The Science of Event Ingress: How Lockers Eliminate Queues & Increase Throughput
Event entry isn’t just about storage — it’s about throughput, flow, and system performance.
This video breaks down the science behind event ingress, showing how traditional cloakrooms create bottlenecks that slow entry and increase risk.
See how:
– Manual cloakroom processes limit throughput and create queues
– Each item handled adds friction and delays entry
– Locker systems enable parallel usage and continuous flow
– Removing storage from entry points dramatically increases capacity
Understand why leading venues are shifting from staffed cloakrooms → to high-performance locker systems designed for scale.
Event Lockers vs Cloakrooms — Quick Comparison
Cloakrooms (Manual Storage)
Staff-managed process
30–60 sec per item
Queues during peak entry
High staffing required
Low throughput capacity
Ongoing labour cost
No revenue generation
Smart Event Lockers
Self-service system
5–10 sec per transaction
No queue dependency
Minimal staffing
High throughput performance
Lower cost-to-serve
Pay-per-use revenue
Event Lockers vs Cloakrooms — Full Comparison
Category
Process
Speed
Throughout
Queues
Staffing
Cost Model
Revenue
Scalability
Security Impact
User Experience
Operational Control
ROI
Cloakrooms (Manual Storage)
Staff-managed handling
30–60 sec per item
~60–100 items/hour per staff
High risk at entry & exit
20–30 staff (large events)
Ongoing labour cost
None (cost centre)
Limited by staff
Increases perimeter risk
Slow, inconsistent
Manual, error-prone
Negative (cost-heavy)
Smart Event Lockers
Self-service system
5–10 sec per transaction
~400–500 uses/hour
Eliminated through parallel usage
1–2 attendants
Lower cost-to-serve
Pay-per-use income
Highly scalable
Reduces congestion & improves flow
Fast, predictable
System-controlled
Positive (revenue-generating)
Cloakrooms (Manual Storage)
Process
Staff-managed handling
Speed
30–60 sec per item
Throughout
~60–100 items/hour per staff
Queues
High risk at entry & exit
Staffing
20–30 staff (large events)
Cost Model
Ongoing labour cost
Revenue
None (cost centre)
Scalability
Limited by staff
Security Impact
Increases perimeter risk
User Experience
Slow, inconsistent
Operational Control
Manual, error-prone
ROI
Negative (cost-heavy)
Smart Event Lockers
Process
Self-service system
Speed
5–10 sec per transaction
Throughout
~400–500 uses/hour
Queues
Eliminated through parallel usage
Staffing
1–2 attendants
Cost Model
Lower cost-to-serve
Revenue
Pay-per-use income
Scalability
Highly scalable
Security Impact
Reduces congestion & improves flow
User Experience
Fast, predictable
Operational Control
System-controlled
ROI
Positive (revenue-generating)
How Cloakrooms Work
Typical Workflow
- Guest hands over item
- Staff tag and store it
- Item is manually retrieved later
Limitations
- Time per item adds up
- Queues form quickly
- Requires large teams
- Prone to error and delays
How Event Lockers Work
Smart lockers automate storage.
Typical Workflow
- Guest places item in locker
- System generates access code
- Guest retrieves item independently
Advantages
- No staff involvement
- Fast transactions
- Consistent process
- Scalable for large events
Speed & Throughput Comparison
Speed is the biggest difference.
Time Per Transaction
| Process | Time |
| Cloakroom | 30–60 seconds |
| Locker | 5–10 seconds |
Throughput Impact
- Cloakroom: ~60–100 items/hour per staff
- Lockers: ~400–500 uses/hour
Queue Impact
Cloakrooms
- Queues before entry
- Delays during peak arrival
- Exit congestion after event
Lockers
- No queue dependency
- Distributed usage
- Smooth entry and exit
See how event locker systems eliminate queues and improve ingress flow at high-volume events.
Staffing Requirements
Cloakroom Model
- 20–30 staff for large events
- Ongoing labour cost
- Coordination required
Locker Model
- 1–2 attendants
- Minimal oversight
- Reduced operational burden
Cost Comparison
Cloakrooms
- £3,000–£6,000 per event
- Recurring cost
- Scales with attendance
Lockers
- Lower operational cost
- Scalable infrastructure
- Predictable cost structure
Revenue Potential
Cloakrooms
- No revenue generation
- Pure cost centre
Lockers
- pay-per-use pricing
- £5–£10 per use
Example:
- 3,500 users × £6
£21,000 revenue per event
Security & Risk Impact
Cloakrooms
- Create queues outside venue
- Increase perimeter risk
- Slow security lanes
Lockers
- Remove bags before entry
- Improve throughput
- Reduce congestion
Visitor Experience
Cloakrooms
- Long waits
- Inconsistent service
- Frustration
Lockers
- Fast
- Self-service
- Predictable
Real-World Scenario
10,000 Visitor Event
- 35% bring bags → 3,500 bags
Cloakroom
- 20+ staff required
- Queues of 400–800+ people
Lockers
- Minimal staff
- No queue buildup
- Faster entry
When to Use Each Option
Use Cloakrooms If:
- Small events
- Low bag volume
- Limited infrastructure
Use Smart Lockers If:
- Large events
- High bag volume
- Need to reduce queues
- Want to generate revenue
Explore event locker solutions for high-volume, high-demand event environments.