# Editorial policy Last reviewed: 2026-08-18 Reviewed by [The GarageDude Editorial Desk](https://garagedude.shop/authors/editorial-team/) We publish only what a manufacturer, standards body or regulator documents. Every page touching a physical procedure carries one of three DIY verdicts, assigned by published criteria and enforced automatically at build time. We do not perform repairs, dispatch technicians, or sell leads. ## The DIY verdict system, in full Every question that touches a physical procedure gets exactly one of three verdicts. The criteria are published here because a verdict you cannot audit is a verdict you cannot trust. ### Safe to DIY No stored energy is under the reader's hands, and a mistake costs a part rather than an injury. Photo eye alignment, remote and keypad programming, battery replacement, lubrication, weather seal replacement, track cleaning, travel and force limit adjustment with cautions, and manual release operation on a door with intact springs. ### DIY with caution Real work with a real failure mode, requiring the door to be secured and the opener disconnected first. Roller and hinge replacement, sensor wiring, opener installation, minor track adjustment, dent and panel cosmetic work, painting and insulating. ### Call a professional Anything involving the counterbalance system — torsion or extension springs, cables, drums, or the bottom bracket. Also a door off its track, panel replacement on a spring-loaded door, and any work at all on a door whose spring has already broken. This verdict is absolute. A page carrying it may not contain numbered procedural steps, a parts list framed as a shopping list, or HowTo structured data. It explains why the job is dangerous, what a technician does, and what the quote should contain. ## How the verdicts are enforced Not by good intentions. The build fails if any of these is true: - A page with a professional-only verdict contains numbered steps, a tools list, or HowTo markup. - A page with any verdict is missing its Safety Verdict Badge above the direct answer. - A badge conveys its state by colour alone, without an icon and a text label. - An affiliate link appears on a professional-only page, or on any spring, cable or drum page. - A numeric opener force setting is published anywhere. The page generator also cannot emit a procedure for a professional-only page: that code path does not exist. The validator is a backstop, not the control. ## When we are unsure, we escalate A reader wrongly told to call a professional loses a service call. A reader wrongly told they can handle it themselves can be killed. Those costs are not symmetric, so an unclassified question that describes a physical action is escalated, never relaxed. We also escalate on contamination: an otherwise safe question becomes professional-only the moment it also involves a broken spring. ## Sourcing hierarchy Tier 1 — CPSC, the eCFR, UL, state statutes, the Florida Building Code and Miami-Dade product approval, ASTM, ICC. Tier 2 — DASMA technical data sheets, manufacturer installation and service manuals. Tier 3 — cost estimate aggregators and repair company content. Always attributed, never used to source a repair recommendation. Repair company content is the dominant source in this niche and has a direct commercial interest in overstating what needs replacing. We treat all of it as Tier 3. Risk tier decides the sourcing duty. R3 pages, meaning legal and regulatory claims, require a primary regulatory or standards source and a dated Jurisdiction Notice. R2 pages, meaning safety and damage claims, require a manufacturer, DASMA, UL or CFR citation. Both are enforced at build time. ## What we will not publish We would rather have a hole than a guess. We do not publish numeric opener force settings, regional price multipliers, state licensing requirements we have not verified, or the widely circulated garage door injury statistics whose only traceable sources are repair companies and law firms. Where a gap exists we say so on the page. ## Use of AI Answer drafts are composed programmatically from a reviewed knowledge base of sourced facts. The knowledge base is written and checked by people against primary documents; the composition step selects and arranges, and cannot introduce a number that is not in the source data. Spanish is genuine localization against a terminology list, not machine translation of the English. ## Corrections Every page shows when it was last reviewed. If you find an error, write to [editors@garagedude.shop](mailto:editors@garagedude.shop). We correct on the page rather than quietly, and material corrections are noted with their date. ## Independence We do not perform repairs, dispatch technicians, or sell leads. We have no affiliation with any repair company. That independence is exactly what makes a "you can fix this yourself in four minutes" verdict believable, and it is why we will not take spring, cable or drum affiliate revenue at any price. ## 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. That distinction explains almost everything else on this page. A residential door weighs between 85 and 400 pounds depending on size and material. The counterbalance system — springs, cables, drums and bottom brackets — stores the energy needed to raise that weight and gives it back on the way up. With the counterbalance set correctly the door stays put when released halfway, and the opener only has to overcome friction. This is why an unbalanced door destroys openers: the motor ends up lifting a load it was never sized for. And it is why springs and cables are professional work while sensors and remotes are not — one group holds that stored energy and the other does not. The test is available to anyone. Disconnect the opener with the red release, lift the door halfway by hand, and let go. If it stays where you left it, the counterbalance is right. If it drifts down or shoots up, it is not, and CPSC says a door in that state should be serviced by a professional. ## What order should I check things in? Cheapest and safest first, because that order also happens to be the most likely. Start with the remote battery, then the wall button, then whether the opener has power at the outlet — a tripped GFCI accounts for more "dead openers" than any component failure. Next check the photo eyes, because a blocked beam does not merely interrupt one cycle. Federal rules require secondary entrapment protection to prevent the opener closing an open door at all while the beam is broken, so a filmed-over lens presents as a completely dead door in the closing direction. Only then test the door itself. Pull the red release with the door closed and lift by hand. If it moves freely, you have an opener or control problem. If it is very heavy, you have a counterbalance problem, and that is where the DIY path ends. The federally required text in your own manual draws the same line: it directs cable and spring repairs to a qualified service person, and it says never to go under a stopped, partially open door. ## What is the one-minute test everyone should be doing? The reversal test, monthly. This is not our advice — it is the text federal law requires the manufacturer to print in your opener's manual. > “Test door opener monthly. The garage door MUST reverse on contact with a 1½ inch object (or a 2 by 4 board laid flat) on the floor.” Lay it flat on the floor in the door's path and close the door. It must reverse on contact. If it does not, stop using the opener until it is adjusted per the manual, 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, right up until something is underneath it. CPSC reports about 73 children aged 2 to 14 trapped and killed under automatic garage doors since March 1982 — roughly 3 a year — and that record is why the standard exists. CPSC also recommends inspecting the door and opener every 30 days. [Children, pets and the garage door](https://garagedude.shop/safety/child-safety/) covers the rest. ## At what point should I stop and call someone? There are four signals, and any one of them on its own is enough to stop. - The door is very heavy by hand with the opener disconnected. The counterbalance has failed, and nothing but you is holding the door. - 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 and can move suddenly. - The door does not reverse on the board test. The entrapment protection is not working. None of those is calling too early. They are precisely the cases where the federally required manual text directs the work to a qualified service person, and where the cost of being wrong is not a broken part. The rule worth teaching at home comes from that same federal text, in capitals: “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. ## Sources - [16 CFR 1211.16 — required installation and user instructions (81 FR 20231)](https://www.govinfo.gov/content/pkg/FR-2016-04-07/html/2016-07552.htm) — US CPSC via Federal Register Tier 1 accessed 2026-08-17 - [Technical Data Sheet 163 — U-factor and R-value for Residential and Commercial Garage Doors](https://www.dasma.com/wp-content/uploads/2022/09/TDS163..pdf) — DASMA Tier 2 accessed 2026-08-17