Garage Door Is Stuck and Won't Move at All
There's a specific kind of stuck this page is about. Not a door that opens slowly or grumbles halfway. A door that has decided it is a wall — the remote does nothing useful, the wall button does nothing useful, and when you pull the release cord and try it by hand, it doesn't budge either.
Immobile is actually a narrow diagnosis. A door that won't move has either lost the ability to move (something mechanical is holding it) or lost the ability to be moved (the weight is no longer counterbalanced and what you're pulling against is a couple of hundred pounds). Those two feel identical at the handle and they lead to completely different places.
The good news buried in here: one of the most common answers on this page is a lock somebody threw and forgot about.
This is general guidance based on what we see on service calls — it isn’t a substitute for someone looking at your actual door. Every door is a little different, and if anything here feels beyond what you want to take on, stop and give us a call.
The one thing not to do
Don't apply more force. Not a longer lever, not a second person, not a strap on a bumper. If a door hasn't moved for the effort you've already put in, more effort is not the missing ingredient.
Whatever is holding the door is holding it for a reason, and every one of those reasons is something that fails suddenly rather than gradually. A jammed roller that finally releases, a lock bar that shears, a cable that lets go under a load it was never meant to carry — all of them turn a stationary door into a moving one at the moment you're closest to it.
Unplug the opener so nothing can try again on a timer or from an app. If the door is stuck partway up, get vehicles and people out from under it and keep them out. Lock the door between the garage and the house. A door frozen partway with the household needing to get past it is the case 24-7 emergency garage door repair was set up for.
Call (602) 935-9766What to check in the next 10 minutes
Four checks that take a couple of minutes and put you on the right branch. None of them involve pulling on the door.
-
1Find out whether the opener is even involved
Does the powerhead make any sound at all when you press the button — a hum, a click, a motor running? A motor that runs while the door stays still is a completely different fault from a motor that does nothing. If the motor runs and nothing happens, that's the opener's side of the problem and it has its own page.
You’ll know it worked when: You can say whether the opener is silent, clicking, or running without result.
-
2Check both slide locks
Look along the inside of the door, roughly level with the bottom of the second section, at each side. A slide lock is a bar that runs out into a slot in the vertical track. Look at both — a lock engaged on one side only is more common than both, and it produces exactly this symptom. Some doors also have a rope-pulled center lock.
You’ll know it worked when: You've physically looked at both sides rather than assumed nobody used them.
-
3Look at the spring above the opening
A broken torsion spring shows a clear gap in the coil, as though someone removed a section. Extension springs run alongside the horizontal tracks and either hang slack or show an obvious break. This is the check that decides whether the door is stuck or merely very heavy.
You’ll know it worked when: You've looked at the counterbalance and can say whether it's intact.
-
4Walk the tracks and the perimeter of the door
Look for a roller sitting outside its channel, a hinge that has come apart, a dent in the vertical track, an object wedged between the door and the jamb, and anything sitting on the floor in the door's path. Also look at the bottom edge where the rubber seal meets the concrete.
You’ll know it worked when: You've inspected both tracks top to bottom and both sides of the opening.
Is it held, or is it heavy?
Everything on this page divides along this line, and the two feel almost the same when you're pulling on a handle.
The reason this fork matters: a held door and a heavy door want opposite responses. A held door needs the restraint found and removed. A heavy door needs everyone to stop touching it until the counterbalance is restored.
Which kind of stuck?
The circumstances narrow the list quickly.
Most often a slide lock or a broken spring. Both stop the door dead at the bottom.
Jump to that fix ↓A roller is out of its channel or the sections have racked. This is the version to stand clear of.
Jump to that fix ↓Rules the opener out entirely. Whatever it is, it's in the door.
Jump to that fix ↓Not this page. That's a disconnected trolley or a stripped drive gear, and it's an opener fault.
Jump to that fix ↓Bottom seal bonded to hot concrete, or a roller catching a deformed spot in the track just above the floor.
Jump to that fix ↓The counterbalance let go. The door isn't stuck, it's uncarried.
Jump to that fix ↓Deformed channel pinching a roller. Force will not resolve it.
Jump to that fix ↓Why an immobile door is a short list
It helps to know how little is actually required for a door to move. The sections ride on rollers in two channels. The weight is carried by a wound spring through two cables. And the opener contributes a small push at the top. That's all of it.
Which means only a few things can stop it dead. A positive restraint — a lock bar sitting in a track slot, a bolt, a padlock through a track hole — physically prevents travel and nothing else needs to be wrong. A mechanical interference — a roller out of its channel, a deformed track pinching, a broken hinge fouling a section edge, a foreign object wedged in — jams the assembly. Or the counterbalance stops carrying the weight, in which case nothing is stopping the door but nothing is helping it either.
That last case is the one people misread. A door with a failed spring isn't jammed. It's free to move in every sense, it just weighs what a garage door actually weighs, and a healthy door hides that from you completely. A balanced door feels like roughly ten pounds at the handle and holds position wherever you leave it. When that disappears, the difference is not subtle.
There's one more possibility worth naming and setting aside: the opener's own drive train. If the motor runs and the door doesn't move, the door isn't stuck — the connection between them has failed. That belongs to the opener hub rather than here.
Read it this way: if the door feels solid, look for what's holding it. If the door feels heavy, look at the spring. The two answers don't overlap.
Narrowing it down
Find the row that fits what you're seeing and feeling.
| What you’re seeing | Most likely cause | How urgent | Who should fix it |
|---|---|---|---|
| Lock bar visibly engaged in a track slot | Manual lock left thrown — the door is doing exactly what it was told | Fix today | Either — call us if unsure |
| Visible gap in the spring coil, door enormously heavy | Counterbalance failure. Not jammed, unsupported | Stop using it | Call a pro |
| Roller sitting outside its channel | The door has left its track and is jammed against the assembly | Stop using it | Call a pro |
| Fresh dent in the vertical track | Deformed channel pinching a roller | Stop using it | Call a pro |
| Door lifts an inch and stops hard | Bottom seal bonded to the slab, or a low obstruction in the channel | Fix today | Either — call us if unsure |
| Hinge visibly cracked or hanging | A section end unsupported and fouling the next section | Stop using it | Call a pro |
| Opener hums or clicks and does nothing | Opener-side fault — capacitor, gear, or the door load exceeding what it can start | Fix today | Either — call us if unsure |
| Motor runs full travel, door never moves | Trolley disengaged or drive gear stripped. The door isn't the problem | Fix this week | Either — call us if unsure |
| Object wedged between door edge and jamb | Interference. Usually something stored against the door that shifted | Fix today | Either — call us if unsure |
| Door had been binding at the same point for weeks | Progressive misalignment that finally exceeded what the rollers could push through | Stop using it | Call a pro |
| Stuck partway, sitting at an angle across the opening | Sections racked and the door is wedged against itself | Stop using it | Call a pro |
What’s actually causing it
These are ordered the way we work through them on a real service call — cheapest and most common first, so you don’t start by replacing a part that was never the problem.
A manual lock is engaged
High risk — call a technicianWe lead with this one because it's the least expensive answer on the page and the one people rule out last.
Most sectional doors still have their original hardware: a slide bolt at one or both sides, roughly at the height of the second section, that runs out into a slot in the vertical track. Some have a center lock operated by a rope handle. They were designed for doors that got opened by hand, and on a door with an opener they mostly sit unused for years — until somebody throws one before a trip, or a child works out what the handle does, or the bolt drifts out on its own because the spring detent is worn.
The result is a door that will not move by any means. And it's worse than just immobile: an opener that tries to lift a locked door puts its full force into a fixed object, which is a well-established way to strip the nylon drive gear and turn a two-second fix into a two-part repair.
How you can tell: A bolt visibly sitting in the track slot, or a lock handle turned to the horizontal position. Often accompanied by an opener that strained hard before it gave up.
The counterbalance has failed — the door isn't stuck, it's unsupported
High risk — call a technicianThis is the version where nothing is holding the door and that's precisely the problem.
A torsion spring stores almost exactly the door's weight. Break it and that stored energy is gone in an instant, usually with a bang loud enough that people go out to see what fell over. From that moment the door weighs what it actually weighs — a residential sectional runs between roughly 130 and 350 pounds depending on size, material and insulation — and a homeowner pulling on the handle is trying to deadlift most of that from an awkward stance.
The opener can't do it either. It's rated for the nudge, not the load. So a household experiences this as a door that suddenly “won't move,” and reaches for the release cord, which is the specific action that makes it dangerous: with the trolley disengaged and the spring gone, nothing is holding a raised door up.
How you can tell: A clear gap in the spring coil above the opening. A bang the night before. An opener that strains and quits. The door feels heavy rather than caught — there's give, there's just far too much weight behind it.
A roller is out of its channel and the door is wedged
High risk — call a technicianWhen a roller leaves its track, it doesn't leave cleanly. It lodges — against the lip it climbed over, against a bracket, against the section beside it — and the whole door stops.
What makes this different from a lock or a heavy door is that the assembly is now under load in a direction it was never designed for. The sections are pushing against each other. The remaining rollers are being asked to hold a door that's no longer square. The cables may be taut on one side and slack on the other. It feels absolutely solid, and it is solid, right up until the moment the wedged part slips.
The off-track situation has its own page covering what happens and why it can't be re-railed by hand. The reason it belongs on this list is that most people don't experience it as “my door came off track” — they experience it as “my door is stuck,” and they go looking for something to pull on.
How you can tell: A roller visibly sitting outside its channel, the door at an angle in the opening, or a hard stop at one specific point in travel with a scraping sound just before it.
The track is deformed, or a hinge has failed
High risk — call a technicianInterference faults. Two parts trying to be in the same place, and the door can't get past.
The track version: residential track is light-gauge steel, shaped rather than thick. A bumper tap, a ladder falling against it, or a bracket over-tightened onto the channel can narrow it by an eighth of an inch, and an eighth of an inch is enough to stop a roller dead. This produces a door that runs fine everywhere except one specific height, where it stops solid every single time.
The hinge version: hinges hold section ends together and carry the roller stems. When one cracks — usually around the sleeve the stem sits in — that section end stops being properly located. It drops, tilts, and fouls the section below it. The door will often still move a few inches before the fouling parts meet.
Both share a signature: absolutely repeatable. Same place, every time, with no variation.
How you can tell: A hard stop at exactly the same point in travel, often with a visible mark on the track or a hinge that looks bent, cracked or has fasteners backing out.
The bottom seal has bonded to the concrete
High risk — call a technicianA genuinely Arizona-flavored version of stuck, and one people rarely guess.
The rubber seal along the bottom of the door sits compressed against a slab that spends June through September at temperatures that would be uncomfortable to stand on barefoot. Rubber that hot softens. A door left closed for a couple of weeks — a vacation, a second home, a rarely-used third bay — can have its seal effectively grip the concrete.
The opener then tries to lift a door that's adhered along its full width. Sometimes it wins and tears the seal out of its retainer. Sometimes it strains, decides it's met an obstruction, and stops. And sometimes it strips its own drive gear trying. All three arrive as “the door won't open.”
The related version is debris: monsoon silt packed into the bottom of the vertical channels sets almost like grout after it gets rained on and dried. A roller trying to start from that position has real work to do.
How you can tell: The door has been closed for a while, it's summer, and the resistance is right at the very start of travel. Often there's a tearing sound if it does break free, or a visible line where the seal has pulled.
The opener has failed, and the door is fine
High risk — call a technicianWorth including because it's the version where nothing at all is wrong with the door — and because it's diagnosable in about ten seconds.
If the motor runs its full travel and the door never moves, the door is not stuck. The connection between opener and door has failed. Nearly always that's one of two things: the trolley is disengaged because somebody pulled the release cord and never re-latched it, or the nylon drive gear inside the powerhead has stripped its teeth. The drive gear is deliberately the sacrificial part — it's designed to be what fails when the opener is asked to do something it shouldn't, which is usually lifting a door that got heavy or fighting a lock.
If the motor hums or clicks and doesn't turn, that's a different opener fault again — a start capacitor, or a motor being asked to start a load it can't overcome.
How you can tell: The opener runs normally, the light comes on, the rail sounds busy, and the door sits completely still. Or the opener makes a single click, or a hum, and nothing more.
What you’ll need if you’re doing this yourself
- A flashlight — the lock bars, the spring gap and the roller channels are all things you're trying to see rather than reach
- A stepladder — for looking, not for leverage — the spring and the drums sit above the opening and can't be assessed from the floor
- Your phone camera — photograph the spring, both locks and any roller that's out of place. It tells us what's coming before we load the truck
Things not to do — and why
A door that hasn't moved is being held by something that will let go all at once rather than gradually. More force just decides when that happens and puts you nearer to it.
Every attempt drives the opener's force into whatever is holding the door. That's how a locked door becomes a locked door plus a stripped drive gear, which is two repairs instead of none.
The release transfers the door to the springs and cables. On a door that's jammed because that system has already failed, you'd be handing the weight to the thing that dropped it.
The bottom edge is exactly where a stuck door becomes an unstuck door, and it does that without notice. Whatever the cause, hands don't belong in the gap.
The channel profile doesn't come back. You end up with a permanent low spot that the roller finds again, and often a door that comes off track at that exact height later.
The door releases the moment the bond breaks. That's a sudden movement of a heavy panel with somebody's hands at the pinch point.
If the door has settled onto anything, that thing is currently taking load. Removing it isn't freeing the car, it's dropping the door.
The single most useful thing you can establish is whether the door moves by hand. That one test splits this page down the middle, and it costs nothing.
On a door that's resisting, that's exactly where hands end up, and it's the worst spot available. DASMA states it flatly: the section-to-section joint is not a suitable gripping point, and gripping there could result in serious injury. A stuck door doesn't ease free, it lets go — and when it moves, the joint closes on whatever is in it. The handles are on the face of the second or third section.
The local versions of this
Some of the causes above are universal. Two of them are noticeably more common in Phoenix-area garages than they would be elsewhere, and both come down to what heat does to rubber and what dust does to moving parts.
The seal-bonded-to-slab version is one we see specifically at second homes and rental properties around Scottsdale and Gold Canyon, where a door can sit closed through the hottest months and then be asked to open in September.
- Hot slabs grip soft rubber — a bottom seal compressed against concrete at summer temperatures can adhere, and a door left closed for weeks is the one that does it.
- Monsoon silt sets in the channel bottoms — fine dust washed in and dried packs the base of the vertical track, right where a roller has to start from.
- Heat shortens spring life — our own call history says springs retire early in this valley, and DASMA adds a specific reason: a door left standing open exposes its springs to far more temperature and moisture swing than a closed one, and a counterbalance failure is the version of “stuck” that matters most.
- Snowbird doors sit unused — a door that cycles twice in six months develops problems nobody is present to notice, and then meets them all at once on the first attempt.
- August delays it — nobody wants to stand in a garage in August troubleshooting a door, so a binding door gets one more shove and then a stuck door gets a service call.
Not getting to immovable
Almost every version of this gave notice first. These are the ways to hear it.
- Retire the slide locks if the door has an opener — either remove them or tape them permanently open. A manual lock and a powered door are a bad combination and this is the cheapest cause on the page to eliminate.
- Cycle a rarely-used door every few weeks in summer — that's what stops a hot seal from bonding to the slab, and it applies to third bays and vacation homes especially.
- Sweep the bottom of both vertical channels after dust events so silt doesn't pack in where the rollers start.
- Act on a bind at one specific height immediately — a repeatable catch means something has physically changed shape, and that only gets worse.
- Test the balance twice a year with the opener disconnected — a door that has started getting heavy is a door heading for the counterbalance version of this.
- Stop pressing the button after the second failed attempt — the drive gear is sacrificial by design and repeated attempts are what sacrifice it.
- Look at the spring coil occasionally — once you know a break shows as a visible gap, checking takes five seconds and answers the most important question on this page.
How doors usually arrive at immobile
Stuck is rarely the first symptom. It's the point where a progression stops being usable, and each step here causes the next.
The counterbalance route arrives at the same place by a different road: spring breaks, door becomes too heavy to lift, and immobile is where it ends up. Either way, the step before this one was cheaper.
How we approach a door that won't move
The first job is establishing what's carrying the weight, because that determines whether anything can safely be freed at all.
- Establish whether the counterbalance is intact before applying any force to the door
- Secure the door in its current position so nothing shifts while it's being assessed
- Check and release any manual lock, and check the track slot for deformation where a bolt has been loaded
- Identify the point of restraint — roller, hinge, track, seal or object — rather than working the door to find it
- Free the door under controlled load with the assembly supported
- Inspect the opener's drive gear, rail and header bracket for damage from repeated attempts
- Check the top section and opener arm attachment, which take the strain when a door is fought
- Verify both cables, both drums and the spring condition before the door is cycled again
- Re-establish track alignment and roller condition across the door
- Run it under power and re-run the safety reversal test the way UL 325 requires
You'll get a written quote before any work starts.
When you want it handled rather than diagnosed, this is the page for it: off-track garage door repair. Depending on what you find, 24-7 emergency garage door repair may be the closer fit.
What determines the bill here
This symptom has the widest spread on the hub, because it covers a lock somebody forgot and a counterbalance that has failed.
- Which of the causes it turns out to be A lock release with a hardware check is at one end of the range and a spring replacement with cable work is at the other. The diagnosis is most of the answer.
- How many times the opener was asked to try The nylon drive gear is designed to fail before the motor does. Repeated attempts against a fixed door are the standard way it gets there.
- Whether the door has to be freed under load A jammed door that needs supporting and releasing takes time and equipment that a simple lock release doesn't.
- Track and hinge damage A deformed channel section gets replaced rather than reshaped, and hinges that fouled usually need replacing along with the rollers they carry.
- Condition of the top section When a door is fought hard, the opener arm's attachment point takes it. A pulled or creased top section is a bigger conversation.
- Whether the bottom seal survived A seal torn out of its retainer is an inexpensive part, but the retainer itself sometimes goes with it.
What an off-track garage door repair comes to depends on how far the door traveled out of position before something stopped it. You'll get a written quote before any work starts. If you're due anyway, our full tune-up is $39.99 — same price in every city we serve.
Still stuck? We’ll come take a look.
Same-day service is our standard across Mesa, Gilbert, Chandler, Queen Creek, Scottsdale, Phoenix, and the rest of the Valley.
Due for a check-up while we’re out? Our full tune-up is $39.99 — same price in every city we serve.
Questions we get asked about this
Either something is physically restraining it or the counterbalance has failed. Restraints include a slide lock left engaged, a roller out of its channel, a deformed track pinching, a cracked hinge fouling a section, or an object wedged against the door. A failed spring isn't a restraint — the door is free to move, it just weighs the full 130 to 350 pounds a sectional door actually weighs. Those two feel very different: caught and solid, versus heavy and loaded.
Look along the inside of the door at each side, roughly at the height of the second section, for a bar that slides out into a slot in the vertical track. Some doors also have a center lock with a rope handle. Check both sides — one engaged is enough, and it's more common than both. It's the cheapest answer on this page and the one most often overlooked.
Leave it there. A door stuck partway is being held by whatever it's jammed against, and that's not a stable arrangement you can rely on. Get vehicles, people and pets out from under it, unplug the opener so nothing tries to move it, and don't attempt to force it up or down. If something is under the door and the door has settled onto it, leave that in place too. Whatever it settled on gets lifted clear as part of the off-track garage door repair.
It makes it immovable, which feels like stuck but isn't the same thing. Nothing is holding the door — the counterbalance simply isn't carrying its weight any more, so you're facing the full weight of the panel. The opener can't lift it either, because openers are rated for the nudge rather than the load. Check the spring coil above the opening for a visible gap.
No. Each attempt drives the opener's full force into whatever is holding the door, and the nylon drive gear inside the powerhead is deliberately the part designed to fail first. That's a sound engineering choice and a terrible thing to keep testing. Two failed attempts is plenty of information.
In this climate, usually the bottom seal. Rubber compressed against a slab at summer temperatures softens and can effectively grip the concrete, particularly on a door that has sat closed for a couple of weeks. It shows up as resistance in the first inch of travel only. Fine silt packed into the bottom of the tracks does something similar.
No — that combination rules the door out. Either the trolley is disengaged because the release cord was pulled and never re-latched, or the drive gear has stripped its teeth. Both are opener-side faults, and the opener hub covers them properly. It's actually good news as far as the door is concerned.
It won't help and it can mislead you. Lubrication addresses friction, and a door that's genuinely immobile is being stopped by a restraint or a weight problem rather than by drag. There's a whole page on doing it properly for the reasons it does help — but freeing a jammed door isn't one of them.
It depends on the cause. A door stuck fully closed with a lock engaged can wait comfortably. A door stuck partway up, or a door immobile because the counterbalance has failed, are both situations where the load is being held by something that wasn't designed to hold it — and those we'd rather deal with today than next week.
The honest framing is that force isn't the variable to adjust. If the door hasn't moved for a normal two-handed effort, the answer isn't a bigger effort — it's that something is holding it, and finding out what is the entire job. Adding leverage decides when the restraint gives way and puts you standing next to it when it does.
Possibly, but not in the way it seems. Outages are when people pull the release cord, and a trolley left disengaged afterwards produces a door the opener runs past without moving. Check the trolley first. If the release was never touched, the timing is probably coincidence and the causes on this page still apply.
Repeated attempts will. The drive gear is nylon and deliberately the sacrificial component, so it's what gives way when the opener is asked to move something immovable. Beyond that, the header bracket and the point where the opener arm attaches to the top section both take real strain when a door is fought.
Where this information comes from
- UL 325 — safety standard for residential garage door operators — the operator standard behind the force limits an opener applies before it gives up on a jammed door
- DASMA Technical Data Sheet #165 — Manual Operation of a Garage Door — the ANSI/DASMA 116 handle requirement — four handles or suitable gripping points, two inside and two outside — and the warning that the section-to-section joint is not a suitable gripping point
Where we come out
We’re a family-run shop based in Mesa, and we cover the whole Phoenix metro. Same-day service is our standard — pick your city, or just call (602) 935-9766 and we’ll find the soonest slot that works.
Not sure if you’re in range? Give us a call — if we can’t get to you, we’ll point you to someone who can.
Want us to just take care of it?
If you’ve worked through this and you’d rather have someone who does this every day handle it — that’s us. Tell us what your garage door is doing and we’ll come diagnose it properly.
- Same-day service is our standard
- Family-owned right here in Mesa
- Straight answers — we’ll tell you if it’s not worth fixing
- Written quote before any work starts