GarageDude

The GarageDude Editorial Desk

Research and review

We read the primary documents — 16 CFR 1211, the DASMA technical data sheets, CPSC publications and manufacturer service manuals — and publish what they actually say. We do no garage door repairs, dispatch no technicians, and sell your details to no repair company.

Subject areas

  • Garage doors
  • Garage door openers
  • UL 325
  • 16 CFR 1211
  • DASMA standards
  • Torsion spring safety

How we work

Every claim on this site is traced to a primary document before it is published. In practice that means reading 16 CFR 1211 on the eCFR, the DASMA technical data sheets as PDFs, CPSC publications, and manufacturer service manuals — and citing what they actually say rather than what gets repeated.

When a widely quoted figure cannot be traced, we say so on the page instead of repeating it. The clearest example is the garage door injury statistic that circulates across this industry: it appears only in repair company blogs and law firm pages, none of which cites a CPSC document. We do not publish it.

Independence

We do no garage door repairs, dispatch no technicians, and sell your details to no repair company. There is no phone number and no quote form on this site, and that absence is deliberate: the moment one exists, every verdict we publish becomes suspect. It is what lets us tell you your door probably just needs a sensor wiped clean.

Corrections

Every page shows when it was last reviewed. If you find an error, write to us and point at the source — we correct on the page itself, with a date, rather than quietly.

Full method

The verdict criteria and how they are enforced are in the editorial policy.

How does a garage door actually hold its own weight?

A garage door is not lifted by the opener — it is lifted by the spring, and the opener only guides it. A residential door weighs 85 to 400 pounds, and the counterbalance holds that weight so the motor only has to overcome friction. That is why springs and cables are professional work while sensors and remotes are not: one group holds the stored energy and the other does not.

Garage door safety covers the balance test and what an unbalanced door does to an opener.

What does federal law actually require here?

Every residential opener manufactured since January 1, 1993 for US sale must meet 16 CFR 1211: a closing door must begin reversing within 2 seconds of hitting an obstruction, a second independent protection system must exist, and the manual release must be red. §1211.16(b) also fixes the exact words your manual carries — among them “Have a qualified service person make repairs to cables, spring assemblies and other hardware.” — which is why this page's verdict is not our opinion.

What UL 325 and 16 CFR 1211 require covers the full standard.

What is the one-minute test everyone should be doing?

The reversal test, monthly, with a 2x4 laid flat in the door's path: it must reverse on contact. If it does not, stop using the opener until it is adjusted, repaired or replaced. It matters because this system fails silently — a door whose reversal has stopped working looks and sounds exactly like one that still does. CPSC recommends inspecting the door and opener every 30 days.

Children, pets and the garage door covers why the standard exists.

What should this cost, and why do we not publish a figure?

We do not publish a national average because we could not find a source that holds up. The estimate sites disagree with each other, none documents its method, and repeating a figure we cannot trace would be exactly the problem this site exists to avoid.

What we can give you is the shape of a comparable quote. It should separate four lines: the part and its specification, the labour, what is being replaced at the same time, and the warranty — separately — on the part and on the work.

Get two written quotes before accepting either, and compare them line by line rather than on the total. Two matching totals can hide a spring with a third of the rated life of the other.

Emergency and after-hours rates exist, but we found no sourceable figure for those either, so we do not invent one. Our position on costs explains the full reasoning.

At what point should I stop and call someone?

  • The door is very heavy by hand with the opener disconnected. The counterbalance has failed.
  • You can see a gap in the spring coil, or a cable that is frayed, slack, or off its drum.
  • The door sits crooked, higher on one side, or has come off its track. It is still under full tension.
  • The door does not reverse on the board test. The entrapment protection is not working.

None of those is calling too early, and the rule worth teaching at home comes from that same federal text: “NEVER GO UNDER A STOPPED PARTIALLY OPEN DOOR.”

Questions that come up next

Does a door that reverses mean something is broken?

No — the opposite. A door that stops and goes back up when it touches something is the entrapment protection doing exactly what 16 CFR 1211 requires. The fault worth investigating is a door that fails to reverse.

Can I disable the photo eyes to get the door closed?

No. That removes the external entrapment protection required since 1993, and it is the protection that exists because of the CPSC child fatality record. If a sensor is genuinely faulty, replace it — it is among the cheapest parts on the door.

Is it safe to use the emergency release with the door open?

The federally required manual text says to use it only when the door is closed wherever possible, because weak or broken springs may allow the door to fall rapidly. A great deal of DIY content advises the opposite.

Should I replace one spring or both?

If the door has two, quote both. The second is the same age and has taken the same number of cycles, so it is next. This is one of the few upsells in the trade that is genuinely honest.