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

What's actually happening when the door stops short

Your opener is a small motor. On most homes it's rated 1/2 to 3/4 horsepower, and it was never designed to lift the door by itself.

The springs do the heavy lifting. A torsion spring above the door counterbalances almost the entire weight so the opener only has to nudge it along.

When that spring breaks, the balance is gone. The opener strains against 200-plus pounds, moves the door a few inches, hits its safety limit, and stops (or reverses).

That's why the symptom is so consistent. A few inches, a groan, then nothing. It's the single most common garage door failure we see.

The most likely culprits, in order

Start with the springs because that's where the money is. A broken torsion spring accounts for the vast majority of these calls.

Walk in and look at the shaft mounted above the door opening. A broken torsion spring shows a clean 1 to 2 inch gap where the tight coils separated.

If you have extension springs instead (long springs running along the horizontal tracks), look for one hanging loose or a cable dangling.

A spring doesn't have to snap to cause this. A fatigued spring that's lost tension over years leaves the door heavy and the opener struggling past the first foot.

Less often it's the opener itself, with the up-force set too low or a worn drive gear. And occasionally it's mechanical: a bent track, a roller out of its channel, or ice welding the bottom seal to the slab.

The hand-lift test sorts most of this out in thirty seconds, which is why it's step one of any real diagnosis.

What the pro will do

There is no do-it-yourself path we recommend for this repair. The safe and lasting fix comes from a licensed pro who can diagnose the true cause and complete the work correctly.

Booking a qualified tech protects your safety, your warranty, and your home. Call a licensed professional to handle it end to end.

What this costs to fix in 2026

Professional torsion spring replacement runs $150–$500 in most US markets. The spread depends on door weight, spring size, and whether you replace one or both.

Most of the bill is labor, the service call, and the fact that this work is genuinely dangerous.

Doing both springs at once is the smart money. The second spring usually adds only $40 to $80 because the tech is already there and set up.

High-cycle springs (rated 20,000 or 30,000 cycles) cost a bit more upfront but can outlast standard springs by years. If you use your door as your main entrance, ask about them.

Extension spring replacement tends to land at the lower end, often $120 to $250, since the springs are simpler and less tension is involved.

If the opener also got cooked from running against the dead spring, add $200 to $500 for a new opener. That's the expensive lesson from cycling the button too many times.

Can you wait, or is this urgent?

This one's genuinely high urgency, mostly because waiting tends to make it worse and more expensive.

Every time someone cycles the opener hoping it'll work this time, the motor grinds against a load it can't handle. That's how a spring job turns into a spring-plus-opener job.

A door stuck partway up is also a security and weather problem. It's an open invitation and, in bad weather, a way to flood or freeze the garage.

There's the practical side too. If your car lives in the garage and the door is jammed, you're stuck.

The safe move if you can't get a tech same day: get the door fully down, clamp vice grips on the track just below a roller so it can't be lifted, and leave it alone.

Don't leave a heavy door propped partway open on a broken spring. If whatever's holding it slips, it comes down hard.

Keeping the next spring from surprising you

Springs fail on a cycle count, so the best thing you can do is know roughly how old yours are.

If your springs are past 7 years and you open the door several times a day, start budgeting. They're near the end.

Twice a year, disconnect the opener and hand-lift the door. If it's getting heavier or won't hold at the halfway point, the spring is fading before it snaps.

A light spray of garage door lubricant on the springs (not WD-40, which is a solvent) reduces coil friction and can add life. A quick pass in spring and fall is plenty.

When one spring breaks, replace both and consider high-cycle springs. Paying once beats two service calls six months apart.

Listen for changes. A door that suddenly sounds louder or jerks on the way up is often warning you before the failure.

How we diagnose this in the field

When a tech pulls up to this call, the diagnosis usually takes under five minutes. The symptom is that specific.

First we look at the springs from the doorway. A visible coil gap ends the guessing immediately.

If the springs look intact, we release the opener and hand-lift the door to check balance. A door that won't hold at mid-height tells us the tension is gone even without a clean break.

We check the wire gauge, spring length, and inside diameter to spec the replacement, then confirm the door's weight if anything looks off.

We inspect the cables and drums while we're in there. A broken spring often means the cables took a beating too, and replacing both together is cheaper than a callback.

Last, we wind the new springs to the correct turn count, test the balance by hand, and reconnect the opener. A properly balanced door should float at waist height and move smoothly through its full travel.