Intake Forms for Garage Door Companies: Service Calls, Installations, and Emergency Repairs

By Daniel Akselrod · July 2026

A garage door technician who pulls up to a house without knowing whether it’s a torsion spring or extension spring system is walking into either a routine repair or a genuine safety hazard — and they won’t know which until they’re standing under it. The difference matters. Torsion springs are wound under extreme tension and mounted above the door on a steel shaft. Extension springs run along the horizontal tracks on both sides and stretch under load. Both can cause serious injury when they fail, but the tools, the parts, and the approach are different for each. Your intake form should identify which system the client has before the truck leaves your shop.

Most garage door companies take a name, an address, and some version of “my door won’t open.” That gets a truck dispatched. It does not get the right parts loaded, the right technician assigned, or the job quoted with any accuracy. A proper garage door intake form captures enough technical detail to turn a blind service call into a prepared one.

Door type identification: the starting point for every job

Garage doors are not interchangeable. A single-car raised-panel steel door on a residential home is a fundamentally different product than a 16-foot insulated carriage-house door or a commercial roll-up. Your intake needs to establish what’s installed before your tech arrives:

• Door material — steel, aluminum, wood, composite, fiberglass, or vinyl. Steel is the most common in residential installs and the easiest to repair. Wood doors look great but warp, rot, and weigh significantly more, which affects spring sizing. Aluminum doors dent easily and are common on older homes. Knowing the material tells your tech what replacement panels are compatible and whether the existing hardware can handle the weight.
• Door style — raised panel, flush panel, carriage house, contemporary/full-view, or commercial sectional. Style determines panel dimensions, hinge placement, and weather seal profiles. A carriage-house door with decorative hardware has different service requirements than a flush commercial panel.
• Door size — single (8’ or 9’ wide) or double (16’ wide), and standard height (7’) or extended (8’). Oversized doors require heavier springs, higher-horsepower openers, and reinforcement struts. If a client says their door is “big,” your form should pin down the actual dimensions.
• Insulation — insulated (polystyrene or polyurethane core) or non-insulated. Insulated doors are heavier, which changes spring calculations. Polyurethane-injected doors are both heavier and more rigid than polystyrene-backed panels. If the client is replacing panels, the insulation type determines the replacement spec.
• Number of doors — many properties have two or three garage doors. Capture which door has the problem, or whether the service request covers all of them. A spring replacement on one door often prompts the client to ask about the other doors, and knowing the full count upfront lets your tech price the conversation on the first visit.

Spring system assessment: where safety and liability live

Springs are the most dangerous component on a residential garage door. A standard torsion spring on a two-car door is wound with roughly 200 foot-pounds of stored energy. When one breaks, the door drops. When a homeowner tries to replace one themselves, the injury potential is severe. Your intake form needs to capture the spring configuration because it drives parts selection, labor time, and safety protocol:

• Spring type — torsion (mounted on a shaft above the door opening) or extension (mounted along the horizontal tracks). Torsion systems are standard on modern installs. Extension springs are common on older residential doors and are inherently less safe because they lack containment — when they break, they fly. If the client has extension springs, your tech should be flagged to inspect the safety cables.
• Number of springs — single-spring or dual-spring torsion setup, or dual extension springs (one per side). Double-spring torsion systems are safer and easier to service. Single-spring systems bear the full load and fail catastrophically when the spring breaks.
• Spring condition — has a spring already broken? Is the door heavy to lift manually? Does it slam down when released halfway? These symptoms indicate either a broken spring, a spring that has lost tension, or a spring that is approaching end-of-life. Capturing this at intake tells your tech whether to load replacement springs on the truck.
• Age of springs — most residential torsion springs are rated for 10,000 cycles (roughly 7 to 10 years of typical use). If the client knows when the springs were last replaced, your tech can assess remaining life and recommend proactive replacement. If the client has no idea, that itself is useful information.

Opener diagnostics: motor, drive type, and smart features

The opener is the second most common reason for a service call. Your intake should capture:

• Opener brand and model — LiftMaster, Chamberlain, Genie, Craftsman, Overhead Door, or Wayne Dalton. Parts compatibility depends on manufacturer. LiftMaster and Chamberlain share a parent company and many parts are interchangeable, but Genie uses a completely different trolley and rail system.
• Drive type — chain drive (loud, durable), belt drive (quiet, more expensive), screw drive (low maintenance, temperature-sensitive), or direct drive (wall-mounted, very quiet). The drive type determines which replacement parts and lubricants your tech needs.
• Horsepower — 1/2 HP, 3/4 HP, or 1-1/4 HP. An undersized opener on a heavy insulated door causes premature motor failure. If the client reports the opener struggling or stalling, the HP rating relative to the door weight is the first thing to check.
• Smart home integration — does the opener connect to WiFi? Is it linked to a MyQ, Aladdin Connect, or other smart platform? Does the client control it via a phone app? Smart openers add a diagnostic layer — connectivity issues, firmware updates, and sensor pairing problems that a standard opener doesn’t have.
• Symptom description — motor runs but door doesn’t move (stripped gear), door reverses immediately (sensor issue or force setting), opener clicks but nothing happens (capacitor or circuit board), remote works but wall button doesn’t (wiring), or neither works (power/transformer). Each symptom points to a specific component, and capturing it at intake lets your tech bring the right part.

Panel damage and track alignment

Dented or cracked panels and misaligned tracks are the two most visible problems clients call about. Your form should capture:

• Location of damage — which panel (bottom, second, third, top) and which side. Bottom panels take the most abuse from vehicles, bikes, and snow plows. A bottom panel that’s bent inward may also mean the track is knocked out of alignment. Your tech needs to know the damage location to order the correct panel section and check for collateral damage.
• Cause of damage — vehicle impact, wind damage, age/rust, or unknown. The cause affects whether the repair is structural or cosmetic. A car that backed into the door may have also damaged the track, rollers, and hinges on that section. Wind damage on an older door may indicate the need for reinforcement struts.
• Track symptoms — door binds or sticks partway, rollers pop out of the track, gaps between the door and frame, or scraping/grinding noises. Track alignment problems are often progressive — they get worse with every cycle — and a door that’s been running on a bent track has been damaging its rollers and hinges with every open-close.

Safety sensor troubleshooting

Federal law has required photo-eye safety sensors on all garage door openers sold since 1993. When sensors malfunction, the door either won’t close at all or reverses immediately after starting to close. Your intake should ask:

• Sensor light status — are both sensor lights on? One solid and one blinking? Both off? The sending eye (typically amber) should be solid. The receiving eye (typically green) blinks when alignment is off. Both off usually means a wiring or power issue. This is one of the few diagnostic questions a homeowner can answer accurately from their garage, and the answer often resolves the call to a 10-minute adjustment instead of a full service visit.
• Obstruction check — has the client verified nothing is blocking the sensor beam? Cobwebs, dirt on the lens, a broom leaning against the wall, or direct sunlight washing out the receiver are the most common “sensor failures” that are not failures at all.

Emergency vs. scheduled service

Garage door emergencies are real — a door stuck open overnight is a security issue, a door that fell off its tracks is a safety hazard, and a broken spring on the only vehicle exit traps a car. Your intake needs to separate genuine emergencies from routine service requests because the pricing, the dispatch priority, and the technician qualifications are different:

• Is the door currently open and unable to close? Security risk. After-hours premium may apply.
• Is the door stuck closed with a vehicle inside? The client may need the vehicle for work in the morning. Time-sensitive but not necessarily dangerous.
• Has the door come off its tracks? Do not attempt to operate. This is a two-person job with specific safety procedures. Dispatch accordingly.
• Is the client hearing a loud bang (broken spring)? The door should not be operated. Manual lift will be extremely heavy without functioning springs. Flag for spring replacement and warn the client not to attempt manual operation.

An intake form that distinguishes these scenarios lets your dispatcher route the call correctly, quote the emergency premium upfront, and ensure the assigned technician has the experience and parts for the specific situation. For more on how intake forms improve contractor operations across trades, that guide covers the broader patterns that apply to garage door companies and every other service business.