By the Templateez Team · July 2026

Garage Door Service Intake Forms: What to Document Before the Repair

A garage door service call is rarely just a garage door service call. The customer says "my garage door won't open" and that could mean a broken torsion spring (a repair that takes 45 minutes and involves parts under tension that can kill someone), a stripped gear in the opener (an hour-long repair plus a new part), a misaligned safety sensor (a five-minute fix), or a door that has come off the track because a car backed into it (which might mean the door itself is done). Each of those scenarios requires different parts, different tools, and a completely different price. If you dispatch a tech without knowing which one it is, you are sending them out with the wrong parts, the wrong estimate, and the wrong time slot.

A garage door services intake form captures the information that lets you diagnose before you dispatch, quote before you roll, and document the work for warranty and liability purposes. Here is what belongs on that form.

Service type: triage the call before the truck leaves

Garage door work falls into distinct categories, and your intake needs to classify the call immediately because it determines everything — who you send, what they bring, and how you price it.

Repair. Something is broken or malfunctioning. The intake should try to identify the symptom: door will not open at all (likely springs or opener motor), door opens partway and reverses (safety sensor misalignment or track obstruction), door is noisy (worn rollers, loose hardware, unlubricated hinges), door hangs crooked (broken cable on one side), remote or keypad not working (electrical or programming issue). The more specific the symptom, the better your tech can prepare. A truck that rolls with the right torsion spring size saves a second trip and makes the customer happy. A truck that rolls blind wastes everyone's time.

Replacement. The customer wants a new door. This is a sales and measurement visit first, then a separate installation appointment. Your intake needs to capture the current door size (standard residential widths are 8, 9, 10, or 16 feet; heights are 7 or 8 feet, but custom sizes exist), the material preference (steel, wood, aluminum, fiberglass, vinyl), insulation requirements, window options, and style. A 16-by-7 insulated steel door with windows is a completely different price point than an 8-by-7 non-insulated steel door without windows. Knowing the basic parameters before the sales visit lets your rep arrive with relevant samples and a ballpark that matches the customer's budget.

New installation. Less common for residential, more common for commercial or new construction. New installations involve framing, track layout, spring calibration, opener mounting, and safety sensor placement. Your intake should capture whether the opening is framed and ready, or whether framing is part of the scope.

Maintenance. Annual tune-ups, lubrication, spring adjustment, safety testing. Maintenance calls are quick and predictable, but your intake should still capture the door type and age because a tech performing maintenance on a 20-year-old Wayne Dalton needs different expectations than one tuning up a 3-year-old Clopay.

Opener type and existing hardware

The garage door opener is the electromechanical heart of the system, and the brand, drive type, and age matter for repair and replacement decisions. Your intake should capture:

Opener brand and model — Chamberlain, LiftMaster, Genie, and Craftsman cover the vast majority of the residential market. Commercial doors use different openers entirely — jackshaft motors, hoist operators, trolley operators. Knowing the brand lets your tech look up the model before arriving and bring common replacement parts.

Drive type — chain drive (affordable, noisy), belt drive (quiet, more expensive), screw drive (fewer parts, moderate noise), or direct drive (one moving part, quietest, but harder to find replacement motors). If the customer is complaining about noise, the drive type tells you whether the noise is normal for their system or indicates a problem.

Smart features — Wi-Fi connectivity, smartphone control, built-in camera, battery backup. Newer openers from Chamberlain and LiftMaster have myQ integration. If the customer's complaint is "I can't open the door from my phone," that may be a Wi-Fi connectivity issue, not a mechanical problem. Your intake should capture whether the opener has smart features and whether they are part of the issue.

Spring system: the most dangerous component

Garage door springs are under extreme tension. A standard two-car garage door weighs 150 to 250 pounds, and the springs counterbalance that weight so the opener motor — which typically has only half a horsepower — can move it. When a spring breaks, the door becomes dead weight and the opener cannot lift it.

Your intake needs to identify the spring type. Torsion springs are mounted above the door on a steel shaft and are the standard in modern residential installations. They come in specific sizes defined by wire gauge, inside diameter, and length. A tech arriving with the right torsion spring avoids a second trip. Extension springs run along the horizontal tracks on both sides of the door. They are older technology, still common on single-car doors and older installations. They are easier to replace than torsion springs but have a shorter lifespan and are more dangerous when they break because they are not contained on a shaft.

Your intake should ask how many springs the system has (one or two for torsion, always two for extension), the approximate age of the current springs if known, and whether the customer heard a loud bang (the classic sound of a torsion spring breaking — clients often think something fell in the attic). If a spring broke, document whether anyone was in the garage at the time and whether the door is currently in the open, closed, or partially open position, because that affects how your tech approaches the job safely.

Door material, insulation, and safety

Door material affects weight, insulation value, appearance, and maintenance. Steel doors are the most common residential option — durable, low-maintenance, available in every style and price point. Wood doors are beautiful but heavy, require regular painting or staining, and can warp or rot if not maintained. Aluminum doors are lightweight and resist corrosion but dent easily. Fiberglass resists salt air and humidity, which makes it popular in coastal areas. Your intake should capture the current door material for repairs and the desired material for replacements, because material choice drives the spring calculation, the opener horsepower requirement, and the price.

Insulation matters in any climate where the garage is attached to the house. Uninsulated steel doors have an R-value near zero. Polystyrene-insulated doors are R-6 to R-9. Polyurethane-injected doors are R-12 to R-18. If the customer uses the garage as a workshop, home gym, or living space, insulation goes from optional to essential. An insulated door is also heavier, which means the springs and opener need to be sized for the additional weight. Your intake should document the insulation requirement.

Safety sensors are required by federal law (UL 325) on every automatic residential garage door installed since 1993. The sensors sit about six inches above the floor on both sides of the door opening. If the beam between them is interrupted, the door reverses. When a customer says "the door won't close" or "the door starts closing and then goes back up," the most common cause is a sensor issue — misalignment, dirty lenses, a spider web across the beam, or sun glare hitting the receiver at a certain time of day. Your intake should ask about sensor symptoms specifically because it is the single most common residential service call and often does not require a tech visit at all if you can walk the customer through the fix on the phone.

Emergency service, scheduling, and warranty

Garage door emergencies are real. A door stuck in the open position at night is a security issue. A broken spring on a single-car garage in the morning means the customer cannot get to work. Your intake should capture whether the call is emergency or scheduled, because emergency rates and response times are different from standard appointments. If you offer same-day or next-day emergency service, the intake documents the urgency and the premium pricing so there are no billing disputes after the fact.

For scheduled work, capture the customer's availability windows and any access notes — is there a keypad code? Can the tech access the garage from the back of the house if the front door is not the entry point? Will someone be home, or does the tech need to complete the work independently? These details prevent wasted trips.

Warranty documentation should be established at intake. Springs have a cycle-life warranty, not a time warranty — a 10,000-cycle spring used four times a day lasts about seven years. A 25,000-cycle spring on the same schedule lasts roughly seventeen years. Your workmanship warranty and the parts warranty should both be documented before work begins so the customer knows exactly what is covered. If you are a home services company that handles garage doors alongside other trades, having the right trade-specific forms means your dispatchers capture the technical details that matter for this particular call, not generic information that does not help the tech prepare.

For contractors who handle garage door work as part of a broader general contracting scope — new construction, remodels, garage conversions — the garage door intake feeds into the larger project documentation. The GC intake covers project management; the garage door intake covers the trade-specific details that only a door technician needs.