Crusoe's $1.25B Boom Turbine Pullback Hands GE Vernova and Siemens Energy the Hyperscaler Power Keys insight cover
Industry NewsGEV · SMNEY · BKR•14 min read

Crusoe's $1.25B Boom Turbine Pullback Hands GE Vernova and Siemens Energy the Hyperscaler Power Keys

Crusoe abandoned its $1.25 billion order for 29 Boom Supersonic turbines on Sep 25, 2026 — nine months before the first unit was due to ship — because the modified jet-engine platform no longer fits its near-term power mix. With heavy-duty gas turbine lead times at the established OEMs already booked out to 2031, the freed-up 1.21 GW of demand — and likely every Crusoe campus that follows — flows back to GE Vernova and Siemens Energy. Baker Hughes takes the collateral hit on 1.3 GW of generator orders that were sized for a customer that may not exist.

Published Sep 26, 2026Updated Sep 26, 2026

Total backlog (Q2 2026)

$176B

GE Vernova, Q2 FY2026 release dated Jul 22, 2026; up $13B sequentially.

Q2 2026 orders

$24.2B

GE Vernova Q2 FY2026 release, +88% organically YoY.

Gas turbine backlog

116 GW

GE Vernova Q2 FY2026 release; 125 GW target by year-end 2026.

Data center orders YTD

$5B+

GE Vernova Q2 FY2026 release; more than double the full-year 2025 total.

Crusoe ended its December 2025 deal to buy 29 of Boom Supersonic's 42-megawatt Superpower turbines for $1.25 billion, with both companies confirming on Sep 25, 2026 that the modified jet-engine platform is no longer part of Crusoe's near-term power mix. The deal was killed before a single turbine shipped — first deliveries had been slated for 2027 — which makes this the cleanest possible test of who actually absorbs hyperscaler power demand when a non-incumbent OEM drops out. With heavy-duty gas turbine lead times at the two listed OEMs already stretching to 2031, that demand has nowhere to go but to GE Vernova, which already had Crusoe as a customer, and Siemens Energy, which has been winning the same hyperscaler RFPs.

The Cancellation: $1.25B Killed Before a Single Turbine Shipped

Boom Supersonic CEO Blake Scholl said on Sep 25, 2026 that Crusoe and Boom \"are no longer moving forward with the turbine launch partnership\" because turbines are \"no longer part of Crusoe's near-term primary power mix.\" Crusoe confirmed it is \"no longer doing business with Boom,\" describing the partnership as not \"the right fit today.\" Both companies preserved optionality — Crusoe says it \"may still use turbines at other sites,\" while Boom targets roughly 250 MW of Superpower deliveries to other customers in 2027 and around 1 GW in 2028 — but the launch-customer deal that anchored Boom's pivot into energy is gone.

  • Deal size: $1.25 billion for 29 Boom Superpower 42-MW turbines, totaling 1.21 GW of generating capacity.
  • Delivery status: first shipments were scheduled to begin in 2027; none had been delivered before the cancellation.
  • Boom's collateral: Baker Hughes had booked firm orders for 31 BRUSH DAX generators totaling 1.3 GW tied to Boom's AI data center solution, of which 1.21 GW was sized specifically for Crusoe.
  • Crusoe's existing OEM relationship: 29 GE Vernova LM2500XPRESS aeroderivative turbines (~1 GW) ordered in 2024–2025 remain in place for both the original Abilene campus and the 900 MW Microsoft build.

Why Crusoe Walked: The Power Mix Is Bigger Than Any One Turbine

Crusoe's stated reason — that turbines no longer fit its \"near-term primary power mix\" — is not a repudiation of gas generation. It is the opposite. The 900 MW Abilene campus Crusoe announced for Microsoft on Mar 27, 2026 is built around an on-site 900 MW natural-gas plant paired with battery storage. The original 1.2 GW Abilene campus for Oracle and OpenAI uses grid power as its primary source, with a gas-turbine plant reserved for backup only. Both configurations depend on gas turbines — just on the established OEMs' platforms, not on a modified supersonic jet engine that had not yet shipped at scale.

Crusoe did not retreat from behind-the-meter gas; it abandoned a turbine platform that had never been delivered, redirecting the same gigawatt-scale demand to suppliers whose lead times are already sold out. That is a windfall for incumbents, not a setback for gas.

GE Vernova Already Owns the Slot — And the Backlog Is Accelerating

GE Vernova was Crusoe's aeroderivative partner well before the Boom announcement. On Jul 22, 2025, the company confirmed a 29-unit LM2500XPRESS order —10 units originally booked in December 2024, plus a 19-unit order in June 2025 — totaling nearly 1 GW of flexible, fast-start capacity for Crusoe's data centers. The order book is the operative asset: GE Vernova's gas-power backlog grew from 100 GW to 116 GW in Q2 2026 alone, and management now targets at least 125 GW of gas equipment under contract by year-end.

Total backlog (Q2 2026)

$176B

GE Vernova, Q2 FY2026 release dated Jul 22, 2026; up $13B sequentially.

Q2 2026 orders

$24.2B

GE Vernova Q2 FY2026 release, +88% organically YoY.

Gas turbine backlog

116 GW

GE Vernova Q2 FY2026 release; 125 GW target by year-end 2026.

Data center orders YTD

$5B+

GE Vernova Q2 FY2026 release; more than double the full-year 2025 total.

Hyperscalers are now paying upfront deposits to lock slots: per a Jun 27, 2026 CNBC report, GE Vernova gas turbine list prices have roughly tripled in three years, and one heavy-duty frame can cost more than $250 million. Every Crusoe-class order that is pulled off Boom's launch slate and redirected to LM2500XPRESS or the 7HA-class heavy-duty frame lands directly on GE Vernova's order book at full price — and the company has visibility into 2031.

Siemens Energy Is Filling the Same Slot From the Other Side

Siemens Energy reported record orders, revenue and profit on Aug 5, 2026 — and AI data centers were the explicit driver. Group orders reached €17.9 billion with a 1.57 book-to-bill, group backlog hit €162 billion, and Gas Services alone booked €10.0 billion of orders (+61.9% YoY) with a €73 billion backlog and 17.3% segment margin. Roughly 25% of Siemens Energy's gas turbine order book is now tied to data centers, per turbomachindustry reporting, and the gas services gas-turbine backlog is approaching 69 GW.

Gas Turbine Backlog: GE Vernova vs. Siemens Energy, Mid-2026

Both incumbents carry multi-year backlogs measured in tens of gigawatts; the Boom cancellation lands squarely on their order books.

Unit: GW

GE Vernova gas power backlog (Q2 2026)

target 125 GW by year-end

116

GE Vernova gas power backlog (prior period)

100

Siemens Energy Gas Services gas turbine backlog (Q3 FY26)

69

Freed-up demand from cancelled Boom-Crusoe deal

1.2

When Crusoe walked away from Boom, it did not walk away from gas. It walked back into the order queues of the two incumbents — and Siemens Energy's stated plan to invest $1 billion in U.S. gas turbine and grid equipment capacity is sized to exactly that kind of pull-forward demand.

Collateral Damage: Baker Hughes and the Boom Generator Bet

The cancellation drops an order directly into Baker Hughes's lap — and not the good kind. On Feb 24, 2026, Baker Hughes announced firm orders for 25 BRUSH DAX electric generators from Boom, bringing Boom's total to 31 generators and 1.3 GW, with deliveries scheduled from mid-2026 through 2028. Of that1.3 GW, 1.21 GW was explicitly sized for Boom's \"anchor customer, Crusoe.\" With Crusoe gone, the question is how much of the generator order can be redirected to Boom's other would-be customers — and how much of it ends up in cancellation penalties or inventory.

Baker Hughes has 1.21 GW of generator capacity on its order book that was sized for a customer that no longer exists; the loss of the anchor reference customer weakens Boom's negotiating leverage on every remaining generator delivery.

The Supply Chain Behind the Slot: Solar Turbines, Caterpillar, and the Wider Stack

Boom was supposed to be the disruptive supply chain entrant. The reality on the ground at Crusoe's Abilene campus shows how thoroughly the incumbents already own the stack. Project Longhorn — the power plant for the original 1.2 GW Abilene campus — is built around five Solar Titan 350 turbines (a Caterpillar subsidiary product) and five GE LM2500XPRESS units, with Selective Catalytic Reduction on every package. The 900 MW Microsoft campus layered on Mar 27, 2026 adds another on-site gas plant behind the meter, plus battery storage, and reporting indicates it draws on both GE Vernova and Caterpillar generation equipment. None of it routes through Boom.

Turbine supply at Crusoe's Abilene campuses — confirmed from primary project documents
Campus / siteEnd customerTurbine OEMs on siteCapacity
Abilene 1 (Project Longhorn)Oracle / OpenAI5 × Solar Titan 350 (Caterpillar) + 5 × GE LM2500XPRESS (GE Vernova)~350 MW on-site gas;1.2 GW campus
Abilene 2 — Microsoft campusMicrosoftGE Vernova turbines + Caterpillar generation equipment900 MW on-site gas + batteries
Crusoe cancelled Boom ordern/a29 × Boom Superpower 42 MW — NOT delivered1.21 GW (killed Sep 25, 2026)

The downstream winners of this collapse are the IPPs and utilities that hold the gas-fired and nuclear capacity hyperscalers are now contracting to underwrite behind-the-meter builds and PPAs. Vistra and Constellation Energy have positioned themselves as the structural power counterparties to Amazon, Microsoft and Google; their gas and nuclear fleets are the assets that absorb the demand a stranded Boom turbine would have met.

Short-Term Catalysts vs. the 1–3 Year Structure

The next90 days are about confirmation, not discovery. Investors should watch for (a) any disclosure from Baker Hughes on whether the 25-generator order survives in its original form, (b) Siemens Energy's H1 FY2026 pre-close commentary reaffirming data center mix, and (c) any new Crusoe awards to GE Vernova, Siemens or Caterpillar as Crusoe shifts its Abilene and future campus power plans. The structural read is simpler: the gas-turbine order book is sold out through 2031 at the listed OEMs, and a private-company challenger that has not delivered a single commercial unit has lost its anchor customer nine months before first delivery.

  • Short-term (days to quarters): Q3 2026 earnings calls at GE Vernova, Siemens Energy and Baker Hughes will be the first read on whether the Boom cancellation accelerates incumbent orders or is already absorbed in the backlog.
  • Short-term (days to quarters): Watch for new Crusoe campus announcements naming the OEM of the gas plant — every gigawatt that previously would have flowed to Boom now flows to a listed supplier.
  • Long-term (1–3 years): GE Vernova is guiding gas-power backlog to 125 GW by year-end 2026 and20 GW of annual gas turbine output by Q3 2026; the price inelasticity of AI demand means slot reservation deposits and lead-time discipline are the structural moat.
  • Long-term (1–3 years): If Baker Hughes absorbs the BRUSH generator overhang without cancellation penalties, the hit is contained; if not, the generator business becomes the visible casualty of the Boom bet.

The Thesis: One Supplier Class, One Customer Decision

Crusoe's cancellation is not a story about gas turbines losing to the grid; it is a story about an AI data center builder choosing between an unproven jet-engine platform whose first delivery was nine months away and listed OEMs whose lead times are sold out to 2031. The decision confirms what the order books already implied: in a market where slot reservation agreements and five-to-seven-year lead times are the constraint, the listed gas-turbine OEMs and their generator partners are the gatekeepers, and a private challenger without a delivered commercial unit is the residual claimant. For investors, the read-through is direct — every gigawatt that does not flow to a non-incumbent flows to GE Vernova, Siemens Energy, Caterpillar (Solar Turbines), or a captive IPP like Vistra or Constellation Energy.

Stocks this event actually moves

GGE VernovaGEV--
--Vol --
-
Bullish
  • Already holds the 29-unit LM2500XPRESS Crusoe deal and a 116 GW gas-power backlog that jumped 16 GW in a single quarter — every redirected Crusoe gigawatt lands on this order book at full price.
  • Data center orders ran >$5B YTD through Q2 2026, more than 2x full-year 2025, with management guiding gas equipment under contract to 125 GW by year-end (Q2 FY2026 release, Jul 22, 2026).
  • Hyperscaler slot economics are intact: heavy-duty frame prices have roughly tripled in three years and lead times stretch to 2031, so backlog conversion is the structural moat (CNBC, Jun 27, 2026).
SSiemens EnergySMNEY--
--Vol --
-
Bullish
  • Gas Services booked €10.0B of orders (+61.9% YoY) in Q3 FY2026 with a €73B backlog at17.3% segment margin — the AI data center mix is now ~25% of the gas turbine order book.
  • Group book-to-bill of 1.57 and €162B total backlog lock in revenue visibility into 2030+; the announced $1B U.S. capacity expansion is sized to that pull-forward.
  • Risk to watch: H1 FY2026 pre-close must reaffirm data center demand intensity; any softening would compress the multiple despite the order book (Q3 FY2026 release, Aug 5, 2026).
BBaker HughesBKR--
--Vol --
-
Mixed
  • Took the collateral hit: 1.21 GW of the 1.3 GW BRUSH generator order was sized specifically for Crusoe, the anchor customer Boom just lost — inventory and cancellation exposure are the near-term overhang.
  • Offsetting tailwind: the rest of Baker Hughes's IET segment and OFSE exposure is insulated from the Boom-Crusoe cancellation; TTM EBITDA margin of 17.1% and trailing P/E of 18.7 screen cheaper than GE Vernova's27.3x.
  • Catalyst: Q3 2026 earnings should disclose any re-pricing or re-scoping of the 31 BRUSH generators; clean disclosure would reset the overhang, silence would compound it (Q2 FY202610-Q).
CCaterpillarCAT--
--Vol --
-
Bullish
  • Solar Turbines (Caterpillar subsidiary) supplies the Solar Titan 350 units already running in Crusoe's Project Longhorn and additional generation equipment on the900 MW Microsoft campus — incumbent on both Abilene sites with no Boom exposure to lose.
  • Energy & Transportation segment benefits from the same hyperscaler behind-the-meter buildout; trailing P/E of 35.0 prices in meaningful AI upside already.
  • Risk: Solar Turbines is a small slice of Caterpillar — segment-level data center exposure is not separately disclosed, so the thesis rides on continued mining-energy crossover and behind-the-meter IPP orders (Q2 FY2026 10-Q).
VVistraVST--
--Vol --
-
Bullish
  • Vistra is the largest competitive power generator in Texas and the natural counterparty for behind-the-meter hyperscaler deals in the ERCOT region — Crusoe's pivot to grid + on-site gas amplifies demand for utility-scale gas and nuclear PPAs.
  • Hyperscaler PPA pipeline is the structural tailwind; AI power demand has re-rated the entire independent power producer cohort.
  • Risk: ERCOT regulatory and gas-price exposure remain binary; data center power demand is the upside, fuel cost and capacity market reform are the downside.
CConstellation EnergyCEG--
--Vol --
-
Bullish
  • Hyperscaler PPAs anchored on Constellation's nuclear fleet (including the Microsoft Three Mile Island deal) lock in a premium multiple — every AI gigawatt that fails to land behind the meter flows back to grid-connected PPAs, and Constellation is the cleanest nuclear exposure.
  • Risk: premium multiple leaves little margin for execution slippage; any regulatory or rate-base setback compresses the rerating fast.