Designed and Built by Boom, for Overture

Vertical Integration Expedites Symphony’s Path to Production and Reduces Costs

Symphony Powers the Future of Supersonic Flight

Ignition test proved flame stability in preparation for the fully operational engine core prototype test in 2026.

Engine Testing

01234567890123456789,012345678901234567890123456789lb

Thrust

Medium

Bypass Ratio

012345678901234567890123456789%

SAF Compatible

FAAPart01234567890123456789

Certified

In-House Design & Manufacturing

Vertical Integration

Boom designs and builds Symphony in-house, giving the company direct control over development timelines and production costs. This vertically integrated approach expedites the path to production and reduces dependency on third-party engine programs — enabling faster iteration, tighter quality control, and a propulsion system purpose-built for supersonic cruise efficiency.

Shared Technology

Powering Superpower

Symphony shares approximately 80% of its hardware with the Superpower natural gas turbine program. This common core architecture means investments in Symphony directly accelerate Superpower development — and vice versa. By leveraging shared components across both aviation and energy markets, Boom drives down per-unit costs, builds manufacturing scale faster, and creates a robust supply chain that benefits both product lines.

Boom News

The latest news, updates, and interviews directly from Boom

February 24, 2026
Baker Hughes Secures 1.21 Gigawatt Generator Order to Power Boom Supersonic’s AI Data Center Solution

January 2, 2026
Boom Year in Review 2025

December 17, 2025
Aviation’s Firsts: From Kitty Hawk to Mojave and Biplanes to Supersonic