Garage Door Won’t Stay Open? Causes, Fixes, and When to Call a Pro

A garage door that will not stay open is usually caused by worn or weakened springs that no longer have enough tension to hold the door’s weight, broken cables, or incorrect spring adjustment. If your door slowly slides down after opening or will not hold at mid-height, the springs are the most likely culprit. Do not prop the door open with objects as a workaround: this is a serious safety hazard. Advanced Door provides same-day spring repair across Utah with a 4.9-star rating across 30,000+ reviews. Family owned since 1994 with a free lifetime warranty. Call (844) 971-3667 for a free estimate.

Last updated: April 2026

In This Guide

You hit the button, your garage door starts going up, and then it happens: the door slows, stops, and starts sliding back down. Or maybe it opens all the way but won’t stay there, slowly creeping shut on its own.

A garage door that won’t stay open is more than annoying. It is a safety hazard. A 150 to 250 pound door dropping unexpectedly can crush anything underneath it, including your car, your belongings, or a person. If your garage door won’t stay up, you need to figure out why and fix it before someone gets hurt.

The good news is that most causes are identifiable and repairable. This guide walks you through every reason a garage door slides back down, what you can safely check yourself, and when it is time to call a professional.

If your door is dropping and you want expert help now, call Advanced Door at (844) 971-3667 for a free estimate. We serve Logan, Ogden, Salt Lake City, Provo, Park City, and all of Utah.

Why Your Garage Door Won’t Stay Open

A garage door is a counterbalance system. The springs carry almost all of the door’s weight, and the opener simply provides the push to get things moving. When everything is balanced correctly, your door should stay in any position you leave it, whether fully open, halfway up, or anywhere in between.

When a garage door won’t stay open, the counterbalance system has failed in some way. The springs are no longer holding enough tension to support the door’s weight, or something mechanical is interfering with smooth operation.

Here are the most common reasons, ranked from most likely to least likely:

1. Worn or broken torsion springs (accounts for 70 to 80 percent of cases)
2. Worn or broken extension springs
3. Frayed, loose, or broken cables
4. Damaged or misaligned tracks
5. Worn rollers binding in the tracks
6. Opener carriage or trolley failure
7. Emergency release cord left disengaged

Let’s go through each cause in detail so you can identify what is happening with your door.

Worn or Broken Springs: The Number One Cause

If your garage door won’t stay open, the springs are almost always the problem. Springs are the muscles of your garage door system. They store energy when the door closes and release it when the door opens. When they lose tension or break, the door has nothing holding it up.

Torsion Springs

Torsion springs mount on a metal shaft above the door opening. They twist to store energy and unwind to lift the door. Most modern residential garage doors in Utah use torsion springs because they provide smoother, more controlled operation.

When torsion springs wear out, they lose their ability to hold tension. The door becomes “heavy” because the springs are no longer carrying their share of the load. You will notice the door is harder to lift manually, it opens more slowly with the opener, and it starts sliding back down instead of staying put.

A broken torsion spring is usually obvious. You will hear a loud bang (like a gunshot) from the garage, and you will see a visible gap in the spring coil above the door. With one spring broken, the door becomes extremely heavy and dangerous to operate.

Extension Springs

Extension springs run along the horizontal tracks on both sides of the door. They stretch when the door closes and contract to help lift it open. Older homes in Utah, especially those built before the mid-2000s, often have extension springs.

Extension springs lose tension gradually. You might not notice the problem at first because the door gets slightly heavier over weeks or months. Eventually, the springs can no longer hold the door open, and it starts creeping down.

Extension springs can also break suddenly. Unlike torsion springs (which stay on the shaft), a broken extension spring without a safety cable can become a dangerous projectile. If your extension springs don’t have safety cables running through them, get that fixed immediately regardless of whether you are having other problems.

How to Tell If Springs Are the Problem

• The balance test: Disconnect the opener by pulling the emergency release cord. Lift the door manually to about waist height and let go. A properly balanced door should stay in place. If it drops, the springs are losing tension.
• Visible damage: Look at the springs above the door (torsion) or along the tracks (extension). Gaps in the coils, rust, stretched coils, or a visible break all indicate failure.
• The door feels heavy: When you lift the door manually, it should feel like it weighs about 10 to 15 pounds. If it feels like 50 or more, the springs are not doing their job.
• The opener strains: Listen when the opener runs. If the motor sounds like it is working harder than usual, it is compensating for weak springs. This will burn out your opener prematurely.

Cable Problems That Let the Door Drop

Garage door cables work with the springs to lift and lower the door in a controlled way. The cables run from the bottom bracket of the door, up and around the drums at the top, and connect to the spring system. If a cable breaks, slips off the drum, or frays to the point of failure, the door can drop suddenly.

Common Cable Issues

• Frayed cables: Cables are made of braided steel wire. Over time, individual strands break and the cable frays. A frayed cable can snap without warning. Inspect your cables regularly for any fuzzy or separated strands.
• Cable off the drum: The cable wraps around a drum at the top of the door opening. If the cable slips off the drum (often due to a broken spring or a door going off track), the door will drop on that side.
• Loose cables: When springs lose tension, the cables go slack. Slack cables can tangle, jump off the drums, or wrap around the shaft incorrectly. This is a secondary symptom of spring failure.

A cable problem often shows up alongside a spring problem. If your door drops faster on one side than the other, a cable may have slipped off the drum on that side. If the door drops straight down evenly, it is more likely a spring balance issue affecting both sides equally.

For a deeper look at cable failures, see our guide: Garage Door Cable Snapped? What to Do.

Track and Roller Issues

The tracks guide your garage door as it opens and closes. The rollers ride inside the tracks. When either component has problems, the door may not travel smoothly, and it can start sliding back down.

Track Problems

• Bent tracks: A track can get bent from impact (backing into the door, kids hitting it with a ball, or objects falling against it). A bend in the vertical section of the track creates resistance that the opener and springs have to fight against. In some cases, the door gets stuck at the bend and then slides back down.
• Misaligned tracks: The tracks on both sides need to be perfectly parallel. If one track shifts (due to loose mounting brackets), the door will bind, stick, and potentially slide back down.
• Debris in the tracks: Dirt, leaves, small rocks, insects, and even ice can accumulate in the tracks and obstruct the rollers. This is especially common in Utah where we get dust, sand, and debris blowing in from construction, agricultural areas, and canyon winds.

Roller Problems

• Worn rollers: Steel rollers wear down over time and can develop flat spots. Nylon rollers eventually crack or lose their shape. Worn rollers create friction that fights against the opening motion.
• Broken rollers: A roller that cracks or breaks can jam in the track, stopping the door at that point and causing it to slide back.
• Lack of lubrication: Steel rollers need regular lubrication. Without it, they create enormous friction that can make the door feel heavier than it should and prevent it from staying open.

For a detailed guide on roller types and replacement, see our post: Garage Door Roller Replacement Guide.

Opener and Carriage Failures

Your garage door opener does not actually hold the door open. The springs do that. But the opener’s carriage (also called the trolley) connects to the door and controls its movement. When the carriage or opener has problems, the door can behave unpredictably.

Stripped Gears

Chain-drive and belt-drive openers use internal gears to transfer motor power to the carriage. Over time, these gears can strip, especially if the opener has been working against worn springs (carrying extra load). When gears strip, the opener may sound like it is running but the door does not move, or the door moves partway and then drops.

Worn Carriage or Trolley

The carriage rides along the rail (chain, belt, or screw) and connects to the door via an arm. If the carriage’s internal mechanism wears out, it may not hold the door securely. The door could drift down slowly even while the opener thinks it is holding position.

Force Settings

Every garage door opener has adjustable force settings that control how hard the motor pushes (up force) and pulls (down force). If the up force is set too low, the opener may not push the door all the way open. The door reaches a point where resistance exceeds the force setting, and the opener reverses or stops, letting the door slide back.

Travel Limit Settings

Openers also have travel limit settings that tell the motor where “fully open” and “fully closed” positions are. If the open travel limit is set too short, the door will stop before it reaches the fully open position. In some cases, the door may partially open and then the opener’s logic tells it to reverse because it thinks something is wrong.

Check your opener’s manual for instructions on adjusting travel limits. This is usually done with a pair of adjustment screws or buttons on the back or side of the motor unit.

For a complete opener troubleshooting guide, see: Garage Door Opener Not Working? Troubleshooting Guide.

Manual Lock and Emergency Disconnect Issues

These are less common causes but worth checking because they are easy to overlook.

Manual Lock Engaged

Many garage doors have a manual lock, a handle or latch on the inside of the door that locks it to the track. If someone partially engages this lock (or it shifts into a partially locked position), it can create enough resistance to prevent the door from opening fully. The door fights against the lock, and when it cannot win, it slides back.

This is especially common after power outages when someone manually locks the door for security and then forgets to unlock it before using the opener again.

Emergency Release Cord

The emergency release cord (the red handle hanging from the opener rail) disconnects the door from the opener carriage. If someone pulls this cord and does not re-engage the carriage, the door is “free floating” with no opener control. Without the opener holding it in position, a door with even slightly weak springs may drift down.

To re-engage the carriage, pull the cord straight back (toward the opener motor) until you hear it click. Then use the opener to cycle the door once, which will reconnect the trolley.

How Utah’s Climate Makes This Problem Worse

Utah’s unique climate creates conditions that accelerate the wear on garage door components, making “door won’t stay open” problems more common here than in milder climates.

Extreme Temperature Swings

Utah regularly sees 40 to 60 degree temperature swings between day and night, especially in spring and fall. Metal springs expand in heat and contract in cold. These constant cycles of expansion and contraction fatigue the steel faster than in climates with stable temperatures.

In the Wasatch Front corridor (Ogden, Salt Lake City, Provo), a spring morning might start at 28 degrees and hit 65 by afternoon. That kind of swing every day for months takes a real toll on springs.

Cold Weather Stress

Cold steel is brittle steel. Springs that are close to the end of their life are far more likely to break on a freezing Utah morning than on a warm afternoon. This is why spring failures peak in January through March in Utah, right when the door is working hardest against cold-thickened lubricant and contracted metal.

Cache Valley (Logan, North Logan, Smithfield) and mountain communities (Park City, Heber City) see some of the coldest sustained temperatures in the state. If you live in these areas, your springs work harder and wear out faster than doors in St. George or the Salt Lake Valley.

Dust and Debris

Utah’s dry climate means more dust, sand, and fine debris in the air. Canyon winds along the Wasatch Front blow grit into garages constantly. This debris gets into the tracks and rollers, increasing friction and accelerating wear on every moving part.

Construction zones, agricultural areas, and Utah’s famous red dust in southern regions make this even worse. Regular track cleaning is essential in Utah, more so than in wetter climates where rain washes debris away naturally.

Road Salt Corrosion

UDOT applies over 200,000 tons of road salt annually on Utah highways. That salt gets tracked into garages on tires and shoes, and salt-laden slush splashes onto garage door components. Over time, salt accelerates corrosion on springs, cables, tracks, and hardware.

Homes near major corridors like I-15, I-80, I-215, and Bangerter Highway are particularly affected. If you notice rust on your springs or cables, salt corrosion is likely a contributing factor.

Quick Diagnostic Table: Match Your Symptom to the Cause

Use this table to narrow down what is causing your garage door to slide back down. Match your specific symptom to the most likely cause and recommended action.

Safe DIY Checks You Can Do Right Now

Before calling a technician, there are several things you can safely inspect yourself. These checks do not involve touching any high-tension components like springs, cables, or drums.

1. The Balance Test

This is the single most important diagnostic test for a garage door that won’t stay open.

1. Close the garage door completely.
2. Pull the emergency release cord (red handle) to disconnect the door from the opener.
3. Lift the door manually to about waist height (approximately 3 to 4 feet).
4. Let go carefully and step back.

Result: A properly balanced door will stay in place, maybe drifting an inch or two. If the door drops to the ground, your springs are weak or broken. If the door shoots up, the springs have too much tension.

2. Visual Spring Inspection

For torsion springs: Stand inside the garage and look up above the door. You should see one or two tightly wound coils on a metal shaft. Look for:

• A visible gap in the coils (means the spring is broken)
• Rust, especially deep pitting
• Coils that look stretched or uneven

For extension springs: Look along the horizontal tracks on both sides. Look for:

• Springs that look stretched out even when the door is closed
• A spring that is in two pieces (broken)
• Missing safety cables running through the springs

3. Track and Roller Inspection

• Run your eyes along both vertical and horizontal track sections. Look for dents, bends, gaps, or loose mounting brackets.
• Check for debris in the tracks. Wipe them clean with a cloth.
• Look at the rollers. Are any cracked, chipped, or obviously worn? Do they spin freely?

4. Cable Inspection (Visual Only)

• Look at the cables running from the bottom brackets up to the drums. Do not touch them.
• Look for fraying (fuzzy strands sticking out), kinks, or slack.
• Check that the cables are seated properly on the drums at the top of the door opening.

5. Emergency Release and Lock Check

• Check that the emergency release cord has not been pulled. If it has, re-engage it by pulling the cord back toward the opener and running the door through one cycle.
• Check the manual lock inside the door. Make sure it is fully disengaged.

6. Opener Settings Check

• Check your opener’s up force and travel limit settings. Refer to your owner’s manual for the specific adjustment method.
• On most LiftMaster and Chamberlain models, there are two adjustment screws on the side or back of the motor unit labeled “Force” and “Limit.”
• Try increasing the up force slightly (one quarter turn at a time) and test.

When to Call a Professional

Some problems are strictly professional-only repairs. Call a technician immediately if you encounter any of these situations:

• Broken spring: You see a gap in the torsion spring coil or a broken extension spring. Never attempt spring replacement yourself.
• Cable damage: You see frayed, broken, or displaced cables. Cables are under spring tension and are extremely dangerous.
• Door dropped suddenly: If the door fell or slammed shut unexpectedly, something critical has failed. Do not use the door until it has been inspected.
• Door is crooked or off track: A door hanging at an angle means one side’s support system has failed. Using the door in this state can cause further damage and safety hazards.
• The balance test failed dramatically: If the door drops to the ground immediately when you release it, the springs need replacement.
• You hear grinding, popping, or snapping sounds: These indicate hardware failure in progress.
• The problem came back after you fixed it: Recurring issues usually indicate a deeper problem that needs professional diagnosis.

Call Advanced Door: (844) 971-3667

Free estimates. No pressure. Serving all of Utah.

What Repairs Typically Cost

Understanding typical repair costs helps you make informed decisions and avoid overpaying. These are industry-wide ranges for the Utah market. Actual costs vary by door size, spring type, brand, and complexity.

For a detailed breakdown of all garage door repair costs, see our complete guide: How Much Does Garage Door Repair Cost in Utah?

How to Prevent This Problem From Coming Back

Once you get your door working again, here is how to keep it that way.

Schedule Annual Professional Maintenance

A yearly tune-up catches problems before they cause failures. A technician will inspect springs, cables, rollers, tracks, and hardware. They will adjust spring tension if needed, lubricate moving parts, and tighten loose hardware. Think of it like an oil change for your garage door.

Perform Monthly Visual Inspections

Once a month, take 60 seconds to look at your garage door system:

• Are the springs intact? Any visible rust or gaps?
• Are the cables taut and properly seated on the drums?
• Are the rollers intact, not cracked or chipped?
• Are the tracks clear of debris and properly aligned?
• Does the door sound normal when it opens and closes?

Lubricate Moving Parts Every 6 Months

Use a silicone-based or lithium-based garage door lubricant (not WD-40, which is a solvent and not a lubricant). Apply to:

• Spring coils
• Roller bearings and stems (for steel rollers)
• Hinges
• Lock mechanism
• Opener chain or screw drive

Do the Balance Test Twice a Year

Run the balance test (described in the DIY Checks section above) every six months. If the door passes, everything is fine. If it starts to drift, you have caught the problem early before it becomes a safety issue or an emergency.

Upgrade to Lifetime Warranty Springs

Standard springs fail every 7 to 10 years. If you are tired of replacing springs every decade, ask about upgraded springs with higher cycle ratings. At Advanced Door, our lifetime warranty springs are rated for 2 to 3 times the cycles of standard springs. You pay more upfront, but you may never need to replace them again.

For our complete spring comparison, see: Torsion vs Extension Garage Door Springs.

Keep the Tracks Clean

Wipe down the inside of the tracks every few months, or more often if you live in a dusty area. Remove dirt, leaves, cobwebs, and any debris. Do not apply lubricant to the tracks themselves (it attracts more dirt). Clean tracks keep rollers moving freely and reduce strain on every component.

For a complete maintenance schedule tailored to Utah’s climate, see: The Complete Garage Door Maintenance Schedule for Utah Homeowners.

Frequently Asked Questions

Why does my garage door open a few inches and then stop?

This is usually a force or travel limit issue with your opener, or a track obstruction at that height. Check the tracks for debris and try adjusting your opener’s up force setting slightly. If the door is very heavy when you lift it manually, the springs are the problem, not the opener settings.

Can I prop my garage door open with something if it won’t stay up?

We strongly advise against this. A propped door can fall without warning and cause serious injury. The prop can slip, break, or get knocked out of position. Fix the underlying problem instead of using a temporary workaround.

My garage door slides down slowly over about 30 minutes. Is that normal?

No. A properly balanced door with good springs should stay in any position indefinitely. Slow drift indicates that the springs are losing tension and can no longer fully counterbalance the door’s weight. This will get worse over time, not better. Schedule a spring inspection.

Is it safe to use my garage door if it won’t stay open?

It depends on the cause. If the door slowly drifts down, it is a hazard but not an immediate emergency. If the door drops quickly or slams shut, stop using it immediately. In either case, get it repaired as soon as possible. A door that won’t stay open is a door that could fall on someone.

How do I know if my door has torsion springs or extension springs?

Look above the door opening. If you see one or two tightly wound coils on a horizontal shaft running across the top of the opening, those are torsion springs. If you see long springs running parallel to the horizontal tracks on the sides of the door, those are extension springs. For a detailed comparison, see our guide on torsion vs extension springs.

Both springs look fine but my door still won’t stay open. What else could it be?

Springs can lose tension without showing visible damage. They look intact but have lost their ability to hold the door. Other causes include worn rollers creating excessive friction, a bent track, a cable issue, or the emergency release being disengaged. Try the balance test to confirm whether the springs are the issue.

How long does it take to fix a garage door that won’t stay open?

Spring replacement typically takes 45 minutes to an hour for a trained technician. Cable replacement is similar. Track repair, roller replacement, or opener repairs each take 30 minutes to 2 hours depending on severity. Most “won’t stay open” repairs can be completed in a single service visit.

Can weather changes cause my garage door to not stay open temporarily?

Yes, especially in Utah. Cold weather contracts metal springs, reducing their tension slightly. On very cold mornings, a door with marginally weak springs may not stay open even though it works fine in warmer temperatures. However, this is a sign that the springs are near the end of their life. If temperature is affecting your door’s operation, replacement is coming soon.