Boom Supersonic logo

Boom Supersonic

PrivateFounded 2014🇺🇸Denver, Colorado
CEO

Blake Scholl

Data verified as of Aug 23, 2026

Summary

Boom Supersonic is building Overture, a 60-80 seat Mach 1.7 supersonic airliner aimed at restoring commercial supersonic travel on 600+ routes at business-class economics. After XB-1 became the first independently developed jet to fly supersonic in 2025, Boom pivoted in late 2025 to make the Symphony engine and its Superpower 42 MW industrial-gas-turbine derivative the near-term commercial focus - CEO Blake Scholl said in April 2026 that roughly 90% of company efforts are now on propulsion, with Symphony and Superpower sharing about 80% of hardware. Symphony sprint-core assembly is underway at Boom's Colorado R&D supercenter ahead of a Q3 2026 sprint-core test cycle, with a fully integrated 42 MW Superpower pre-production turbine targeted for assembly by end-2026 and first Crusoe deliveries in late 2027 en route to a 1 GW-to-4 GW/year production ramp by 2030. Boom has nearly $1B in funding, a 130-aircraft Overture order book from American Airlines, United Airlines, and Japan Airlines, and a $1.25B+ Superpower launch backlog with Crusoe, while its $50M Greensboro Overture Superfactory remains largely idle ahead of a December 31, 2026 lease-termination threshold tied to a 500-employee benchmark. Two regulatory tailwinds are advancing in parallel: the FAA's proposed rule repealing the U.S. overland supersonic ban (public comment period closed August 17, 2026, final rule still targeted mid-2027) and the Supersonic Aviation Modernization Act, which cleared the Senate Commerce Committee on July 22, 2026 and awaits a full Senate floor vote that had not occurred as of August 23, 2026.

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Main Products

Overture

Overture

In Development

Purpose-built Mach 1.7 supersonic commercial airliner designed to cut travel times in half on 600+ routes. Overture is optimized for up to 100% sustainable aviation fuel, flies at 60,000 feet, and is positioned as an all-premium aircraft for 60-80 passengers.

Boom has completed the Greensboro Superfactory but the building remains largely quiet, with a 500-employee lease threshold due Dec 31, 2026. Symphony propulsion is now the company's top priority and Overture aircraft work continues at a reduced share of company effort while the engine sprint core is built and tested.

SpeedMach 1.7
Range4,250 NM
Passenger Capacity60-80
Cruising Altitude60,000 ft
Orders & Pre-orders130
XB-1

XB-1

Retired

One-third scale supersonic technology demonstrator that validated the core aerodynamic, structural, and flight-control concepts behind Overture. XB-1 became the first independently developed jet to fly supersonic and completed Boom's full test campaign in early 2025.

The program concluded after 13 successful flights and six supersonic runs. Boom retired the aircraft to its Denver headquarters after the second and final supersonic flight in February 2025.

Top Speed AchievedMach 1.18
First Supersonic FlightJanuary 28, 2025
Total Test Flights13
Engines3 × General Electric J85-15
Superpower

Superpower

Pre-production

42 MW natural-gas turbine derived from the same core engine technology as Symphony, with about 80% hardware commonality. Superpower is designed for AI data centers and other onsite power applications, emphasizing waterless operation and strong output in hot, dry environments.

Boom revealed Superpower in December 2025 with Crusoe as launch customer for 29 turbines worth $1.25B+. Sprint core assembly is starting at the Colorado R&D supercenter in spring 2026 ahead of mid-2026 sprint core completion, a Q3 2026 sprint core test cycle, end-2026 assembly of a fully integrated 42 MW pre-production turbine, and operational readiness in H1 2027. First customer deliveries to Crusoe are targeted for 2027.

Power Output42 MW
Launch Order29 turbines / 1.21 GW (Crusoe)
Operating ProfileWaterless; full output above 110°F
FuelNatural gas with backup diesel
Symphony Hardware Commonality~80%
First DeliveriesLate 2027 (Crusoe)
Production Ramp Plan1 GW (2028) → 2 GW (2029) → 4 GW (2030)

What's Next

Finish Symphony sprint core and run the Q3 2026 test cycle

Complete sprint core assembly at the Colorado R&D supercenter by mid-2026 and run a full sprint core test cycle in Q3 2026 covering the high compressor, combustor, and high turbine - the key technical gate for de-risking both Symphony and the Superpower turbine.

Q3 2026

Assemble first integrated 42 MW Superpower pre-production turbine

Use the sprint core results to assemble a fully integrated 42 MW pre-production Superpower turbine by the end of 2026 and reach operational readiness in the first half of 2027 ahead of the first Crusoe deliveries.

End of 2026 (assembly); H1 2027 (operational)

Deliver first Superpower units to Crusoe

Begin handing over the first units from the 29-turbine, $1.25B+ Crusoe order in late 2027 (per CEO Blake Scholl in June 2026), then ramp Superpower production toward 1 GW in 2028, 2 GW in 2029, and 4 GW in 2030 to fund Overture development.

Late 2027 (first deliveries); 2030 (4 GW/yr)

Hit the Greensboro Superfactory 500-employee benchmark

Boom's Piedmont Triad Airport lease allows termination if fewer than 500 people are employed at the Overture Superfactory by December 31, 2026 - against an original commitment to hire 1,761 workers at the site. With the 179,000-sq-ft hangar still yet to produce a single aircraft and largely idle as of June 2026, hitting (or renegotiating) that benchmark is now a near-term execution gate before Overture aircraft production can credibly start; the company says it 'looks forward to beginning Overture test production in North Carolina as soon as possible.'

December 31, 2026

Continue Overture aircraft and certification path

Keep Overture aircraft engineering, flight-deck, and supplier work advancing in parallel with the propulsion sprint so an Overture prototype rollout and certification path remain viable as Symphony hardware matures - even as the Greensboro Superfactory stays largely idle and United Airlines CEO Scott Kirby has publicly put Overture's odds at roughly 50-50. Two parallel regulatory tracks now favor Overture's boomless-cruise design: the FAA's proposed rule to repeal the U.S. overland supersonic ban (published in the Federal Register July 2, 2026, comment period closed August 17, 2026, final rule still targeted mid-2027), and the bicameral Supersonic Aviation Modernization Act, which passed the House on March 24, 2026, cleared the Senate Commerce Committee on July 22, 2026, and still awaits a full Senate floor vote.

2027+

Operations & Revenue

StatusDevelopment Stage

XB-1 retired after the 2025 supersonic campaign. Boom's near-term focus has shifted heavily onto propulsion - about 90% of company effort per CEO Blake Scholl in April 2026 - with Symphony sprint core assembly underway at the Colorado R&D supercenter ahead of a full sprint core test cycle targeted for Q3 2026, a fully integrated 42 MW pre-production turbine targeted for assembly by end-2026 and operational readiness in H1 2027. CEO Blake Scholl said in June 2026 that first Superpower deliveries to Crusoe are targeted for late 2027. The Greensboro Overture Superfactory remains largely idle ahead of a Dec 31, 2026 lease-termination threshold tied to a 500-employee benchmark; the Senate Commerce Committee advanced the Supersonic Aviation Modernization Act on July 22, 2026 but a full Senate floor vote had not occurred as of August 23, 2026.

Revenue Streams

Overture Aircraft (future)

Boom's main long-term business remains aircraft sales to airline customers. The current order book stands at 130 aircraft from United Airlines, American Airlines, and Japan Airlines, representing Boom's first five years of planned Overture production.

Superpower Gas Turbines

Superpower is Boom's new power-generation line for AI data centers. The launch order book is worth more than $1.25B, with Crusoe ordering 29 turbines that will provide 1.21 GW of capacity.

Government & Special Mission Programs

Boom is also pursuing non-airline applications of Overture through government and defense relationships, including special-mission work with Northrop Grumman and continued engagement with the U.S. Air Force.

Key Metrics

Employees

150+

Est. Annual Revenue

Pre-revenue in aviation; Superpower launch backlog exceeds $1.25B with first deliveries to Crusoe targeted for late 2027

Total Funding Raised

Nearly $1B (~$948M across all rounds)

Overture Order Book

130 aircraft (American 20+40, United 15+35, JAL 20 options)

Planned Factory Output

33 aircraft/year initially; 66/year planned

XB-1 Flight Test Campaign

13 flights, 6 supersonic runs (retired 2025)

Superpower Launch Backlog

$1.25B+ / 29 turbines / 1.21 GW (Crusoe)

Propulsion Focus

~90% of company efforts on propulsion (Symphony + Superpower)

Superpower Production Ramp Target

1 GW (2028) → 2 GW (2029) → 4 GW (2030); Superfactory equipment ordered for 2 GW/yr

Timeline

2026Symphony engine assembly begins; 90% of effort shifts to propulsion

Blake Scholl announces in April 2026 that Boom is about two weeks from starting assembly of the first Symphony engine sprint core at its Colorado R&D supercenter, with the high-pressure spool (high compressor, combustor, high turbine) coming together first. Scholl says roughly 90% of company efforts are now on propulsion, with Symphony sharing about 80% of its hardware with the Superpower turbine.

2026Greensboro Superfactory sits idle ahead of 2026 lease deadline

Reports in March 2026 describe Boom's 179,000-sq-ft Overture Superfactory at Piedmont Triad International Airport as 'mostly quiet', with North Carolina having committed more than $50M to the project. The lease with the Piedmont Triad Airport Authority allows termination if Boom employs fewer than 500 people at the site by December 31, 2026.

2026Targets end of 2027 for first Superpower turbine deliveries

At the AIAA AVIATION Forum on June 11, 2026, CEO Blake Scholl said Boom is targeting the end of 2027 to ship the first five units of its 42 MW Superpower ground turbines, which are derived from the same core developed for the Symphony engine. Scholl reiterated Boom holds about $1.2 billion in orders for the natural-gas turbines, positioning Superpower as a near-term revenue line aimed at powering AI data centers ahead of Overture's entry into service.

2026FAA proposes lifting supersonic overland ban

On June 30, 2026 the FAA released a proposed rule, 'Enabling Supersonic Overland Flight,' that would repeal the decades-old U.S. prohibition on civil flight above Mach 1 over land and replace it with a noise-based standard, permitting supersonic operation as long as sonic-boom overpressure at the surface stays at or below 0.11 pound per square foot. The notice of proposed rulemaking was published in the Federal Register on July 2, 2026 (Docket FAA-2026-6935) with a public comment period that closed August 17, 2026; a final rule remains targeted for mid-2027. The change - following a 2025 executive order - is a key regulatory tailwind for Boom, whose Overture is designed around a 'Boomless Cruise' Mach-cutoff technique that keeps the boom from reaching the ground. The FAA said a second rule setting supersonic takeoff and landing noise standards will follow later in 2026.

2026Launches the $800K Boom Prize for amateur supersonic flight

On July 17, 2026 Boom announced the Boom Prize, an $800,000 award ($750,000 cash plus $50,000 in Boom stock) for the first amateur-built, remotely piloted, air-breathing aircraft (up to 55 lb takeoff weight) to break Mach 1 twice in a single day. Free to enter and open through 2030, the contest - which grew from a $100,000 challenge CEO Blake Scholl floated on July 2 - is judged by figures including NASA Administrator Jared Isaacman, and is aimed at widening the pool of supersonic engineering talent and re-energizing public interest in the technology.

2026Supersonic Aviation Modernization Act clears Senate committee

Having passed the U.S. House by voice vote on March 24, 2026, the bicameral Supersonic Aviation Modernization Act (S.1759/H.R.3410) - which would direct the FAA to issue rules within a year legalizing civil supersonic flight over U.S. land as long as no sonic boom reaches the ground - was approved by the Senate Commerce, Science, and Transportation Committee on July 22, 2026 and sent to the full Senate floor. The bill runs alongside, and would codify into law, the FAA's own proposed overland supersonic rule, giving Overture's boomless-cruise design a second, legislative route to the same regulatory outcome.

2025XB-1 completes supersonic campaign and demonstrates boomless cruise

XB-1 becomes the first independently developed jet to fly supersonic, then completes a second and final supersonic flight in February. The 13-flight test campaign ends with six supersonic runs and a demonstrated boomless-cruise profile before the aircraft is retired to Boom's Denver HQ.

2025Symphony engine test site selected in Colorado

Boom selects a former hypersonic test facility at the Colorado Air and Space Port for Symphony engine testing and starts investing to prepare the site for company-owned propulsion testing.

2025Launches Superpower and raises $300M

Boom unveils Superpower, a 42 MW natural-gas turbine for AI data centers, names Crusoe as launch customer with a 29-turbine order worth more than $1.25B, and closes a new $300M Series E round at a roughly $1.5B valuation.

2024XB-1 maiden flight and Superfactory completed

XB-1 completes its maiden flight in March 2024, and Boom completes the Overture Superfactory in Greensboro in June, giving the company its U.S. production base for the future airliner.

2022Major Overture redesign and American Airlines order

Boom unveils the refined four-engine Overture design, expands key supplier relationships, teams with Northrop Grumman on special-mission variants, and secures American Airlines for 20 aircraft with 40 options.

2021United Airlines orders 15 Overture

United Airlines places a firm order for 15 Overture aircraft with options for 35 more, the first major U.S. airline commitment to supersonic travel.

2020XB-1 demonstrator rollout

Boom rolls out the XB-1, a one-third scale supersonic demonstrator aircraft designed to validate key Overture technologies.

2017Japan Airlines invests and pre-orders

Japan Airlines invests $10 million in Boom and pre-orders up to 20 Overture aircraft, becoming the first airline customer.

2016Accepted into Y Combinator

Boom is accepted into the Y Combinator W16 batch, gaining early backing from Sam Altman and Paul Graham.

2014Founded

Blake Scholl, Joe Wilding, and Joshua Krall found Boom Technology in Denver, Colorado, with the vision of bringing back supersonic commercial flight.

Funding

Cumulative disclosed raise · dated rounds

$200M$400M$600M20182020202220242026$478M raised
RoundDateAmountInvestorsSource
Seed2016UndisclosedY Combinator, Sam Altman, Paul Graham
Series A2017$33MContinuity Fund, RRE Ventures, Palm Drive Ventures, 8VC
Series B2019$100MEmerson Collective, Y Combinator Continuity, Caffeinated Capital, SV Angel
Series B Extension2021$45MPrime Movers Lab, ACOF
Series EDecember 2025$300M (at ~$1.5B valuation)Darsana Capital Partners (lead), Altimeter Capital, ARK Invest, Bessemer Venture Partners, Robinhood Ventures, Y Combinator

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