Locker access control systems determine how an authorised user opens a locker. The access method may use a physical key, padlock, mechanical code, electronic PIN, RFID card, fob, wristband, mobile credential or a connected smart-locker system.

The correct access technology depends on how the lockers are used, how frequently users change, the installation environment, the level of administration available and whether the lockers need to operate independently or as part of a connected system.

This guide focuses specifically on locker access technology selection: keyed locks, hasp and padlock access, coin systems, mechanical combination locks, electronic PIN locks, RFID credentials, digital credentials, public-use and private-use modes, management-access capability, power requirements and standalone versus connected operation.

Access Control chooses how access works. Governance decides who is authorised to use privileged functions. Software administers connected capabilities. Audit records what happened.

If you are comparing products, browse our locker locks. For the wider connected architecture, use our Smart Locker Systems UK guide.

Quick Answer: How Do You Choose a Locker Access Control System?

Start with the way the locker needs to be used, then choose the least complex access technology that reliably supports that requirement.

Establish whether lockers are normally assigned to one user or used by changing users.
Identify what users can realistically carry or remember: key, padlock, code, staff card, wristband or digital credential.
Decide whether the lock needs private-use or public-use operation.
Identify the technical management or override method required.
Check whether the access system needs to work independently or connect to software.
Check the installation environment, including moisture, dust, cleaning and physical use.
Consider batteries, wired power or network dependencies where electronic systems are involved.
Confirm that the proposed lock physically suits the locker door before ordering.
Test credential compatibility where existing RFID cards, fobs or wristbands are to be reused.
Compare administration and maintenance requirements as well as initial lock cost.

The allocation model itself belongs in our Locker Allocation Systems UK guide. This page starts once you need to decide which access technology supports that model.

What Is a Locker Access Control System?

A locker access control system is the physical or electronic method that allows an authorised user to secure and open a locker.

Depending on the system, access may be provided through:

a conventional locker key;
a user-supplied padlock;
a coin or token;
a mechanical combination;
an electronic PIN;
an RFID card;
an RFID fob;
an RFID wristband;
a mobile or digital credential;
or a credential administered through a connected smart-locker platform.

The access technology can include a technical management method such as a master key, manager key, override credential, administrator code or software command. The existence of that capability does not decide who is allowed to use it. Organisational authority belongs in Locker Access Permissions & Governance UK.

What This Page Owns

Subject	Ownership
Choosing a locker access technology	This guide
Keyed locker access	This guide
Hasp and padlock access	This guide
Coin-operated access	This guide
Mechanical combination access	This guide
Electronic PIN access	This guide
RFID cards, fobs and wristbands	This guide
Mobile and digital credentials	This guide
Private-use vs public-use lock operation	This guide
Standalone vs connected access	This guide
Technical master, manager and reset capability	This guide
Credential compatibility requirements	This guide
Battery and power considerations	This guide
Environmental suitability of access hardware	This guide

What This Page Hands Off

Question	Use this guide
Who may approve, reset, override or revoke access?	Locker Access Permissions & Governance UK
Which access events should be logged?	Locker Access Audit Systems UK
How should temporary credentials be issued and expired?	Temporary Locker Access Systems UK
How should lockers be allocated day to day?	Locker Management Systems UK
Should lockers be assigned, shared, hot or temporary?	Locker Allocation Systems UK
How should personal access data be retained?	Locker Access Compliance UK
What should a smart management platform provide?	Smart Locker Management Software UK
How does the complete connected locker architecture work?	Smart Locker Systems UK
How do I physically replace an existing locker lock?	Locker Lock Replacement Guide UK
How do I modify an existing locker for a different lock?	Retrofit Locker Locks UK
How should a mixed old/new locker estate be migrated?	Hybrid Locker Estates UK

Locker Access Control Options Compared

Access method	Typical strength	Main consideration
Keyed lock	Simple assigned-user access	Key issue, loss and replacement
Hasp and padlock	User-managed access with low central key administration	Padlock control and forgotten/lost padlocks
Coin or token	High-turnover leisure or public-use storage	Coin/token operation and servicing
Mechanical combination	Keyless access without batteries	Code reset and forgotten combinations
Electronic PIN	Flexible keyless access	Batteries, reset and management access
RFID	Fast credential-based access	Credential compatibility and administration
Mobile/digital credential	Connected and flexible user access	Software, connectivity and user support
Smart locker platform	Connected estates requiring software administration	System architecture, support and integration

No access technology is automatically the best choice. A simple keyed lock can be the correct system for a stable assigned-user estate, while a high-turnover shared environment may justify electronic or connected access.

Keyed Locker Access

Key-operated locker locks remain a straightforward option where a locker is normally assigned to a regular user.

No battery is required for ordinary operation.
No software or network connection is required.
The operating method is familiar to most users.
Replacement keys can often be supplied where the correct manufacturer and key code are known.
Compatible systems may support master or management keys.

The principal operational burden is physical key management. If large numbers of users frequently lose keys, a different technology may reduce that particular workload, although it can introduce other administration instead.

If the key number is known and the lock remains serviceable, a new lock may not be necessary. Use our replacement locker key service for keys cut to code.

Master-Key Capability

Some keyed locker systems support a master or management key that can operate more than one compatible locker lock.

As a technical feature, this can support authorised maintenance, user assistance and management access without requiring an individual user key for every intervention.

The access-control decision is whether that technical capability is required and whether the proposed lock family supports it. The separate governance decision is who may hold or use the master key. That belongs in Locker Access Permissions & Governance UK.

Hasp and Padlock Locker Access

A hasp or padlock fitting allows the locker user or organisation to secure the door with a compatible padlock instead of an integrated keyed or electronic locker lock.

This can suit environments where users already manage their own padlocks or where the organisation wants to avoid issuing a separate locker key.

No locker-specific user key needs to be issued.
The access device can travel with the user.
Mechanical operation avoids batteries and software.
Different padlock policies can be used depending on the site.

Check padlock shackle dimensions, hasp compatibility and how authorised staff deal with forgotten, damaged or abandoned padlocks. Where an existing locker is being converted from another lock type, physical door compatibility belongs in the Retrofit Locker Locks UK guide.

Coin and Token Locker Access

Coin and token locks are commonly associated with leisure, changing and public-use environments where lockers are occupied temporarily by changing users.

Depending on the mechanism, the system may return the coin or token when the locker is released, or retain it as part of the operating model.

Well understood in many leisure environments.
Suitable for temporary rather than permanently assigned use.
Can operate without networked software.
Service and management access can be incorporated into suitable systems.

Coin systems need their own maintenance and management arrangements, including the correct coin or token specification, service access and environmental suitability. Check the actual lock model rather than treating all coin locks as interchangeable.

Mechanical Combination Locker Locks

Mechanical combination locks remove the ordinary user key while avoiding batteries and electronic components.

They can suit users who are expected to remember a code and sites that want keyless access without introducing a connected electronic system.

No ordinary user key.
No battery for normal mechanical operation.
Can suit assigned/private-use operation.
Some models support public-use or shared-use operation.
Suitable models provide a management or reset mechanism.

Do not specify a combination lock without checking its operating mode. Two locks that both use number wheels or buttons can behave very differently if one is designed for one regular user and another for changing public users.

Electronic PIN Locker Access

Electronic PIN or keypad locks provide keyless access using a numerical code. They can offer more flexible reset and management functions than a purely mechanical lock, depending on the model.

No ordinary user key is required.
PINs can support assigned or changing-user operation on suitable models.
Management codes or override mechanisms may be available.
Some systems can reset or release a locker without replacing the lock.
No separate RFID credential is required.

Electronic access introduces battery or power requirements. Before selection, confirm the battery type, low-battery behaviour, management-access method, reset procedure and what happens if normal electronic operation becomes unavailable.

RFID Locker Access

RFID locker locks can use a compatible card, fob or wristband as the user credential. This can be particularly useful where users already carry an electronic credential for another purpose or where fast keyless operation is desirable.

Staff cards may be usable where compatibility is confirmed.
Student credentials may be usable in suitable education systems.
Fobs can provide a compact dedicated credential.
Wristbands can suit leisure and wet-area applications where the complete product is designed for that environment.
Some RFID systems operate independently at each locker.
Others form part of a centrally managed system.

For deeper RFID-specific guidance, see our RFID Locker Locks UK guide.

Do Not Assume RFID Credentials Are Compatible

The term RFID does not prove that an existing card, fob or wristband will work with a proposed locker lock.

If the intention is to reuse an existing credential, confirm compatibility before committing to the system.

Credential technology
Frequency and credential family
Reader compatibility
Identifier used by the locker system
Encoding or enrolment requirements where applicable
Whether the lock is standalone or centrally administered
Whether software integration is needed
How a representative credential will be tested before rollout

A physical card looking suitable or already opening a building door is not proof that it will operate the locker system.

Mobile and Digital Locker Credentials

Connected locker systems may use mobile applications or other digital credentials instead of, or alongside, physical keys, cards or codes.

This can support flexible workplaces and other environments where access changes frequently, but the credential should be considered as part of the complete connected architecture rather than as an isolated lock feature.

How is the user authenticated?
Does the user require a mobile application?
What happens if the phone is unavailable?
Does access require live connectivity?
Can already-issued access continue during a network outage?
How is a credential activated and removed?
What support does the user need?

Detailed software administration belongs in Smart Locker Management Software UK. Temporary credential lifecycle belongs in Temporary Locker Access Systems UK.

Private-Use vs Public-Use Locker Locks

The access technology and the operating mode are separate decisions.

Operating mode	How it normally works	Typical application
Private use	The same user retains the locker and normally uses the same key, code or credential	Assigned staff, pupil or employee lockers
Public use	A changing user secures an available locker and releases it after use	Leisure, visitor and day-use storage
Managed shared use	Allocation is changed or controlled administratively or through software	Hybrid offices and managed shared estates

A mechanical combination lock can be designed for private or public use. The same is true of many electronic systems. Do not choose the technology without checking that the specific model supports the required operating mode.

If the main decision is whether the lockers themselves should be assigned, shared, hot or temporary, use Locker Allocation Systems UK.

Technical Management and Override Capability

Most managed locker estates need some technical route for authorised intervention when normal user access is unavailable.

Depending on the technology, this may be provided by:

a master key;
a manager key;
a mechanical reset tool;
a manager code;
an administrator RFID credential;
a programming device;
a local controller;
or a software-based remote action.

This page owns the question: what technical management capability does the access system provide?

It does not own: who is authorised to use that capability? For supervisor, facilities, administrator and emergency authority, use Locker Access Permissions & Governance UK.

Standalone vs Connected Locker Access

Electronic does not necessarily mean networked. Locker access systems can operate at several levels of technical complexity.

Architecture	Typical characteristics
Mechanical standalone	Key, padlock, coin or mechanical combination with no electronic infrastructure
Electronic standalone	PIN or RFID lock configured locally with no continuous central connection
Locally managed	Electronic locks supported by local programming or controller infrastructure
Networked	Locker access connected to management software or central services
Integrated	Locker platform exchanges information or actions with other organisational systems

Use the lowest complexity that reliably meets the actual operational requirement. Adding network, server, cloud or integration dependencies to a stable locker estate is not automatically an improvement.

Where a connected solution is justified, see Smart Locker Systems UK for the overall architecture and Smart Locker Management Software UK for the platform layer.

Electronic Lock vs Smart Locker System

An electronic locker lock does not automatically create a smart locker system.

A standalone keypad or RFID lock may operate electronically while having no central database, live connectivity, remote management or software integration.

A smart locker system normally involves a wider architecture that can include:

electronic locking hardware;
controllers or gateways;
network or communications infrastructure;
management software;
user or identity information;
allocation logic;
remote administration;
reporting;
and external integrations where required.

If you only need keyless access, a standalone electronic lock may be sufficient. If you need central allocation, remote administration, reporting or integrations, move to the wider Smart Locker Systems UK guide.

Battery and Power Requirements

Mechanical keys, padlocks and mechanical combination systems avoid the routine battery requirement associated with many electronic locker locks.

Where an electronic system is being considered, check the complete power arrangement before selection.

Battery type
Battery access
Low-battery warning behaviour
Expected servicing approach
What happens when the battery is exhausted
External emergency-power option where supported
Whether a wired supply is required
Power requirements for controllers or gateways
Behaviour during loss of mains power

A battery-powered lock may avoid cabling but creates a recurring service task. A wired or connected system can reduce some local battery dependencies while increasing infrastructure requirements elsewhere. Compare the actual products rather than assuming one architecture is inherently simpler.

Choose Access Hardware for the Environment

The lock must suit the physical environment as well as the user model.

Environment	Access-control considerations
Dry office	User convenience, administration, appearance and support
School	Durability, ease of use, lost access and supervision
Wet changing area	Moisture, corrosion resistance, cleaning and product suitability
Industrial	Dust, impact, gloves, contaminants and serviceability
Healthcare staff area	Shift changes, cleaning, staff turnover and support arrangements
Public leisure	High user turnover, simple operation and management intervention
Outdoor or exposed location	Confirm that the complete lock and credential system is specifically suitable for the actual exposure

Descriptions such as electronic, digital or RFID do not prove environmental suitability. Check the stated product specification for the actual installation conditions.

User Experience and Accessibility

Access technology should be practical for the people expected to use it.

Can the user easily insert and turn the key?
Can the padlock be fitted and removed comfortably?
Are mechanical dials easy to read and operate?
Is the keypad clear and positioned appropriately?
Does the RFID reader give understandable feedback?
Can users identify whether the door has successfully locked?
Does the system create unnecessary dependence on a mobile phone?
Can staff assist users when normal access fails?

The most technically advanced access method is not necessarily the easiest for every user population. User age, dexterity, visual requirements, clothing, gloves and the physical installation should all be considered where relevant.

Access Control for New Lockers

A new locker project provides the greatest freedom because the door and locker configuration can be selected around the intended access system.

Choose the access method before the locker specification is finalised where possible, particularly for larger electronic or RFID locks that may require specific door preparation.

Lock footprint
Door material and thickness
Fixing pattern
Cam or latch arrangement
Reader position
Battery-service access
Rear clearance
Wiring route where applicable
Controller or gateway requirement

For complete locker products, visit our commercial lockers range.

Changing Access Control on Existing Lockers

Existing lockers reduce the available choices because the new access hardware must work with the existing door and cabinet.

Before changing from a key lock to combination, PIN, RFID or another system, identify the current lock and check:

door material;
door thickness;
existing cut-out;
fixing positions;
lock footprint;
rear clearance;
cam or latch geometry;
door/frame relationship;
and whether any modification is acceptable.

This article owns the choice of access technology, not the physical conversion procedure. For like-for-like replacement use our Locker Lock Replacement Guide UK. For modification to accept a different lock type, use Retrofit Locker Locks UK.

Test One Lock Before Large-Scale Rollout

For an upgrade involving a large number of existing lockers, test a representative installation before ordering the entire quantity.

Confirm physical fit.
Confirm the intended credential works.
Confirm private-use or public-use behaviour.
Confirm management access.
Check cam or latch engagement.
Check rear clearance.
Check the user experience.
Confirm battery or power access.
Test any required local or connected management functions.

A small difference repeated across hundreds of locker doors can become a substantial installation problem.

Locker Access Control for Schools

School access systems need to reflect pupil age, staff support, the scale of the locker estate and how lost access will be handled.

Possible technologies include keyed locks, hasp fittings, mechanical combination locks, PIN systems and RFID credentials.

Keyed locks: simple and familiar but require key administration.
Hasp fittings: move ordinary padlock responsibility to the user or school policy.
Mechanical combination: remove ordinary keys but require forgotten-code support.
Electronic PIN: provide flexible reset capability but introduce batteries.
RFID: may be useful where compatible student or staff credentials are already part of the environment.

For the wider school locker specification, use our School Lockers UK guide.

Locker Access Control for Workplaces

Workplaces range from stable assigned staff lockers to hybrid offices with changing daily users.

A stable assigned-user installation may need nothing more complex than a well-managed keyed or private-use combination system. A high-turnover hybrid workplace may place greater value on RFID, PIN or connected smart access.

How often does allocation change?
Do users already carry a suitable credential?
Are lockers permanent or day-use?
Does administration need to be local or central?
Is remote intervention genuinely required?
Would software remove meaningful manual work?

For day-to-day operational management, see Locker Management Systems UK.

Locker Access Control for Healthcare Staff Areas

Healthcare staff changing areas may combine permanent staff, rotating shifts, agency workers and contractors.

The access method should reflect user turnover, the installation environment and how much local administration is practical. Key, PIN, RFID and managed electronic options may all be appropriate in different locations.

Where an existing staff card is proposed as the locker credential, compatibility should be tested rather than assumed. Where cleaners, facilities teams or supervisors need higher-level access, the technical mechanism belongs here but the authority model belongs in Permissions & Governance.

Locker Access Control for Leisure and Changing Rooms

Leisure facilities often have a high turnover of users and may need temporary rather than permanently assigned access.

Suitable systems can include:

coin or token locks;
user padlocks;
public-use mechanical combination locks;
public-use electronic PIN locks;
RFID cards;
RFID wristbands;
or connected systems where central management is justified.

Wet and poolside areas also require the lock, fixings and credential system to be suitable for moisture and cleaning conditions.

Locker Access Control for Industrial Sites

Industrial environments may involve PPE, gloves, dust, contaminants, changing shifts and contractor populations.

Can the access method be used while wearing the expected clothing or gloves?
Can the lock withstand the actual working environment?
Is the system straightforward to service?
Are batteries practical across the scale of the estate?
Will changing workers create excessive key administration?
Does a connected system solve a real operational problem?

Do not select electronic access merely because it appears more modern. In some industrial settings, simple mechanical access may remain easier to maintain.

Key vs Combination vs PIN vs RFID

Question	Key	Mechanical combination	Electronic PIN	RFID
Ordinary user carries something?	Key	No	No	Card, fob or wristband
Battery required?	No	No	Usually	Commonly for standalone electronic locks
Forgotten access issue	Lost key	Forgotten code	Forgotten PIN	Lost or incompatible credential
Can support management access?	Yes, on compatible systems	Model dependent	Model dependent	Model dependent
Can suit changing users?	Possible but administratively heavier	Yes on suitable public-use models	Yes on suitable public-use models	Yes on suitable systems
Connected software required?	No	No	Not necessarily	Not necessarily

The comparison should be made against the actual user and administration model rather than treating one technology as universally superior.

When Connected Locker Access Is Worth Considering

Connected access becomes more relevant when the locker estate needs capabilities that a standalone lock cannot efficiently provide.

Access changes frequently.
Several sites need central visibility.
Remote administration would reduce significant support effort.
Existing identity systems need to interact with lockers.
Temporary users form a substantial part of the population.
Allocation changes dynamically.
Event reporting is an established requirement.
Integration would remove duplicate administration.

Once those requirements exist, move from lock selection into Smart Locker Systems UK and Smart Locker Management Software UK.

When Simple Locker Access Is Better

A connected system is unnecessary where the operational requirement is simple and stable.

A conventional mechanical system may be preferable where:

each locker has one regular user;
allocation rarely changes;
there is no requirement for central reporting;
there is no useful external integration;
battery servicing would create unnecessary work;
network connectivity adds no operational value;
and existing mechanical systems already meet the requirement.

Choose complexity because it solves a problem, not because the technology exists.

Locker Access Control Selection Process

Define the user population. Regular employees, pupils, members, visitors, contractors or mixed users.
Confirm the allocation model. Assigned, shared, public-use, temporary or software-managed.
Decide what users can practically carry or remember. Key, padlock, code, card, wristband or mobile credential.
Choose private-use or public-use operation.
Identify the required technical management mechanism.
Decide whether standalone operation is sufficient.
Check the physical environment.
Check battery, power and connectivity requirements.
Confirm credential compatibility where existing RFID is proposed.
Check physical locker-door compatibility.
Test a representative lock or credential where appropriate.
Compare maintenance and administration as well as initial cost.

Common Locker Access Control Mistakes

Choosing technology before defining how the lockers will be used.
Assuming electronic automatically means smart or connected.
Assuming every RFID credential is compatible.
Ignoring private-use vs public-use operation.
Using administrator capability without defining governance separately.
Choosing an access method that does not suit the environment.
Ignoring battery servicing across a large locker estate.
Adding software where it solves no meaningful problem.
Assuming a new lock will physically fit an existing locker.
Ordering a large retrofit quantity before testing a representative installation.
Confusing allocation status with access technology.
Expecting access-control hardware to define organisational policy.

Where Locker Access Control Questions Go Next

Question	Next guide
Who may approve, reset, override or revoke access?	Locker Access Permissions & Governance UK
Which events should be recorded?	Locker Access Audit Systems UK
How should temporary access start and expire?	Temporary Locker Access Systems UK
How are lockers allocated operationally?	Locker Management Systems UK
Should lockers be assigned, shared or temporary?	Locker Allocation Systems UK
How should access data be handled?	Locker Access Compliance UK
What should smart locker software provide?	Smart Locker Management Software UK
How does the complete smart locker system work?	Smart Locker Systems UK
How do I identify the lock already fitted?	Locker Lock Identification Guide UK
How do I physically replace a locker lock?	Locker Lock Replacement Guide UK
How do I adapt an existing locker for another lock type?	Retrofit Locker Locks UK
How do I phase old and new access technologies across an estate?	Hybrid Locker Estates UK

Choose Locker Access Control from Total Locker Service

Total Locker Service supplies replacement and new locker locks for schools, workplaces, leisure facilities, healthcare staff areas, industrial sites and other commercial locker installations throughout the UK.

Our locker lock range includes key-operated cam locks, hasp fittings, coin locks, mechanical combination locks, electronic keypad locks and RFID options. The correct choice depends on the locker, user population, access model and required level of administration.

If the existing system uses keys and you simply need replacements, use our replacement locker key service. If you are planning complete new lockers, browse our commercial locker range.

For an existing-locker project, send clear photographs of the complete locker door, the front and rear of the existing lock, the cam or latch and any visible manufacturer or key references before ordering a different lock type.

Locker Access Control Systems UK FAQs

What is a locker access control system?

A locker access control system is the physical or electronic method used by an authorised user to secure and open a locker. It may use a key, padlock, combination, PIN, RFID credential, mobile credential or connected electronic system.

What is the difference between locker access control and locker access governance?

Access control determines how access technically works, such as through keys, PINs, RFID or digital credentials. Governance determines which people or roles are authorised to approve, administer, reset, override or revoke that access.

Are electronic locker locks the same as smart lockers?

No. An electronic PIN or RFID lock can operate as a standalone device without central software. A smart locker system normally combines electronic locks with wider software, communications, administration or integration capabilities.

Are RFID locker cards interchangeable?

No. An existing card, fob or wristband should not be assumed to work with a proposed RFID locker system. The credential technology, reader compatibility and system requirements should be confirmed and tested before rollout.

What is the difference between private-use and public-use locker locks?

A private-use lock is normally associated with one regular user who retains the same key, code or credential. A public-use lock is designed for changing users and releases or resets the access arrangement after the locker is vacated.

Do electronic locker locks always need software?

No. Many electronic PIN and RFID locks can operate independently. Other products can be locally managed, networked or connected to a smart locker platform. The appropriate architecture depends on the operational requirement.

Are keyed locker locks still suitable for commercial lockers?

Yes. Keyed locker locks remain a practical option for many assigned-user installations. They require no batteries or software, although the organisation needs a workable process for issuing and replacing keys.

Are combination locker locks better than keys?

Not universally. Combination locks remove ordinary user keys but introduce forgotten-code and reset requirements. The better choice depends on the users, locker operating model and level of administration available.

Can existing lockers be upgraded to RFID or electronic locks?

Many existing lockers can be upgraded, but compatibility is not automatic. Door material, thickness, cut-out, fixing points, rear clearance, cam or latch geometry and the footprint of the proposed lock should be checked before ordering.

Should locker access systems always be connected to the network?

No. Mechanical and standalone electronic systems may be more appropriate where access requirements are simple and stable. Networked or integrated systems are most useful where central administration, dynamic allocation, reporting or integration solves a genuine operational problem.

What access technology is suitable for shared lockers?

Shared lockers can use public-use mechanical combination locks, electronic PIN systems, RFID credentials, coin systems or connected smart access. The correct technology depends on user turnover, the required operating mode and how much administration the organisation wants to provide.

How should I choose a locker access control system?

Define the users and locker operating model first, then compare the appropriate access technologies. Check private or public-use operation, management capability, environmental suitability, battery or power requirements, credential compatibility and physical locker compatibility before ordering.

Summary

Locker access control should answer one primary question: how should an authorised user open and secure the locker?

Keyed locks, hasp fittings, coin locks, mechanical combinations, electronic PIN locks, RFID credentials and connected digital systems all solve that problem differently. Choose the technology according to the users, operating mode, environment, administration requirement and physical locker rather than treating one access method as universally better.

Keep the surrounding decisions with their correct owners: allocation decides how lockers are assigned, governance decides who has authority, software administers connected capabilities, audit records events and compliance handles personal-data questions.

Compare current products in our locker locks section, or move to Smart Locker Systems UK if your requirement has progressed from individual access technology to a fully connected locker system.

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Locker Access Control Systems UK: Keys, PIN, RFID & Smart Access