed to support crown winding and the crown is being used normally, manual winding is part of the movement's intended operation. There is no reason to be afraid of using it properly. What you should avoid is unnecessary force. Do not: spin the crown as fast as possible; force unusual resistance; continue winding when the crown suddenly feels abnormal; treat aggressive winding as a way to fix a mechanical problem. A control being designed for use does not mean it should be abused. If winding suddenly feels rough, gritty, or significantly different from how the watch normally feels, stop and have the watch assessed rather than forcing it. The Canadian Conservation Institute notes that small watch mechanisms require specialized tools, equipment, and skilled expertise when internal work is needed. Should You Wind an Automatic Watch While Wearing It? You will find strong opinions about this online, but the practical issue is mostly control. Taking the watch off your wrist often makes the crown easier to access and reduces the chance of applying awkward sideways pressure while you wind or screw the crown back into place. This can be particularly helpful with a screw-down crown. That does not mean winding a watch while wearing it automatically damages the movement. Taking it off is simply the more controlled habit in many situations. What About FIYTA Automatic Watches? FIYTA offers automatic mechanical watches across different collections and product types. Those watches should not be assumed to share one identical: manual-winding procedure; crown direction; turn count; full-wind method. If the current product documentation gives only a general description such as Automatic Mechanical Movement, do not fill in missing winding details from another model. Use the instructions for the exact watch whenever they are available. If you are comparing FIYTA mechanical watches rather than maintaining one you already own, our FIYTA Automatic Watches guide explains the differences between everyday mechanical watches, divers, design-led pieces, and other automatic-watch types. A Simple Automatic Watch Winding Checklist Question What to Do Does the movement support manual winding? Check the watch or movement instructions first Does it have a screw-down crown? Release it before winding and secure it afterward How many turns should I use? Use movement-specific guidance rather than a universal number Which direction should I turn? Follow the instructions for the movement Has the watch stopped completely? Give it an appropriate initial wind before normal wear if supported Does it still stop much too soon? Test power reserve from a controlled starting point Does the crown feel rough or unusually stiff? Stop rather than force it Common Automatic Watch Winding Mistakes Using One Turn Count for Every Watch Different movements have different winding requirements. Use the exact watch's guidance rather than memorizing a universal number. Assuming Every Automatic Supports Crown Winding Many do, but not all. Confirm first. Shaking the Watch Aggressively Gentle motion may be appropriate for some movements, but violent shaking is not a good universal method. Forcing a Screw-Down Crown If the threads do not engage smoothly, stop and realign them. Expecting a Hard Stop at Full Wind Many automatic movements do not provide that kind of crown feedback. Assuming All-Day Wear Means Full Wind Wrist activity matters just as much as time on the wrist. Ignoring a Sudden Drop in Runtime If the watch clearly behaves differently from before, investigate the change instead of trying to solve it by winding harder or more often. Winding an Automatic Watch Should Feel Routine Automatic watches were designed to make mechanical ownership easier, not turn winding into a ritual you have to worry about every morning. For most owners, the useful habits are simple: Know whether your watch supports hand-winding. Use the crown gently. Follow the movement-specific procedure. Give a stopped watch an appropriate initial wind when necessary. Then let normal wrist motion do what the automatic system was designed to do. You do not need to shake the watch violently. You do not need to chase an arbitrary number of turns. And you do not need to keep every automatic watch running continuously when you are not wearing it. If you are deciding whether to keep an unworn watch moving, see Do You Need a Watch Winder?. For broader care involving storage, accuracy, cleaning, water resistance, and service, see Automatic Watch Maintenance. The best winding habit is not memorizing “40 turns clockwise.” It is understanding what your own movement was designed to do. Frequently Asked Questions About Winding an Automatic Watch How many times should I wind an automatic watch? There is no universal number. Different movements have different starting and full-wind procedures. Use the guidance for the exact watch whenever it is available. Do all automatic watches support manual winding? No. Many modern automatic movements can be wound through the crown, while some movements use a different starting method. Confirm the movement's instructions before winding through the crown. Which direction do you wind an automatic watch? Clockwise winding is common, but not universal. Follow the instructions for the specific movement rather than assuming every automatic watch uses the same crown direction. Can you overwind an automatic watch? Many modern automatic movements use a slipping or friction-based mainspring system that helps prevent conventional overwinding during normal operation. That does not make endless or aggressive crown winding useful. Should I shake an automatic watch to start it? Do not aggressively shake a watch as a universal method. If the movement supports manual winding, using the crown is generally more controlled. If the movement specifies gentle motion, follow that instruction instead. Should I wind my automatic watch every day? Usually not. If normal wear keeps the watch sufficiently wound, daily manual winding is unnecessary. Manual winding is most useful when restarting a stopped watch or when the stored power is low. How do I know when my automatic watch is fully wound? That depends on the movement. Some watches have a power-reserve display, while others rely on manufacturer guidance or a defined full-wind procedure. Many automatic movements do not give a clear hard stop through the crown. Why does my automatic watch stop overnight even though I wore it all day? The watch may have started with little stored energy, or your wrist activity may not have generated enough automatic winding to build a large reserve. If runtime has become significantly shorter than it used to be under similar conditions, investigate further.
Do You Need a Watch Winder? What Automatic Watch Owners Should Know
You leave your automatic watch off for a few days, pick it up again, and find that it has stopped. That is usually the moment people start wondering whether they need a watch winder. For most owners of a straightforward automatic watch, the answer is probably not. A watch winder is useful because it can keep an automatic watch running while it is off your wrist. That can save you from resetting the time, date, moonphase, or other calendar displays. But convenience and mechanical necessity are not the same thing. Most simple automatic watches can stop normally when their power reserve runs out and be restarted later. What Does a Watch Winder Actually Do? A watch winder is a motorized holder that slowly rotates an automatic watch while it is not being worn. That movement activates the automatic winding system in much the same way wrist movement does during normal wear. The practical result is simple: the watch can stay running; the current time and date remain set; you may spend less time resetting complications; rotating between several automatic watches becomes easier. What a winder does not do is equally important. It does not: service the movement; replace lubrication; regulate accuracy; repair worn components; clean the watch. It keeps the automatic winding system active. Nothing more. If you are new to automatic-watch ownership, our Automatic Watch Maintenance guide explains stopping, winding, power reserve, accuracy, and everyday care in more detail. Is It Bad to Let an Automatic Watch Stop? Normally, no. An automatic watch stores a finite amount of energy in its mainspring. When you stop wearing it, the movement continues to run using that stored energy. Once the reserve is exhausted, the watch stops. That is ordinary mechanical behavior. You can usually restart the watch by winding it according to its instructions, setting the time and calendar if necessary, and wearing it again. There is no need to keep a simple automatic running every hour of every day simply because you are worried that stopping will damage it. The situation changes if the watch: stops repeatedly while you are wearing it; stops soon after being properly wound; has a much shorter runtime than it used to; becomes difficult to wind; develops a large accuracy change at the same time. Those are movement-behavior questions, not reasons to solve the problem with a winder. Should an Automatic Watch Stay Running All the Time? This question is often framed too dramatically. One side says a watch should always stay running. The other says every extra hour of operation creates unnecessary wear. Neither statement works well as a universal rule. A mechanical movement contains parts in motion, so keeping it running obviously increases its total operating time compared with leaving it stopped. More broadly, NIST describes tribology as the study of interacting surfaces in relative motion, including friction, lubrication, and wear. These are fundamental issues in mechanical systems with moving contact surfaces. That general mechanical principle does not prove that a correctly configured watch winder is harmful to a compatible movement. It simply means there is no mechanical benefit in rotating a watch more than necessary. For a straightforward automatic, the better question is: Does keeping this particular watch running make ownership more convenient for me? Can a Watch Winder Damage an Automatic Watch? A correctly configured winder that securely holds a compatible automatic watch should not be treated as inherently damaging simply because it keeps the movement running. The more realistic problems come from a poor setup. These can include: using the wrong turns-per-day setting; using the wrong winding direction; running unnecessarily aggressive cycles; allowing a heavy watch to move around inside the holder; putting excessive pressure on a bracelet or strap; using settings copied from another watch without confirming the movement. If a watch repeatedly loses power while sitting on a winder, do not immediately increase the speed or TPD. First confirm that: the direction is correct; the TPD is appropriate; the watch is actually positioned securely; the automatic winding system itself is functioning normally. If the movement behaves abnormally despite correct use, internal diagnosis should be left to someone properly equipped to do it. The Canadian Conservation Institute notes that the small, delicate mechanisms in watches require specialized tools, equipment, and skilled expertise. Can a Watch Winder Overwind an Automatic Watch? Most modern automatic movements are designed so that the mainspring does not simply continue tightening indefinitely once the movement reaches its intended wound state. That makes the common image of a winder continuously tightening the mainspring until something breaks too simplistic for most modern automatic watches. But this does not mean more winding is useful. There is a difference between: preventing conventional mainspring overwinding and: keeping a movement running more than necessary. The purpose of a winder is to maintain enough stored energy to keep the watch ready to wear. It is not to maximize rotation. What Does TPD Mean on a Watch Winder? TPD means Turns Per Day. It describes how many rotations the winder performs over a 24-hour period. Different automatic movements can require different amounts of rotation to maintain their stored energy. That is why there is no universal setting that can safely be described as: “The correct TPD for every automatic watch.” You may see winders offering settings such as 500, 650, 800, 1,000, or other TPD values. Those numbers are controls, not recommendations for every movement. Use movement-specific guidance whenever it is available. More TPD Is Not Automatically Better If a movement remains sufficiently wound at a lower appropriate setting, increasing the number of turns does not create a meaningful advantage. The goal is enough motion to maintain the watch. Not the highest number the winder can produce. Does Winding Direction Matter? Yes. Automatic winding systems do not all respond to rotation in exactly the same way. Depending on the movement, effective winding may occur with: clockwise rotation; counterclockwise rotation; rotation in both directions. This is one reason brand-level rules are unreliable. A watch company can use more than one movement architecture across its collections. If you know the exact movement and have movement-specific guidance, use that rather than assuming every watch carrying the same logo needs the same setting. Do You Need a Watch Winder If You Own One Automatic Watch? If you own one straightforward automatic watch and wear it most days, a winder usually offers limited practical benefit. Your wrist is already providing the motion that the automatic winding system was designed to use. If the watch sits unused long enough to stop, resetting a simple time-and-date watch may take only a minute or two. For many owners, that does not justify keeping another device running continuously. Your Situation How Useful Is a Winder? One automatic worn most days Usually unnecessary One automatic worn occasionally Mostly convenience You dislike resetting time and date Can be useful The watch is easy to reset Low practical value What If You Own Several Automatic Watches? This is where a winder starts to make more sense. Suppose you rotate watches for work, weekends, travel, formal occasions, or sport. Several watches may spend enough time off the wrist to stop. If resetting them does not bother you, there is no problem. If you regularly find yourself adjusting several watches before leaving the house, keeping selected pieces running can save real time. The useful word is selected. You do not need to keep every automatic watch in a collection moving just because you own a multi-slot winder. You might: keep watches you expect to wear soon on the winder; let simple three-hand watches stop; prioritize watches with complicated calendar displays; rotate different watches through the available slots. A winder becomes more valuable as the inconvenience of resetting your collection increases. When Does a Watch Winder Become Genuinely Useful? The strongest case for a winder is not a simple automatic watch. It is a watch that is inconvenient to reset. Complicated Calendar Watches An annual or perpetual calendar can track several pieces of information at once. Depending on the watch, that can include: date; day; month; leap-year cycle; moonphase; other calendar indications. If the movement stops for long enough, restoring those displays can be much more involved than resetting a simple watch. That is where keeping the movement running can provide real convenience. The winder is useful because resetting the watch is inconvenient—not because stopping is inherently damaging. Moonphase Watches The same basic logic applies to a moonphase. The display does not normally become damaged simply because the movement stops. You simply have to restore the correct indication later. Some owners enjoy doing that. Others would rather avoid it. Frequently Rotated Collections If you regularly move between several automatic watches, a winder can turn “which watch do I want today?” into a simpler decision. You take it out, check the time, and wear it. That is the convenience you are paying for. Does a Watch Winder Reduce Crown Wear? It can reduce how frequently you need to operate the crown because the watch does not stop as often. Restarting a stopped watch may involve: unscrewing the crown; manual winding; setting the time; adjusting the date; securing the crown again. Keeping the movement running reduces some of those repeated adjustments. But this should not be exaggerated. A correctly designed crown is a functional control intended to be used normally. A winder can save you resets. It should not make you afraid to operate the crown. How to Choose a Watch Winder If you decide a winder would make your collection easier to live with, focus on the controls before the furniture. A polished wooden box may look impressive, but it tells you very little about whether the device is suitable for your watch. Adjustable TPD Choose a winder that offers enough turns-per-day settings to match the movements you actually own. More settings give you more flexibility. Adjustable Winding Direction Ideally, the winder should support: clockwise; counterclockwise; bidirectional operation. That prevents you from being locked into one winding pattern. Rest Periods A sensible winder does not need to rotate the watch continuously all day. Programmable cycles allow the motor to rotate, pause, and resume later. Again, the objective is to maintain energy—not maximize movement. A Secure Holder The watch should sit firmly in the cradle. It should not: move around inside the housing; strike the sides; put excessive pressure on the bracelet or strap. This becomes especially important with larger and heavier watches. Clear Technical Specifications A useful product should clearly state: available TPD settings; winding directions; operating cycles; rest periods. Those details are more useful than decorative lighting or elaborate packaging. Motor Noise and Placement If the winder will sit in a bedroom, office, or other quiet room, noise matters. A technically suitable winder that annoys you every night is not a particularly good ownership solution. How Should You Set a Watch Winder? Do not begin by guessing. A better sequence is: identify the exact watch; identify the movement if that information is available; check movement-specific or manufacturer guidance; confirm the winding direction; confirm an appropriate TPD setting; use enough winding to maintain the watch without unnecessary excess. If the movement information is not available, do not assume that another watch from the same brand uses identical settings. And if the watch behaves normally off the winder but repeatedly loses power on it, treat that as a setup problem to investigate rather than immediately increasing TPD. What About FIYTA Automatic Watches? FIYTA offers automatic mechanical watches across different collections and product types. That means there is no responsible reason to assume every FIYTA automatic watch requires one identical TPD setting or winding direction. If you wear one FIYTA automatic regularly, normal wrist movement may already provide all the automatic winding you need in daily use. If you own several mechanical watches and rotate them frequently, a winder may be useful simply because more watches spend time off the wrist. The same rule applies here as it does elsewhere: use movement-specific guidance when available rather than a generic brand-level setting. For broader automatic-watch ownership, see our Automatic Watch Maintenance guide. Watch Winder Myths Worth Leaving Behind “Every Automatic Watch Needs a Winder” No. Most straightforward automatic watches can stop normally and be restarted later. “Letting an Automatic Watch Stop Damages It” Not as a general rule. A healthy automatic movement reaching the end of its stored power and stopping is normal behavior. “A Winder Is a Form of Maintenance” It is not. A winder does not clean, lubricate, regulate, diagnose, or service the movement. If a watch actually needs mechanical attention, see our guide to watch servicing rather than trying to solve the problem by keeping it moving. “More Turns Are Better” No. The point is enough rotation to maintain the movement, not the largest TPD number available. “The Most Expensive Winder Must Be the Best” Not necessarily. A high price may reflect cabinetry, materials, number of slots, finish, or branding. For the watch itself, the more important questions are whether the settings are appropriate, the holder is secure, and the motor operates reliably. When Does a Watch Winder Make Sense? Your Situation Winder Value One simple automatic worn regularly Low One automatic worn occasionally Usually optional Several automatics rotated frequently Useful convenience Annual or perpetual calendar High convenience value Moonphase or complicated calendar Potentially useful You dislike resetting watches Useful You enjoy winding and setting watches manually Probably unnecessary You do not know the required settings Confirm them before using a winder So, Do You Actually Need a Watch Winder? If you own one straightforward automatic watch and wear it regularly, you probably do not need one. If you rotate several automatics, dislike resetting them, or own a complicated calendar that takes real effort to restore after stopping, a winder can be genuinely useful. That is the practical dividing line. A watch winder should make owning your watches easier. It should not be something you buy because you were made to believe a healthy automatic watch cannot safely stop. For broader maintenance involving storage, cleaning, water resistance, service, and everyday ownership, see our Luxury Watch Maintenance guide. Frequently Asked Questions About Watch Winders Do I need a watch winder for one automatic watch? Usually not. If you wear one straightforward automatic watch regularly, wrist movement already keeps the automatic winding system active. A winder mainly adds convenience while the watch is off your wrist. Is it bad to let an automatic watch stop? Normally, no. A healthy automatic watch stopping after its stored power runs out is expected behavior. Repeated stopping despite proper winding and normal wear is a different issue. Can a watch winder damage an automatic watch? A properly configured winder is not inherently harmful to a compatible automatic watch. Incorrect TPD, incorrect direction, poor fit, or unnecessarily aggressive operation are more relevant concerns. Can a watch winder overwind an automatic watch? Most modern automatic movements are designed so the mainspring does not simply continue tightening indefinitely after reaching its intended wound state. That does not mean excessive rotation provides additional benefit. What does TPD mean on a watch winder? TPD means Turns Per Day. It describes how many rotations the winder performs during a 24-hour period. The appropriate setting depends on the movement. Does winding direction matter? Yes. Some automatic movements respond to clockwise rotation, some counterclockwise rotation, and some to both. Use movement-specific guidance whenever possible. Does a perpetual calendar need a watch winder? Not necessarily for mechanical health, but a winder can be particularly convenient because restoring several calendar indications after the watch stops may take more time than resetting a simple automatic. Should every automatic watch in a collection stay on a winder? No. Use winders selectively where they save you effort. Straightforward watches can normally be allowed to stop if you do not mind resetting them.
