ALTITUDE0M

Year 2035 · Infrastructure Threshold

SKY
ARK

The stratospheric infrastructure layer.
Where civilization scales next.

SCROLL TO EXPLORE
01 / 04 — Structural Core
CENTRAL
SPINE
Carbon-composite pressure vessel and load-bearing axis. All subsystems connect to the spine via three structural collar nodes rated at 840-tonne total suspended load.
840TRated Load
5.8MSpine Length
CF/TiMaterials
Central spine
Docking rings
Solar array
Aerostat chambers
Energy core
02 / 04 — Mobility Hub
DOCKING
SYSTEM
Three concentric rings. 96 electromagnetic capture bays. All-weather rated to 220 km/h stratospheric jet stream loads. 4.2-minute full cycle time per bay, 1,200 vehicles per hour.
96Docking Bays
1,200Vehicles / Hour
±3CMCapture Accuracy
Central spine
Docking rings
Solar array
Aerostat chambers
Energy core
03 / 04 — Power Systems
SOLAR
MEMBRANE
22 hours of unobstructed solar exposure at stratospheric altitude. 2.4GW peak generation. Excess capacity directed to ground via microwave downlink at 1,620 W/m² solar flux.
2.4GWPeak Generation
22HSolar Exposure
38%Panel Efficiency
Central spine
Docking rings
Solar array
Aerostat chambers
Energy core
04 / 04 — Full System
SKYARK
COMPLETE
Five integrated subsystems. One engineered platform. Operating at 20,000 metres — above commercial air, below orbital complexity. The layer that makes global aerial mobility possible at scale.
20KMOperating Altitude
48Global Nodes 2040
$2.4TMarket Opportunity
Central spine
Docking rings
Solar array
Aerostat chambers
Energy core

Stratospheric Infrastructure · Series A

SKY
ARK

The infrastructure layer the world can't avoid building

$2.4TTotal Addressable
Market by 2040
48Global Nodes
Phase 1 Deployment
2.4GWEnergy Output
Per Node
2028First Node
Operational Target

© SKYARK SYSTEMS · CONFIDENTIAL · NOT FOR DISTRIBUTION