Viasat expands Velaris ecosystem with L2 Aviation for AAM avionics integration

Viasat expands the Velaris ecosystem with L2 Aviation to support satellite communications integration and certification for AAM aircraft.

Key Highlights

  • Viasat partners with L2 Aviation to support advanced air mobility and uncrewed aircraft communication needs.
  • The Velaris platform enables satellite-based command, control, and data exchange for aircraft beyond terrestrial networks.
  • Focus on certification, interoperability, and operational reliability to facilitate beyond demonstration flights.
  • Satellite connectivity is vital for long-range operations, navigation, telemetry, and control in higher-density airspace.

CARLSBAD, Calif. – Viasat in Carlsbad, CA, is adding L2 Aviation to its Velaris partner network. This move comes as the company expands communications support for advanced air mobility and uncrewed aircraft operations.

The effort centers on integrating satellite communications into aircraft systems designed for regulated flight environments. As advanced air mobility programs move beyond demonstration flights, developers are increasingly focusing on certification, interoperability, and operational reliability.

Related: Boeing launches ViaSat-3 F3 satellite with beamforming payload

Connectivity and avionics integration

Velaris is Viasat’s satellite communications platform for uncrewed and emerging aircraft. The system supports command-and-control links and operational data exchange through satellite-based connectivity rather than ground-only communications infrastructure.

L2 Aviation will support avionics integration and certification activities tied to those onboard links. The company specializes in aircraft modification, installation engineering, and airworthiness approvals across multiple aircraft categories.

Satellite links and operational architecture

Satellite connectivity allows aircraft to maintain communications coverage beyond the range of terrestrial radio networks. This becomes increasingly important for long-range uncrewed operations and higher-density airspace where operators require continuous access to navigation, telemetry, and control data.

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