By the Templateez Team · Licensed Attorney · June 2026

Garage Door Service Intake Forms: What Installers and Repair Companies Need to Capture

A garage door technician who arrives at a service call without knowing whether they are dealing with a torsion spring system or an extension spring system is walking into a situation that could injure them. A crew sent to install a new door without the rough opening measurements, the headroom clearance, or any awareness that the homeowner's HOA requires a specific panel style is going to waste a trip, lose money on the rescheduled appointment, and start the client relationship on the wrong foot.

Garage door work is one of the most specification-heavy trades in residential service. The door itself has material, insulation, window, and dimensional variables. The opener has drive type, smart features, and horsepower requirements. The spring system carries serious safety implications. And the physical space around the door — headroom, side room, back room — determines what hardware can even be installed. A garage door service intake form that captures all of this before the truck rolls is the difference between a one-trip job and a three-trip headache. Here is what that form should include.

Service type: define the job before dispatching

Garage door companies handle a wide range of work, and the tools, parts, and expertise required vary dramatically from one service type to the next. A spring replacement technician needs high-tension winding bars and the correct spring specs. A new door installation crew needs the door panels, tracks, hardware, and often two people. Sending the wrong setup wastes everyone's time.

Your intake form should present service categories that match how your company actually schedules and dispatches:

• Repair — the door or opener is malfunctioning and the client wants it fixed. This is the most common call, and it requires follow-up questions about symptoms to narrow the likely issue before arrival.
• New door installation — no existing door, or a complete replacement of an outdated system. This is a major job that requires detailed measurements, material selection, and often a pre-installation site visit.
• Door replacement — swapping an existing door for a new one while keeping the existing track and opener if compatible. Compatibility is the key word — capture the existing hardware details to determine whether the new door works with the current setup or whether additional components are needed.
• Opener installation or repair — installing a new opener on an existing door, or diagnosing and repairing a failing opener. Different job than door work and requires different parts inventory.
• Spring replacement — a broken or worn spring. This is the single most dangerous repair in the garage door trade. Your intake should flag spring calls for experienced technicians only, and the form should capture whether it is a torsion or extension system before anyone is dispatched.
• Panel replacement — one or more damaged panels on an otherwise functional door. Requires the door manufacturer, model, color, and panel position to source the correct replacement.
• Weatherstripping — bottom seal, side seal, or top seal replacement. A smaller job but one that affects energy efficiency and pest entry, which matters to the client even if it seems minor to the technician.

Door specifications: the variables that drive every decision

A garage door is not a generic product. The material, dimensions, insulation, and window configuration determine price, weight, hardware requirements, and opener specifications. A technician who does not have this information before arriving is going to spend the first thirty minutes of the appointment collecting data that should have been on the intake form.

• Door configuration — single car or double car. This is the most basic variable and it affects every downstream decision from spring sizing to opener horsepower.
• Dimensions — width and height of the opening. Standard single doors are 8 or 9 feet wide by 7 feet tall, and standard doubles are 16 feet wide. But non-standard sizes are common, especially in older homes and custom builds. Capture the actual measurements, not assumptions about what "standard" means.
• Material — steel (the most common, available in multiple gauges), wood (traditional raised panel or carriage house), aluminum (lightweight, common on contemporary homes), fiberglass (translucent panels for natural light), or full-view glass (aluminum frame with tempered glass panels). Material drives weight, insulation options, maintenance requirements, and price.
• Insulation — insulated or non-insulated, and if insulated, the R-value. Polystyrene insulation is standard on mid-range doors. Polyurethane is denser, provides a higher R-value, and adds structural rigidity. For clients with heated garages, workshops, or living space above the garage, insulation is a meaningful factor. Capture the current R-value on replacement jobs and the desired R-value on new installations.
• Window inserts — does the door have windows? What style — plain, colonial, sunset arch, stockton, cascade? Are they clear, frosted, or tinted? On replacement jobs, matching the window style to the existing door or to the client's aesthetic preference is important. On repair jobs, a cracked window panel needs the exact style to order the correct replacement.

Opener type and smart features

The opener is the mechanical brain of the system, and clients increasingly care about smart features as much as raw functionality. Your intake should capture both the mechanical and the technology layer:

• Drive type — chain drive (affordable, reliable, noisy), belt drive (quieter, preferred when living space is above or adjacent to the garage), screw drive (fewer moving parts, moderate noise, works well in consistent climates), or wall-mount / jackshaft (mounts beside the door instead of on the ceiling, frees up overhead space, increasingly popular in garages used as workshops or with high-lift track configurations).
• Horsepower — typically 1/2 HP for standard single doors, 3/4 HP for heavier or insulated single doors, and 1 HP or more for double doors and heavy wood or carriage-style doors. If the existing opener is undersized for the door weight, that is likely the root cause of the service call.
• Smart features — WiFi connectivity, smartphone control (MyQ, Aladdin Connect, or manufacturer-specific apps), built-in camera, battery backup, automatic close timer, integration with home automation systems (Alexa, Google Home, HomeKit). Clients upgrading from a basic opener to a smart opener need to know what their home's WiFi coverage looks like in the garage — a smart opener with a weak signal is worse than a dumb opener that works every time.
• Existing opener details — on repair calls, capture the manufacturer, model number, and approximate age. This information lets your technician pull the service manual, identify common failure points, and bring the likely parts. Without it, every repair call starts with twenty minutes of diagnostics that could have been shortened.

Current condition and symptoms

For repair and diagnostic calls, the client's description of the problem is your first clue to what is failing. Most clients cannot diagnose a garage door issue, but they can describe what they are experiencing. Your intake form should capture common symptoms so the technician arrives with a working hypothesis:

• Age of door and opener — a 25-year-old door with the original springs is a different conversation than a 3-year-old door making unusual noise. Age sets expectations for remaining life and helps the technician frame the repair-versus-replace discussion.
• Noise issues — grinding, squealing, rattling, popping, or banging. Each sound points to a different component. Grinding often indicates rollers. Popping can mean a spring or cable issue. Rattling may be loose hardware or a chain that needs tensioning.
• Movement problems — door binds or sticks partway, goes off-track, reverses before fully closing, closes unevenly (one side lower than the other), or will not open at all. These map to specific mechanical failures that your technician can anticipate.
• Opener issues — motor runs but door does not move (likely a gear or coupling failure), remote does not work (battery, range, or logic board), wall button works but remote does not (radio frequency issue), door opens but will not close (safety sensor alignment).
• Safety sensor status — are the photoelectric sensors at the base of the door tracks lit and aligned? A flashing sensor light is one of the most common reasons a door refuses to close, and it is also the easiest fix — but only if the technician knows to check it first.

Spring type: the most critical safety field on the form

Garage door springs are under extreme tension. A standard double garage door weighs 150 to 250 pounds, and the springs bear that load through thousands of cycles. Spring failure is the most common serious garage door issue, and spring replacement is the most dangerous repair in the trade. Your intake form must identify the spring system:

• Torsion springs — mounted on a shaft above the door opening. These are the standard on modern residential doors. They use torque to lift the door and are wound under high tension. A broken torsion spring is immediately obvious — the door will feel impossibly heavy when lifted manually, and a visible gap will appear in the spring.
• Extension springs — mounted along the horizontal tracks on either side of the door. These stretch and contract to provide lift. They are more common on older installations and lighter doors. Extension springs should always have safety cables threaded through them — without safety cables, a broken extension spring becomes a projectile.

Knowing the spring type before dispatch lets you load the correct springs, winding bars, and safety equipment. It also determines the technician skill level required. Spring work should never be assigned to a junior technician without supervision, and your intake-to-dispatch workflow should enforce that rule.

Safety assessment: CPSC compliance and auto-reverse testing

Federal safety standards under the Consumer Product Safety Commission require all garage door openers manufactured after 1993 to include an auto-reverse mechanism. Your intake form should capture the current safety status of the existing system, both for liability documentation and to identify necessary upgrades:

• Auto-reverse test — place a 2x4 flat on the floor in the door's path. The door should reverse within two seconds of contacting the board. If it does not, the auto-reverse is not functioning and must be adjusted or the opener replaced.
• Photoelectric sensors — the infrared beam across the bottom of the door opening. Are both sensors present, mounted, aligned, and functional? These are the primary safety mechanism that prevents the door from closing on a person, pet, or object.
• Manual release — the red emergency release cord. Is it present and accessible? Does the client know how to use it? In a power outage or opener failure, this is the only way to operate the door manually. If the manual release has been removed, disabled, or is inaccessible behind stored items, that is a safety issue.
• CPSC compliance — for openers manufactured before 1993, the system may lack auto-reverse entirely. These units should be flagged for replacement, not just repair. Documenting the compliance status at intake protects your company if an older system injures someone after you serviced it without recommending the safety upgrade.

Safety documentation overlaps with what electricians and HVAC companies capture at intake — the principle is the same. If your technician identifies a safety hazard, the intake record proves you flagged it and recommended remediation, regardless of whether the client chose to act on the recommendation.

Access and clearance measurements

Garage door installation is constrained by the physical space around the opening. A door that fits the rough opening but does not have enough headroom for the track is a door that cannot be installed without modifications. Capture these measurements at intake for any installation or replacement job:

• Headroom — the distance from the top of the door opening to the ceiling or nearest obstruction. Standard track requires a minimum of 12 inches of headroom. Low-headroom track options exist but add cost and complexity. If the headroom is less than 10 inches, the job may require a specialized rear-mount track or a wall-mount opener.
• Side room — the distance from the edge of the door opening to the side wall. Minimum 3.75 inches on each side for standard track. Less than that and you are into specialty hardware territory.
• Back room — the depth of the garage from the door opening to the back wall. This determines the track length and must accommodate the door plus the opener unit. A short garage may require a low-profile opener or a wall-mount unit.
• Driveway clearance — is there sufficient approach clearance? A steep driveway incline immediately in front of the garage can cause the bottom of the door to scrape when opening, especially with longer panels. This is a common issue on hillside properties.

HOA requirements

In communities governed by a homeowners association, the garage door is often the single largest visible element of the home's exterior. HOAs frequently regulate door style, color, material, and window configuration. A client who installs a door that violates HOA guidelines will blame the installer, not the association — and they will not be wrong if you never asked.

Your intake form should capture whether an HOA exists, whether there are specific garage door requirements in the CC&Rs, whether prior approval is needed before installation, and whether the client has obtained that approval. For replacement jobs in HOA communities, requesting a copy of the architectural guidelines at intake saves everyone the cost and frustration of installing a non-compliant door that has to be swapped.

Emergency service: stuck doors and security concerns

Emergency garage door calls are a distinct category with their own intake requirements. A client whose door is stuck open overnight has a security concern. A client whose door closed on their vehicle has a damage claim. A client whose spring snapped with the door down and their car inside cannot get to work. These are not standard service calls — they carry urgency, liability exposure, and elevated client stress.

Your emergency intake fields should capture:

• Door position — stuck open, stuck closed, stuck partway, or off-track.
• Security concern — is the garage exposed and unsecurable? This determines priority. A door stuck open at 10 PM with the garage connected to the house is a same-night emergency, not a next-day appointment.
• Trapped vehicle — is the client's car inside the garage and they cannot get it out? This affects their ability to get to work or appointments and increases the urgency.
• Visible damage or hazard — is a spring visibly broken? Is a cable hanging loose? Is the door visibly off the track on one side? These details let dispatch prepare the technician for what they will encounter and ensure they bring the right equipment.

Warranty status

Garage doors and openers carry manufacturer warranties that vary widely — some door manufacturers offer lifetime warranties on sections and limited warranties on hardware, while opener warranties typically cover the motor for a set period and the belt or chain for another. Your intake form should capture:

• Door manufacturer and model — Clopay, Amarr, Wayne Dalton, CHI, Raynor, and others all have different warranty structures.
• Opener manufacturer and model — LiftMaster, Chamberlain, Genie, Craftsman.
• Installation date — or approximate age if the date is unknown. Most warranties require the claim to be filed within a specific period from the original installation.
• Original installer — some manufacturer warranties are only valid when the product was installed by an authorized dealer. If you are the original installer, the warranty path is straightforward. If another company installed it, the client may need to go through that company or the manufacturer directly.
• Previous repairs — has the door or opener been repaired before? By whom? Unauthorized repairs can void manufacturer warranties, and the client should know this before your technician opens a sealed component.

Building the service relationship from the first call

A garage door company that collects a name and address and sends a technician is competing on price alone. A company that captures the door material, spring type, clearance measurements, HOA requirements, and safety status before the truck rolls is demonstrating expertise. The client knows — before they ever meet your technician — that this company understands the complexity of the work and has done it enough times to ask the right questions.

That first impression compounds. The technician arrives with the right parts. The quote is accurate because the specifications were collected in advance. The safety assessment is documented from day one. The client tells their neighbor, who also has a 20-year-old door with failing springs. That is how intake documentation becomes a growth engine.

If you are building documentation across multiple trades, the Trade Services Bundle includes garage door services alongside 51 other service categories, each with trade-specific intake fields designed for how that trade actually works.