Simairport Security Layout | Verified

❌ Two separate queues for two X-rays. → Leads to 50% utilization on one side.
❌ Metal detector before X-ray. → Alarmed passengers block the X-ray line.
❌ No escape path for denied pax. → They will stand in place, blocking all flow. Add a small corridor leading to a "Return to Landside" door.
❌ X-ray facing a wall. → Baggage output jams. Always face the X-ray toward the airside exit.

To verify your layout in-game:

“SimAirport security layout verified” is more than a line of feedback in a video game; it is a microcosm of modern security engineering. It reminds us that a secure layout is visible, testable, and relentlessly adaptive. Whether in a digital terminal or a physical one, verification demands that designers see their creation not as a static blueprint but as a living system—one that must prove its worth against crowds, crises, and clever adversaries. The next time a player sees that green “verified” icon appear, they should understand that they have not finished their job. They have only passed the first test. The real verification happens when the airport is alive, the lines are long, and every passenger—friendly or hostile—steps into the queue.

An efficient security layout in SimAirport is critical for preventing flight delays and maintaining passenger satisfaction

. To create a verified, high-throughput system, you must balance equipment ratios and organize them into clear, assigned "lanes" rather than letting passengers wander between machines. Steam Community 1. Optimal Equipment Ratios

Different machines process passengers at different speeds. Use these verified ratios to prevent bottlenecks at the slowest points: Standard Setup (Metal Detectors): 1:2:2 ratio (1 ID Check Stand, 2 Bag Scanners, 2 Metal Detectors). Advanced Setup (Body Scanners): 1:2:3 ratio

(1 ID Check Stand, 2 Bag Scanners, 3 Body Scanners) because body scanners are significantly slower than metal detectors. Remote Scanners: If using Remote Bag Scanners, do not assign more than 4–5 scanners per monitoring desk to avoid efficiency declines. Steam Community 2. The "Lane" Configuration

For maximum efficiency, you must manually assign machines to one another to create a forced path: Steam Community Assign Queue to ID Stand: Create a queue and use the tool to link it to your ID Check Stands. Assign ID Stand to Bag Scanner: This ensures passengers move directly to the next step. Assign Bag Scanner to Body Scanner/Metal Detector: This completes the verified lane. Dedicated Lanes: Create a small, separate lane for Flight Crew

to ensure they never get stuck behind a massive queue of passengers. Steam Community 3. Layout Best Practices Building ADVANCED SECURITY — SimAirport (#4)

Scaling your airport to handle thousands of passengers is impossible without a rock-solid security strategy. In SimAirport

, security isn’t just about placing scanners; it's about flow, ratios, and preventing the dreaded terminal-wide gridlock

Here is how to build a verified, high-throughput security layout. The "Shallow but Wide" Strategy The gold standard for high-capacity terminals is a shallow but wide

layout. Avoid building deep security zones that force passengers to walk long distances between scanners. Instead, line up your lanes horizontally to minimize travel time from the ticketing desks to the boarding gates.

For ultra-large airports, some players use a "U-shape" security zone wrapped around a central ticketing area. This can easily handle over 10 XL gates by providing roughly 60 lanes in a compact footprint. Verified Ratios for Peak Efficiency simairport security layout verified

Efficiency depends on the ratio of equipment. A bottleneck at any stage will cause a backlog that ripples back to the front door. The Standard Unit: Build in blocks of

1 ID Check → 1 Bag Scanner → 1 Metal Detector/Body Scanner The Queue Rule: For maximum throughput, assign one queue to every two lanes

. A single massive queue for all lanes is significantly less efficient and can lead to pathfinding delays.

Ensure your security zones are staffed 100% during peak flight windows, though you can drop to 50% during quiet overnight periods to save on wages. Vertical Expansion: The Second Floor Hack

If you’ve run out of space on the ground floor, move security upstairs. Separation:

Place Business/First Class security on the ground floor near premium lounges, and move Coach security to the second floor. Access Requirements:

Passengers are picky about vertical movement. They often won't go to a second-floor security zone if you only have an escalator. Always provide both stairs and escalators

in the unzoned (pre-security) section to ensure they can find a path. Maintenance and Troubleshooting

Even the best layout will fail if your equipment breaks down. Toolbox Lockers:

Ensure your maintenance rooms have enough toolbox lockers and workmen to keep scanners running. A single broken machine in a high-traffic lane can cause a total gridlock. Security Overlay: If passengers aren't using a zone, use the Security Overlay

tool to check for gaps in your zoning. A single unzoned tile can break the entire pathing logic, making a gate unreachable. Common Layout Mistakes to Avoid Exiting Through Security:

Never force arriving passengers to exit through your security checkpoint. Create a dedicated, one-way "Security Exit" (the sliding glass doors) that leads directly to baggage claim or the street. Missing Restrooms: Place restrooms and vending machines immediately before and after

the security zone. If a passenger’s bladder hits 100% while they are in the security queue, they may abandon the line, causing further delays. ❌ Two separate queues for two X-rays

Ready to build the world's most efficient hub? Check out more community-verified designs on the SimAirport Steam Community

For maximum efficiency in SimAirport, the community recommends a security layout featuring a "shallow but wide" design with a ratio of two ID check stands per one bag scanner, utilizing two metal detectors for standard lanes. Advanced security research and staggered flight scheduling are crucial for preventing bottlenecks and managing passenger flow, especially when using slower body scanners. Read the full discussion on the SimAirport Steam Community. Ideal Security Layout :: SimAirport Algemene discussies

A verified security layout in SimAirport requires a balance of throughput across three main stages: the ID Check Stand Bag Scanner Passenger Scanner (Metal Detector or Body Scanner) 1. Optimal Equipment Ratios

To avoid bottlenecks, you must account for the different processing speeds of each object. A standard efficient ratio is Steam Community ID Check Stands:

The fastest component, capable of processing ~30 pax/hour. One stand can often feed multiple scanners. Bag Scanners:

Standard scanners handle ~74 pax/hour, while Remote Bag Scanners are slightly slower (~57 pax/hour) but can be more space-efficient if kept to a 5-scanner-per-desk limit. Passenger Scanners:

The slowest part of the chain. Metal detectors handle ~30 pax/hour, while Body Scanners are the slowest (~20-25 pax/hour). Verified Setup: Metal Detectors or

Body Scanners for every one Bag Scanner to maintain constant flow. Steam Community 2. Layout & Routing Essentials

A "verified" status in the game requires specific zoning and connectivity: Enclosure:

The Security Zone must be indoors and semi-enclosed by walls. Forced Routing: Do not let passengers choose their own path. Use the

tool to link specific ID Stands to Bag Scanners, and Bag Scanners to Passenger Scanners. "Shallow but Wide":

Design the security area to be wide enough to accommodate many parallel lanes rather than long, winding queues. Crew Lanes:

Create a dedicated, un-queued lane specifically for flight crew to prevent gate delays. Steam Community 3. Critical Zone Requirements Ideal Security Layout :: SimAirport Discussões gerais 28 Jan 2019 — Your ticketing kiosks spit out passengers with boarding

An efficient SimAirport security layout is the backbone of a high-functioning terminal. A "verified" setup prioritizes optimal ratios of equipment, advanced passenger routing, and strategic zoning to prevent bottlenecks that lead to missed flights and tanked satisfaction. Core Requirements for a Functional Security Zone

To verify your security zone is operational, it must be indoors and semi-enclosed, containing three essential pieces of equipment:

ID Check Stand: The first point of contact where staff verify passenger identities.

Bag Scanner: Inspects carry-on items. Can be replaced with Remote Bag Scanners to save floor space, though these require connection to a Remote Security Station.

Metal Detector or Body Scanner: Final screening of the passenger. While body scanners are more "advanced," they are significantly slower than metal detectors. Verified Ratios for Maximum Throughput

Bottlenecks often occur when one machine processes passengers faster than the next. Players on Steam Community and Reddit have verified these specific equipment ratios for smooth flow: Equipment Combination Verified Ratio (ID : Bag : Detector) Expert Note Standard Setup 2 : 1 : 2 Balanced for most mid-sized airports. Metal Detector Focus 1 : 2 : 2 High-speed throughput for "cattle class" queues. Body Scanner Focus 2 : 1 : 3 Compensates for the body scanner's slower speed. Strategic Layout & Zoning Tips Walkthrough/tutorial creating separated security zones

An effective SimAirport security layout relies on balancing the throughput of three main components: the ID Check Stand, the Bag Scanner, and the Metal Detector or Body Scanner. Because security often requires more space and staff than in real-world airports, a "verified" layout usually follows a wide-and-shallow footprint to accommodate the necessary volume. Optimal Throughput Ratios

A core challenge is that different machines process passengers (PAX) at different speeds. Planning around the slowest unit—the Metal Detector or Body Scanner—is the standard strategy.

Verified Ratio: The most efficient setup is often cited as 1 Metal Detector : 2 Bag Scanners. Calculated Capacities (PAX per Hour): Bag Scanner: ~74 pph Metal Detector: ~30 pph

Body Scanner: ~20–25 pph (Body scanners are slower and generally not recommended for high-volume lanes unless required). ID Check Stand: ~29–32 pph

Your ticketing kiosks spit out passengers with boarding passes. They walk toward the security zone.

LANDSIDE (Ticketing)
       │
       â–Ľ
[Stanchion Maze - 10 tiles long]
       │
       â–Ľ
┌──────┼──────────────────────────�
│      ▼                          │
│  [X-Ray 1] [X-Ray 2]            │
│      │         │                 │
│  [Detector] [Detector]           │
│      │         │                 │
│      └────┬────�                 │
│           ▼                      │
│   [Hand-check Table]             │
│           │                      │
│   [Security Monitor]             │
└───────────┼──────────────────────�
            â–Ľ
        AIRSIDE (Gates/Shops)

Before you place a single metal detector, you must internalize these three rules: