A smart lock should make normal access easier without making an emergency exit harder. That sounds obvious, but it can be missed when a household focuses on apps, remote control, automations, and guest codes. The important test is simple: can every regular occupant open the intended exit from inside, in darkness and under stress, without a phone, internet connection, voice assistant, or cloud service?
This checklist does not replace manufacturer instructions, fire-safety planning, accessibility advice, or local building and fire codes. If a door is part of a required escape route, confirm the hardware and installation with the responsible local authority or a qualified professional.
Start with the escape plan, not the lock app
Ready.gov’s home-fire guidance and the NFPA’s escape-planning guidance both put household planning and practised exits first. Mark the primary and alternate way out of each sleeping and living area. Then identify every smart lock, latch, security bar, gate, and connected device on those routes.
Do not add a connected lock to an emergency route until the household understands how it opens from inside during:
- a power outage;
- an internet or hub outage;
- a dead lock battery;
- a phone or account failure;
- smoke, darkness, noise, or panic;
- a door-alignment or motor fault;
- a household member’s mobility, dexterity, vision, or cognitive limitation.
Inside release comes before remote access
Document the exact inside-release method. It may be a thumbturn, lever, knob, or another mechanism permitted for that door. The occupant should not need to find a phone, enter a code, wait for a motor, ask a voice assistant, or reach a remote account to leave.
Operate the inside release slowly and quickly. Test with the door under normal weather pressure and with the deadbolt aligned in the strike. If the mechanism binds, correct the door before changing software settings. The smart-lock door-alignment guide covers strike, bolt, and frame checks.
Build an exit-route inventory
| Route | Hardware | Inside action | Failure concern | Owner |
|---|---|---|---|---|
| Primary exterior door | Smart deadbolt and latch | Record the physical release | Battery, alignment, added chain | Name a maintainer |
| Garage-to-house door | Lock, closer, alarm contact | Record the release and swing | Vehicle, storage, or failed closer blocking route | Name a maintainer |
| Patio or side door | Lock, bar, sensor | Record every device that must move | Secondary bar forgotten during sleep | Name a maintainer |
| Gate or shared exit | Gate latch or access control | Record release from occupied side | Power, key, landlord, or common-area dependency | Name the responsible party |
| Alternate window or egress opening | Latch, sensor, screen | Record safe opening sequence | Furniture, security device, or paint blocking operation | Name a maintainer |
Include non-smart hardware. A perfectly working smart deadbolt does not help if a chain, keyed cylinder, security bar, swollen frame, or furniture blocks the route.
Battery failure and emergency power
Battery behavior differs by lock. Verify the current manual for low-battery warnings, battery type, replacement direction, emergency-power contacts, and whether the inside release is mechanical. Do not infer behavior from another model in the same brand.
Use the battery-replacement checklist to document alerts and replacement steps. Store the correct batteries where an adult can reach them, but do not store a tool or backup key where it creates an outside security risk.
Door fit, bolt travel, and motor calibration
A motor that works with the door open may stall when the door is closed. Test the lock with normal pressure on the weather seal and at the hottest, coldest, or wettest conditions the door regularly sees. The bolt should enter the strike without needing someone to pull, lift, or push the door into position.
After any hinge adjustment, strike change, battery replacement, firmware update, or seasonal movement, repeat the physical exit test. If the lock reports “locked” while the bolt is only partly extended, treat that as a failed installation.
Children, older adults, guests, and accessibility
An exit plan must work for the people who actually occupy the home. Test reach, grip, turning force, door weight, visual contrast, and the number of actions required. Do not assume a guest understands a concealed thumbturn, double-cylinder arrangement, secondary security bar, or smart-lock sound.
Teach the physical release before teaching the app. Provide a simple, location-specific instruction for overnight guests, carers, and babysitters. If an occupant cannot operate the hardware reliably, get qualified advice and change the design.
Automations that can create exit risk
Review every rule that locks a door: bedtime scenes, geofencing, alarm arming, scheduled auto-lock, voice routines, and “last person leaves” automations. The inside physical release should remain understandable even if an automation runs unexpectedly.
Do not create an automation that depends on a sensor, phone location, or cloud service to permit emergency exit. Avoid rules that repeatedly drive a misaligned motor. If the alarm is armed while occupants are home, confirm that opening an exit produces the expected delay and does not create confusion about whether people should leave.
Alarm, siren, and lock are separate jobs
A smart lock controls a door. An alarm manages armed states, zones, delay, siren, alerts, and any monitoring path. Write down how the two interact. A person leaving during an emergency should not need to disarm the alarm before opening the exit.
If the alarm sounds when the exit opens, the household should know that life safety comes before false-alarm prevention. Document the cancellation path for a safe location after evacuation. Verify current alarm behavior and service terms for the exact configuration. The Abode Smart Security Kit and current Abode plans are useful comparison points for an alarm-first design, but current model and plan details must be checked before purchase.
Keys, cylinders, and backup access
Backup entry is different from inside exit. If the lock has a key cylinder, record who holds keys, how they are labelled, and how the cylinder is rekeyed after a loss or household change. Use the rekeying checklist for the ownership and handover process.
Do not rely on a hidden outside key as the only recovery plan. Decide who can reach the property, which locksmith or property contact is authorised, and how identity will be verified. The lockout-recovery checklist helps separate safe recovery from emergency exit.
Night and smoke-condition preparation
Practise with normal lights off, while keeping the exercise safe. Make sure the route is clear, the inside release can be found by touch, and occupants do not have to search for a phone. Never introduce real smoke or disable required life-safety equipment for a test.
Check that furniture, shoes, deliveries, pet gates, storage, and seasonal decorations do not narrow the route. A connected light can support visibility, but the exit cannot depend on that automation running.
30-minute smart-lock emergency-egress test
- Minutes 0–5: Walk the primary and alternate routes. Remove obstructions and list every lock, latch, bar, and gate.
- Minutes 5–10: From inside, open each route without a phone, code, voice command, or internet service. Stop if hardware binds.
- Minutes 10–15: Turn normal lights off safely. Have each regular occupant locate and operate the inside release under supervision.
- Minutes 15–20: Disconnect internet while leaving power on. Repeat the physical release and record app, hub, and automation behavior.
- Minutes 20–25: Review low-battery warnings, battery date, backup-entry plan, and the authorised lockout contact.
- Minutes 25–30: Restore service, check lock state and automations, and write the next test date and corrective actions.
Fail the test if anyone needs a phone to leave, cannot identify the release, cannot operate it, finds a blocked route, sees the bolt bind, or cannot explain the alternate exit. Correct the physical or procedural problem before treating the installation as complete.
When to retest
- after installing or replacing a lock;
- after changing the door, hinges, strike, weather seal, or closer;
- after battery replacement, recalibration, or firmware updates;
- after adding an auto-lock, geofence, alarm, or bedtime routine;
- when a child, older adult, guest, tenant, or carer joins the household;
- after a power, internet, hub, or account failure;
- during the household’s regular fire-escape practice.
FAQ
Should a smart lock need power to open from inside?
Do not assume either way. Verify the exact model, local rules, and current manual. For an emergency route, every occupant should understand and be able to operate the permitted inside release during a power or battery failure.
Can an app be the emergency exit method?
No household should depend on finding a phone, account access, internet service, or a cloud response to leave in an emergency. Confirm the physical inside-release method.
Does auto-lock make a home safer?
Auto-lock can reduce forgotten locks, but it can also expose alignment, timing, and automation mistakes. Test it with the door closed, during outages, and with the household’s real entry and exit routines.
How often should the exit test be repeated?
Repeat it after any hardware, battery, firmware, automation, household, or door-fit change, and include it in regular escape practice.
