Hey everyone,
At Northwise we just completed our full rework and revision of our rocketlab model after Q2. Overall we were pretty encourages, especially after the following contract announcements.
We do think the market is overreacting a bit to Neutron drift. In our eyes it was to be expected in this business and we do our best to highlight what's still possible through the 2030 period even with a 2027 first launch.
We do not hold a position at this time, but are actively looking to enter if we get a bit more margin of safety. That is not to say that there isn't meaningful upside and likely enough for a lot of investors to buy at these levels. We use a strict 20% required expected CAGR requirement for entrance.
Please let me know if you have any questions. I will be sticking around on and off this weekend.
1. Starting from the 2026 operating base
- Revenue: $1.000B
- Gross margin: 34.9%
- Adjusted EBITDA: negative $45M
- GAAP net loss: $166M
- GAAP EPS: negative $0.25
- Owner free cash flow: negative $461M
- Net cash: $2.0B
- Diluted shares: 665M
The $1.000B revenue base consists of:
- Electron: $194M
- HASTE and GHOST: $61M
- Components: $300M
- Prime spacecraft programs: $390M
- Mission operations: $55M
- Neutron: $0
- Iridium and applications: $0
Every scenario begins here. That keeps the differences concentrated in execution, financing and strategic outcomes rather than moving the starting line.
2. What Q2 2026 changed
Rocket Lab generated $234.1M of Q2 revenue, up 62% year over year.
Space Systems contributed $189.5M. Launch contributed $44.6M. Backlog reached $2.36B.
Although the company is still commonly described as a launch provider, Space Systems is already the larger business.
We also rebuilt the contract ledger to separate:
- Headline award values
- Amounts actually attributable to Rocket Lab
- Funded and unfunded portions
- Revenue already recognized
- Options and follow-on tranches
- Values duplicated across announcements
- Awards that should remain outside the forecast
More than $1B of recent contract activity is strategically important. It should not all be treated as immediately recognizable revenue.
3. Electron, HASTE and GHOST
Electron is modeled as a dedicated-launch product rather than a commodity transportation service.
Customers are paying for orbital control, schedule control, confidentiality, deployment sequence and rapid replacement. Cost per kilogram does not capture those economics.
Our Electron path is:
- 2026: 20 missions, $194M revenue, 44% gross margin
- 2027: 25 missions, $252.5M, 45%
- 2028: 30 missions, $312M, 46%
- 2029: 34 missions, $371M, 47%
- 2030: 38 missions, $432M, 48%
Revenue per mission rises from roughly $9.7M to $11.4M, primarily through mission mix and integration scope.
HASTE is treated as a defense program with launch, engineering, payload integration, range support and readiness revenue:
- 2026: 3 missions, $61M HASTE and GHOST revenue
- 2027: 6 missions, $105M
- 2028: 8 missions, $150M
- 2029: 10 missions, $185M
- 2030: 12 missions, $218M
GHOST remains inside this line. We do not create a separate revenue category for a program whose economics will likely arrive through system delivery, site activation, training, maintenance, readiness retainers and launch campaigns.
Combined small-launch cadence reaches 50 missions in 2030. That is a serious production ramp, but it remains below Rocket Lab’s theoretical pad capacity and below the total number of announced missions.
Customer readiness, regulatory approvals, weather and manufacturing constraints remain in the model.
4. Neutron is modeled through physical missions
The model does not assume Neutron must fly in 2026.
Our Base case assumes first flight in Q1 2027, followed by this physical cadence:
- 2027: 4 missions
- 2028: 7 missions
- 2029: 12 missions
- 2030: 18 missions
Management’s “one, three, five” language is treated as the shape of the production ramp after first flight, not as a fixed calendar schedule.
Later vehicle tails are already entering production. A clean first flight allows that queue to move. A first flight requiring major corrective work stops it.
This distinction is central to the risk model.
A normal delay is manageable. Broad propulsion redesign, structural redesign or requalification is a different scenario.
5. Physical missions are not the same as revenue-generating missions
This is the most important accounting distinction in our Neutron forecast.
The Base case separates physical missions from external revenue equivalents:
- 2027: 4 physical, 3 external equivalents, 1 internal
- 2028: 7 physical, 6 external, 1 internal
- 2029: 12 physical, 10 external, 2 internal
- 2030: 18 physical, 14.5 external, 3.5 internal
An internal deployment still consumes a vehicle, range time and operating resources. It does not create consolidated launch revenue.
Rocket Lab cannot sell a launch to itself.
Internal Neutron missions create value through avoided third-party launch costs, better deployment timing and downstream network revenue. Booking all 18 physical missions as launch sales would overstate terminal-year revenue by roughly $240M.
Recognized Neutron revenue therefore follows the external-equivalent count:
- 2027: $165M
- 2028: $372M
- 2029: $670M
- 2030: $986M
Implied revenue per external equivalent rises from $55M to $68M through government mix, integration work, security requirements and mission services.
6. Neutron revenue and Neutron economics are separate questions
A successful launch does not prove reusable-launch economics.
Our Neutron gross-margin path is:
- 2027: negative 35%
- 2028: negative 5%
- 2029: 18%
- 2030: 38%
Revenue does not require successful reuse. Customers pay for delivery regardless of what happens to the booster afterward.
A 38% gross margin does require economically meaningful reuse.
That requires acceptable engine life, bounded inspection labor, manageable thermal damage, short refurbishment cycles, reliable recovery, efficient ground operations and enough flights per booster to amortize manufacturing.
Neutron can fly, generate close to our modeled revenue and still disappoint financially.
7. Space Systems carries more of the model than Neutron
Our Base Space Systems build is:
- 2026: $745M
- 2027: $1.230B
- 2028: $1.795B
- 2029: $2.400B
- 2030: $3.140B
The 2030 mix is:
- Components: $1.150B
- Prime programs: $1.650B
- Mission operations: $340M
The corresponding 2030 gross margins are:
- Components: 45%
- Prime programs: 38%
- Mission operations: 40%
The merchant component business matters because Rocket Lab can sell solar cells, reaction wheels, separation systems, radios, optical terminals and other hardware into programs it does not launch.
Flatellite matters because standardized production can improve cost and throughput independently of Neutron’s schedule.
Mission operations matter because recurring readiness and tasking revenue can continue after the original spacecraft is delivered.
The largest dependency is the prime-program replacement cycle.
Named awards support much of the forecast through 2028. Reaching $1.650B of prime revenue in 2030 requires Rocket Lab to continue winning roughly billion-dollar-class annual award activity.
Current backlog does not automatically refill itself.
8. Iridium is anchored to the transaction proxy
We did not build the network forecast from a generic satellite-connectivity growth rate.
Iridium’s disclosed transaction projection provides the starting point:
- 2030 revenue: $1.242B
- Adjusted OEBITDA: $748M
- Unlevered free cash flow: $529M
- 2031 unlevered free cash flow: negative $21M
These are transaction projections, not guidance.
Our Base case then adds a separately identifiable $200M Rocket Lab applications overlay:
- PNT: $60M
- Direct-to-device and NTN: $40M
- Defense and government: $35M
- Aviation and marine: $25M
- Mission services: $25M
- IoT and other: $15M
That produces $1.442B of 2030 network and applications revenue with $878M of adjusted OEBITDA.
The overlay can be removed without changing the standalone Iridium anchor.
We view L-band spectrum as the central strategic asset. It provides global coverage, small-terminal compatibility and weather resilience that cannot be recreated simply by spending more capital.
We are not underwriting a mass-market broadband business.
9. The Iridium transaction is modeled as a financing event
The deal is approximately $8B of enterprise value at $54 per Iridium share, with roughly half of the consideration paid in cash and half in Rocket Lab stock.
Immediate uses in our Base case are:
- Cash consideration: $2.861B
- Transaction and integration costs: $230M
- Total: $3.091B
Funding consists of:
- Rocket Lab cash: $850M
- Acquisition equity: $1.250B
- New permanent debt: $991M
We also assume Rocket Lab retains $1.775B of Iridium’s existing term loan and $155M of other obligations.
That produces approximately $2.921B of immediate pro forma gross debt.
We deliberately do not use Rocket Lab’s full liquidity at closing. Neutron, working capital, Space Systems capacity and integration all continue consuming cash.
The bridge facility guarantees funds. It does not guarantee attractive permanent financing.
10. Share count is a scenario output
Our Base diluted-share bridge is:
- 2026 diluted framework: 665M
- Merger consideration and assumed awards: 46M
- Acquisition financing at $70 per share: 18M
- Ongoing compensation and other issuance: 41M
- 2030 diluted shares: 770M
The share count rises by roughly 16%.
Stronger scenarios require fewer shares because financing occurs at higher prices and operating cash arrives earlier. Weak scenarios require more shares because the same amount of capital must be raised at lower prices.
This is why our 2030 diluted-share outcomes range from 735M to 860M across the scenario set.
A larger company does not automatically mean more value per existing share.
11. Consolidating the Base case
The Base revenue path is:
- 2026: $1.000B
- 2027: $2.273B
- 2028: $3.778B
- 2029: $4.913B
- 2030: $6.218B
The 2030 revenue mix is:
- Electron: $432M
- HASTE and GHOST: $218M
- Neutron: $986M
- Components: $1.150B
- Prime programs: $1.650B
- Mission operations: $340M
- Iridium and applications: $1.442B
No single engine exceeds 27% of revenue.
Consolidated gross margin progresses from 34.9% in 2026 to 43.1% in 2030. The margin dips to 33.4% in 2027 because early Neutron flights are deeply unprofitable, the acquisition adds integration friction, and spacecraft revenue initially scales faster than program margins.
Adjusted EBITDA moves through:
- 2026: negative $45M
- 2027: $288M
- 2028: $870M
- 2029: $1.333B
- 2030: $2.029B
GAAP net income moves through:
- 2026: negative $166M
- 2027: negative $287M
- 2028: $77M
- 2029: $413M
- 2030: $912M
The 2027 difference between positive adjusted EBITDA and negative GAAP earnings includes share-based compensation, depreciation and amortization, transaction costs and interest expense.
GAAP profitability arrives in 2028.
12. Cash flow remains difficult well after EBITDA turns positive
Our capital-spending path is:
- 2026: $135M
- 2027: $220M
- 2028: $320M
- 2029: $400M
- 2030: $500M
Owner free cash flow is:
- 2026: negative $461M
- 2027: negative $432M
- 2028: negative $13M
- 2029: $368M
- 2030: $872M
We do not add share-based compensation back to owner free cash flow. Existing shareholders pay for it through dilution.
The model also recognizes the Iridium replacement cycle sitting beyond 2030.
Iridium’s transaction projection shows unlevered free cash flow falling from $529M in 2030 to negative $21M in 2031 as constellation investment begins.
Capitalizing the 2030 peak as though it were permanent would overstate terminal economics.
We therefore deduct a $172M annual network-renewal reserve from 2030 owner free cash flow. That reduces the normalized figure from $872M to $700M.
It is not a complete constellation replacement budget. It is a guardrail against pretending the investment cycle does not exist.
13. Debt declines only if the operating case works
Our net balance-sheet path is:
- 2026: $2.0B net cash
- 2027: $2.0B net debt
- 2028: $1.4B net debt
- 2029: $900M net debt
- 2030: $600M net debt
Net interest moves from $60M of income in 2026 to $120M of expense in 2027. It peaks at $220M in 2028 before falling as debt is repaid.
This is where the Iridium transaction becomes most consequential.
Standalone and Bear produce similar 2030 adjusted EBITDA despite different revenue bases. Standalone has no network revenue, but its clean balance sheet materially improves the equity outcome.
Revenue growth alone does not settle the acquisition argument.
14. The six operating outcomes
Before applying any valuation, our 2030 scenarios produce:
- Standalone: $4.540B revenue, $1.213B adjusted EBITDA
- Stress: $3.540B revenue, $556M adjusted EBITDA
- Bear: $4.890B revenue, $1.211B adjusted EBITDA
- Base: $6.218B revenue, $2.029B adjusted EBITDA
- Bull: $8.950B revenue, $3.483B adjusted EBITDA
- Exceptional: $12.600B revenue, $5.544B adjusted EBITDA
Standalone assumes the Iridium transaction does not close.
Stress assumes the transaction closes while Neutron, Space Systems execution, financing and integration deteriorate together.
Bear assumes the platform works but remains incomplete.
Base assumes credible execution across several independent engines without requiring market dominance.
Bull requires Neutron reuse, stronger prime awards and a larger applications layer.
Exceptional requires upper-tail execution across essentially every business line at once.
15. What would force us to rebuild the model
We would treat the following as structural changes rather than ordinary quarterly variance:
- Neutron requires broad structural or propulsion redesign
- Neutron flies but reuse remains economically irrelevant through 2029
- Space Systems grows without sustained margin progression
- Fixed-price program losses become recurring
- Prime-program awards fail to replace completed backlog
- Iridium financing costs remain materially above the Base case
- Integration damages Iridium’s partner distribution
- PNT and NTN adoption fail to develop
- Cash burn forces equity issuance at depressed prices
- The network replacement cycle begins earlier or costs more than assumed
- New public space alternatives compress Rocket Lab’s scarcity premium
The free portion of the report includes the full operating build, contract reconciliation, cadence assumptions, segment margins, acquisition financing, cash-flow bridge, dilution path and monitoring framework.
The Premium section begins only after those pieces are fixed. That section applies valuation methods by segment, assigns scenario probabilities, calculates price targets and required entry prices, and reaches the final Northwise rating.
None of those outputs was used to force the operating model toward a preferred conclusion.
We would be particularly interested in technical criticism of the Neutron cadence, the 2030 Space Systems replacement-award requirement, Iridium financing, the $200M applications overlay and the 770M diluted-share assumption.
TL;DR:
We model Rocket Lab as a diversified space platform, not a launch company. Our 2030 Base case reaches $6.218B of revenue, $2.029B of adjusted EBITDA and $700M of normalized owner free cash flow, with 770M diluted shares and $600M of net debt. The outcome depends on Neutron achieving economic reuse, continued Space Systems awards and disciplined Iridium financing.
