Controlled indoor
Inside a conditioned building with managed temperature, limited moisture and controlled public access.
Examples- Workplace and reception
- Retail interior
- Hotel or education building
Smart locker location guide
Indoor vs Outdoor Smart Lockers: Specification and Location Guide
Choose the right cabinet, components and site works by assessing exposure, temperature, moisture, corrosion, power, connectivity, drainage, accessibility, security and maintenance.
- Indoor, sheltered and exposed
- Site-survey requirements
- Location decision checklist
The short answer
Outdoor suitability is a complete-system and location decision.
Indoor smart lockers operate within a controlled building envelope. Outdoor lockers must tolerate the defined combination of rain, wind-driven water, temperature, sunlight, condensation, dust, corrosion and public exposure. A canopy may reduce direct rainfall but does not automatically create an indoor environment.
Select the location before finalising the product. The cabinet, locks, readers, touchscreen, payment terminal, power distribution, cable entries, fixings and network equipment must all suit their individual exposure. The substrate, drainage and maintenance access must suit the installed wall.
Specification principle: describe the real site conditions and required service outcome, then request evidence that every exposed component and interface is suitable. Do not rely on the word “weatherproof” alone.
Record the chosen location, environmental limits and verification evidence within the enterprise smart locker specification.
Classify the exposure
Three location categories—not simply indoors or outdoors.
Sheltered or semi-external
Under a canopy, in an open concourse or within an unconditioned entrance where humidity, wind, dust and temperature still vary.
Examples- Covered station or stadium zone
- Open-sided loading area
- Unheated lobby or car park
Fully exposed outdoor
Subject to direct weather, larger temperature changes, ultraviolet exposure and greater contamination or vandalism risk.
Examples- External façade or courtyard
- Public realm and transport
- Uncovered venue perimeter
Classify the worst credible conditions at the exact locker position. Roof coverage, orientation, surrounding walls and local drainage can change exposure significantly within the same site.
Specification comparison
Indoor and outdoor smart locker requirements.
| Decision area | Indoor deployment | Outdoor or exposed deployment |
|---|---|---|
| Cabinet construction | Can prioritise interior finish, furniture integration and normal commercial wear. | Requires materials, coatings, joints and fixings selected for water, corrosion, UV and impact exposure. |
| Water and dust | Assess cleaning, spills, humidity and any wet adjacent activity. | Define rain direction, splash, wind-driven water, dust and cable-entry exposure for each component. |
| Temperature | Usually follows the building’s operating range. | Confirm minimum, maximum, solar gain, frost, condensation and component operating limits. |
| Power | Often routed through controlled building services. | Requires suitable external distribution, isolation, protection, cable routes and competent electrical design. |
| Connectivity | Building Ethernet, Wi-Fi or cellular service may be available. | Survey signal and cable paths at the installed face; weather and enclosure can affect equipment choice. |
| Base and fixings | Verify floor loading, level, anchoring and building finishes. | Verify structural base, anchoring, wind exposure, drainage falls, standing water and buried services. |
| User environment | Lighting, circulation and accessibility integrate with the interior. | Add glare, rain shelter, ice, surface drainage, night lighting, approach route and personal safety. |
| Maintenance | Controlled access and predictable working conditions. | Plan weather-safe isolation, service clearances, cleaning, corrosion inspection, water checks and seasonal access. |
Cabinet and component selection
Match materials to exposure and use.
Wood-based MFC
Suited to dry indoor settings where a furniture-led finish matters. Confirm impact, cleaning and moisture conditions.
Compact laminate
Useful for durable indoor applications and moisture-resistant surfaces. Confirm the complete construction and edge details for the location.
Indoor steel
Robust for many commercial interiors. Specify door thickness, coating, cleaning, impact and local humidity requirements.
Outdoor steel
Designed for external exposure when configured with suitable components, finishes, interfaces and site works.
Current Vflex range: Vpod publishes Luvio MFC, Solid compact laminate, Elite and Elite Plus indoor steel, Vision indoor steel with acrylic-glass doors, and the Rain outdoor-steel configuration. Confirm final materials, component ratings, operating limits and availability during technical scoping.
Ingress protection
Apply IP ratings to the item actually tested.
The IEC IP code classifies protection provided by an enclosure against access to hazardous parts and ingress of solid objects and water. The first numeral concerns solids; the second concerns water.
An IP rating for a QR reader, terminal or electrical enclosure applies to that component and tested configuration. It should not be extended to the cabinet, door gaps, cable entries or entire installed locker wall without matching evidence.
Vpod currently lists an IP65 QR/barcode reader option for outdoor Vflex workflows. The complete Rain configuration and every selected accessory should still be checked against the actual exposure and installation design.
See the IEC ingress-protection guide for the meaning of IP codes.
Site survey
Capture these conditions at every proposed location.
Exposure
Orientation, canopy, wind, rain paths, splash, dust, salt, pollutants, direct sun and shade.
Climate
Recorded and design temperatures, humidity, condensation, frost, snow and extreme-weather procedures.
Ground and structure
Dimensions, levels, loading, fixing zones, waterproofing, drainage, services and expansion space.
Power and data
Supply, isolation, protective devices, cable route, network method, signal strength and resilience.
User route
Approach, clear space, reach, lighting, glare, weather shelter, queueing and accessible compartments.
Security
Visibility, surveillance, impact risk, unauthorised access, high-value contents and emergency response.
Operations
Opening hours, item dwell, cleaning, waste, inspections, faults, overrides and local ownership.
Delivery and service
Vehicle access, lifting, route, working area, permits, safe isolation and future component replacement.
Survey after heavy rain where possible. Drawings may not reveal ponding, wind-driven water, blocked drainage or the true pedestrian route during poor weather.
User experience and accessibility
The chosen location must remain usable in real conditions.
Provide a firm, level and unobstructed route with sufficient manoeuvring and waiting space.
Place accessible compartments, readers and controls within appropriate reach and verify with representative users.
Test glare, contrast, wet screens, gloves, mobile brightness, QR presentation and night-time lighting.
Consider shelter for the person and stored item, not only protection of electronics.
Assess lighting, visibility, surveillance, isolation and hours of use—especially for 24/7 external access.
Provide an accessible credential, support route and exception process when the primary journey is unsuitable.
Location decision checklist
Approve the site only when these questions have evidence.
- Is the exposure category agreed?
Document the actual rain, dust, temperature, sunlight, corrosion and public-access conditions.
- Is every component suitable?
Confirm cabinet, locks, controls, terminal, reader, payment, power, cabling and network equipment.
- Is the installation buildable?
Approve base, fixings, drainage, cable routes, dimensions, delivery, lifting and service access.
- Is the user journey inclusive?
Verify approach, reach, visibility, shelter, lighting, queueing, credentials and support.
- Is operational ownership clear?
Assign inspection, cleaning, fault response, override, security and seasonal maintenance.
- Are acceptance tests defined?
Inspect installation, sealing, drainage, power, connectivity, opening, transactions and monitoring before handover.
Specify the location first
Match the smart locker system to its real environment.
Bring site photographs, drawings, exposure, temperature, user journey, power, connectivity and maintenance requirements. Vpod can help convert them into an appropriate locker and installation scope.