Pilot-Built Airport Scenery

High fidelity
means ready.

We're pilots who build the most accurate airport scenery in flight simulation. Chart-validated terrain, survey-grade source data, tested from the cockpit. Every airport we ship is one we'd trust to brief from ourselves.

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What we do

Airport scenery built
from real-world data.

Every airport we build starts with survey-grade elevation data, aeronautical references, and high-resolution imagery. We validate every approach against published charts and test every scene from the cockpit. The result is scenery you can trust — whether you're flying it at home or training a crew on it.

Get a Proposal for Your Airport
Published Airport Scenery
Chart-validated approaches, PBR materials, terrain built from survey data. Every airport is tested from the cockpit — if the sight picture on short final doesn't match the real thing, we fix it before it ships.
Airport Partnerships
Run an airport? We'll build a high-fidelity digital twin of your facility and publish it across flight simulator platforms. Your airport, in the hands of millions of pilots worldwide — and you get a professional-grade 3D model for your own operational use.
Pilot Training Environments
Custom training twins for airlines, flight schools, and aviation authorities. Procedure-specific environments for SIDs, STARs, visual approaches, and emergency scenarios. Pilots arrive already familiar with the sight picture.
Infrastructure Visualization
Pre-construction visualization for runway extensions, terminal builds, and taxiway reconfigurations. Show stakeholders what proposed changes look like before breaking ground.
Industry-leading terrain accuracy
Our process
01 / 06
Survey & Reference
Every project starts with source data. Airport photography, official AIS documentation, runway profiles with gradient percentages and threshold elevations. We collect the reference standard before a single polygon gets built.
GIS elevation heatmap analysis at EHAM Schiphol GIS elevation heatmap overlay
14.44m
ALBEDO NORMAL ROUGHNESS METALLIC
AHN LiDAR point cloud 3D visualization of airport infrastructure Final in-sim result at GCRR
Survey
Geo Analysis
3D Model
Materials
Lighting
Validation
Our work

Five airports shipped.
Two continents.

Every airport built from survey-grade source data, validated against published charts, and tested from the cockpit. Published through Just Flight and the MSFS Marketplace.

5
Airports shipped
2
Continents
1:1
Scale accuracy
AIP
Chart-validated
GCRR Lanzarote Airport - apron view with Binter aircraft and volcanic terrain 03 21
RWY 03/21
GCRR
Lanzarote Airport
Canary Islands, Spain

Steady Atlantic crosswinds and a volcanic landscape that'll keep you honest on every approach. Full lava field terrain, accurate terminal layout, and markings matched to current charts.

MSFS 2020MSFS 2024
Available via Just Flight
GCXO Tenerife North Airport - control tower and Air Europa aircraft 12 30
RWY 12/30
GCXO
Tenerife North
Canary Islands, Spain

At 2,076 ft and frequently buried in cloud, this is the approach you practice before you fly it for real. Accurate RNAV procedures, the ridgeline that shapes every arrival, and the low-vis conditions that earned Los Rodeos its reputation.

MSFS 2020
Available via Just Flight
KSBP San Luis Obispo Airport - compass rose apron with Santa Lucia Range 11 29
RWY 11/29
KSBP
San Luis Obispo
California, USA

Nestled in a valley ringed by the Santa Lucia Range — the terrain here shapes every arrival. Full terminal, GA ramp, and a terrain mesh validated against published approach procedures.

MSFS 2020MSFS 2024
Available via Just Flight
KSZP Santa Paula Airport - warbird biplane and hangars 04 22
RWY 04/22
KSZP
Santa Paula Airport
California, USA

Where it all started. Our home field in the Santa Clara River Valley — narrow taxiways, tight parking, warbird hangars, and the kind of pattern work that rewards knowing the layout before you arrive.

MSFS 2020MSFS 2024
Available via Just Flight
11 29
RWY 11/29
L52
Oceano County Airport
California, USA

2,325 feet of runway between the dunes and the farmland. No tower, no margin for error, and a shoreline you can practically touch on downwind. Custom dune terrain and coastal modeling.

MSFS 2020MSFS 2024
Available via Just Flight
Insights

From the workshop.

Notes on airport digitalization, terrain accuracy, and the technical side of building airports that hold up under scrutiny.

Latest
Practical
Low visibility at GCXO: why simulator familiarization matters for Tenerife North

LVPs are activated on roughly a third of operating days. When fog rolls in, crews need to be ready — and the simulator is where that readiness is built.

7 min read
Case Study
Building KSBP: California's central coast airport

San Luis Obispo Regional in a valley ringed by the Santa Lucia Range.

6 min read
Technical
Photogrammetry vs. LiDAR: choosing the right capture method

Two methods for turning a real airport into a 3D model. How they differ.

7 min read
Practical
Night lighting done right: why accurate airport lighting matters

Airport lighting isn't decoration — it's navigation infrastructure.

6 min read
Industry
Airport digital twins: what they are and who's using them

A practical overview for airport operators exploring digital twin technology.

7 min read
Practical
How airports use digital twins for infrastructure planning

Visualize a runway extension or terminal expansion before breaking ground.

6 min read
Technical
Why terrain source accuracy matters for pilot training

How the data behind your terrain model affects visual approach training.

6 min read
Technical
PBR materials: why your airport model needs physically accurate surfaces

The difference between looking right at noon and holding up at dawn, dusk, and rain.

5 min read
Case Study
Building GCXO: digitizing an airport that sits in the clouds

Tenerife North at 2,076 ft with regular low visibility and a dangerous ridgeline.

5 min read
Case Study
Building GCRR: an airport on volcanic terrain

Modeling Lanzarote from lava fields to landing lights.

5 min read
Showing 10 articles
Get started

Let's digitalize
your airport.

Tell us about your facility and what you need. We scope every project individually and we're upfront about what's feasible, what it costs, and how long it takes. No obligation, no sales deck. Just a conversation about your airport.

Based in
San Diego, California
Serving
Airports worldwide
Typical project
8-16 weeks
Fly our airports

Every airport we build,
you can fly.

Available for Microsoft Flight Simulator through Just Flight and the MSFS Marketplace. Survey-grade source data, chart-validated terrain, tested from the cockpit before it ships.

GCRR
Lanzarote
Canary Islands, Spain
Just Flight
GCXO
Tenerife North
Canary Islands, Spain
Just Flight
KSBP
San Luis Obispo
California, USA
Just Flight
KSZP
Santa Paula
California, USA
Just Flight
L52
Oceano County
California, USA
Just Flight