CONNECTED AVIATION
Connectivity matched to the aircraft and mission
TS2 Space helps operators evaluate satellite networks, approved terminals and integration pathways for commercial, business, government and special-mission aviation.
Discuss your aircraftSTART WITH THE AIRFRAME
The best network is the one that can be installed and supported
Aircraft type, antenna location, STC or certification pathway, routes, intended applications, downtime and operational approvals all shape the final solution. We assess these constraints before comparing service plans.
NETWORK OPTIONS
From cabin broadband to resilient operational links
Current aviation connectivity spans high-capacity LEO and Ka-band services through to compact L-band systems designed for reach and operational resilience.
Starlink Aviation
Low-latency LEO broadband for compatible aircraft and approved routes, supporting high-capacity passenger, crew and business applications.
Eutelsat OneWeb
Enterprise LEO connectivity for aviation through compatible terminals and service partners, with options shaped by airframe, region and certification.
Viasat Ka-band & JetXP
Established and evolving business-aviation broadband across compatible aircraft, equipment and coverage areas, including current JetXP service options.
SwiftBroadband
Compact L-band connectivity that remains relevant for smaller or legacy airframes and for applications where dependable operational access is more important than high throughput.
Multi-network Architecture
A primary high-capacity path combined with an independent operational or safety-related communications layer where the aircraft and mission require greater resilience.
Ground & Fleet Integration
Connectivity aligned with flight operations, corporate security, fleet management, content, remote support and the organisation’s wider network.
USE CASES
Cabin experience and operational value
Aviation connectivity can serve passengers, crew and aircraft operations, but each traffic class has different security, availability and performance priorities.
- Passenger Wi-Fi and streaming
- Corporate VPN and collaboration
- Crew communications and rostering
- Electronic flight bag data
- Weather and operational updates
- Maintenance data and remote technical support
- Special-mission voice, video and sensor backhaul
PROJECT FEASIBILITY
What we need to evaluate
A useful recommendation starts with the exact airframe and operating profile. TS2 Space coordinates commercial and technical evaluation around the information available from the operator, installation organisation and service provider.
- Aircraft make, model, serial number and current avionics
- Existing antenna, radome and cabin network
- Countries, routes and typical flight phases
- Passenger, crew and operational applications
- Certification or STC availability
- Installation timing and acceptable aircraft downtime
DELIVERY MODEL
From airframe review to connected operation
Profile
Airframe, mission, routes, users, applications and required service outcomes.
Verify
Compatible equipment, STC or certification route, coverage and authorisation.
Coordinate
Service, hardware, installation partner, logistics and network configuration.
Support
Activation, escalation, service changes and fleet expansion as requirements evolve.
START A CONVERSATION
Tell us about the aircraft and mission
Share the aircraft make and model, operating regions, current equipment, intended applications and deployment timing. We will identify the current connectivity paths worth evaluating.
Service availability, performance and permitted use depend on location, network capacity, local regulation, selected equipment and service plan. Specifications and commercial terms are confirmed individually.
