Sidus Space, Inc. (SIDU) Company Overview

US | Industrials | Aerospace & Defense | NASDAQ

What does Sidus Space do?

Sidus Space, Inc. is a small, publicly traded space and defense technology company listed on the Nasdaq Capital Market under SIDU. It is not simply a satellite operator. Its model combines spacecraft design, precision manufacturing, payload integration, mission planning, 24/7 spacecraft operations, onboard computing, artificial-intelligence software, and the eventual sale of space-derived data. The company describes this as a full technology stack spanning hardware, software, and data; its official company overview emphasizes applications across air, land, sea, and space.

3
LizzieSat platforms launched since 2024
35,000
Square feet in its Florida manufacturing, integration, and testing facility
99
Full-time employees at December 31, 2025
24/7
Mission Control Center operating capability
Identity item Sidus Space profile Analytical significance
Exchange and ticker Nasdaq Capital Market, SIDU A micro-cap public-company structure gives access to equity markets but creates material dilution sensitivity.
Reporting structure One operating segment Management allocates resources on a consolidated basis even though revenue comes from several product and service categories.
Core customers Government, defense, intelligence, and commercial organizations Contract awards can be strategically valuable, but timing, milestones, appropriations, and concentration make revenue uneven.

Which products and capabilities define the company?

LizzieSat spacecraft
Modular satellites for LEO, GEO, cislunar, and lunar missions. Gen 1 spacecraft are 100–125 kg; later configurations are planned at 100, 200, 400, and 400–800 kg classes.
Orlaith and FeatherEdge
Radiation-tolerant edge hardware and Cielo software intended to process sensor data in orbit rather than transmitting every raw data point to Earth.
Fortis VPX products
Open-architecture command, data handling, AI/ML processing, and navigation products aligned with defense-oriented SOSA and MOSA standards.
Manufacturing and mission services
Precision machining, additive manufacturing, avionics, cable harnesses, environmental testing, regulatory support, monitoring, tasking, and data delivery.

How does Sidus Space make money?

The business model has six principal monetization paths: satellite platform sales and customization, payload hosting, mission services, engineering and systems integration, space and defense hardware manufacturing, proprietary computing products, and emerging subscription access to data and analytics. Contracts can be time-and-material, firm-fixed-price, cost-plus, statement-of-work, or milestone based. The 2025 Form 10-K makes clear that revenue recognition depends on contract structure, technical milestones, regulatory approvals, and launch schedules.

Revenue engine How customers pay Margin and cash-flow logic
Manufacturing Hardware deliveries, assemblies, machining, harnesses, and integration work Near-term revenue base; materials, direct labor, overhead, and depreciation can make small contracts structurally low margin.
Satellite and hosted payload services Platform sales, customization, payload integration, launch support, and mission operations Requires substantial upfront engineering and spacecraft capital before revenue is recognized.
AI and computing products FeatherEdge, Fortis, Cielo, and related development or product contracts Could improve intellectual-property leverage if products scale beyond bespoke programs.
Space-derived data Planned subscriptions, analytics, tasking, and data delivery The most recurring model, but still emerging and dependent on satellite uptime, sensor performance, and customer adoption.

Which revenue source is largest today?

FY2025 revenue mix — $3.384M total
Manufacturing — $2.736M, 80.8%
Space products and services — $0.332M, 9.8%
AI products and services — $0.174M, 5.1%
Engineering services — $0.143M, 4.2%
Calculated from FY2025 category revenue disclosed in the 10-K. Manufacturing remains the economic base, not data subscriptions.

What does Sidus Space’s latest quarter show?

$0.359M
Q1 2026 revenue, up 50.7% year over year
$(1.050M)
Q1 2026 gross loss, improved from $(1.628M)
$(5.212M)
Q1 2026 net loss, 18.8% narrower year over year
$27.350M
Cash at March 31, 2026, before later equity offerings
Metric Q1 2026 Q1 2025 Interpretation
Revenue $359,372 $238,494 Growth was meaningful in percentage terms but insufficient to absorb the fixed cost base.
Cost of revenue $1,409,445 $1,866,972 A 24.5% decline helped narrow the gross loss even as revenue increased.
Gross margin (292.2%) (682.8%) The improvement is real, but costs still exceeded revenue by almost four times.
SG&A $4,419,637 $4,444,442 Expense discipline held the line, though overhead remained more than twelve times quarterly revenue.

How concentrated was quarterly revenue?

Q1 2026 customer revenue concentration
Craig Technologies — 48%
Lonestar Data Holdings — 23%
Teledyne Marine — 16%
All other customers — 13%
The three named customers represented 87% of Q1 2026 revenue. Concentration can accelerate growth when programs scale, but a delayed milestone can materially alter a quarter.

What did the quarter consume in cash?

Operating activities used $5.645M, compared with $3.207M in Q1 2025. Investing activities used another $3.688M, principally for satellite components and software. A simple cash-flow measure—operating cash flow minus capital expenditure—therefore produces an approximate Q1 2026 free-cash-flow deficit of $9.333M. Sidus also repaid its $8.212M asset-based loan in January, leaving no outstanding term debt at quarter end. The quarter improved income-statement trends while intensifying cash use.

Why is vertical integration central to Sidus Space’s strategy?

Sidus argues that owning more of the workflow—from machining and avionics through spacecraft integration, mission control, and data processing—reduces handoffs and allows faster customer technology insertion. Its 35,000-square-foot facility carries ISO 9001 and AS9100 certifications, while the company maintains FCC, NOAA, and ITU authorizations relevant to satellite operations. In theory, this combination can shorten schedules and create one accountable supplier for customers that lack internal space infrastructure.

Step 1
Design and customize
Select the LizzieSat class, payload, computing architecture, orbit, and mission requirements.
Step 2
Manufacture and integrate
Produce structures, electronics, harnesses, avionics, and customer payload interfaces in-house or through controlled suppliers.
Step 3
Launch and commission
Use third-party launch partners, establish communications, verify bus health, and activate sensors.
Step 4
Operate and process
Task satellites from mission control and process data through FeatherEdge and Cielo.
Step 5
Deliver services and data
Recognize milestone, mission-service, hardware, or prospective subscription revenue.

What is the potential moat—and what limits it?

Flight heritage: three LizzieSat launchesDeveloping
Integration breadth: hardware, software, data, and operationsBroad
Intellectual property: 15 issued patents and 11 pending applications at FY2025Building
Commercial scale: $3.384M FY2025 revenueEarly

What turning points shaped Sidus Space?

  1. 2012
    Craig Technologies Aerospace Solutions was formally established to expand aerospace and defense manufacturing, including mission-critical hardware and ISS-related work.
  2. 2021
    The business converted to a Delaware corporation, adopted the Sidus Space name, broadened into integrated space services, and completed a $15.0M gross IPO. Trading began on Nasdaq on December 14, 2021, as documented in the IPO closing announcement.
  3. 2024
    The first LizzieSat platforms reached orbit, converting the company’s narrative from planned spacecraft manufacturing to actual on-orbit operations.
  4. 2025
    LizzieSat-3 launched on March 14; Sidus commissioned bus systems, customer payload communications, AIS maritime sensing, imaging, and next-generation FeatherEdge computing.
  5. 2025–2026
    The company expanded the Lonestar lunar manufacturing agreement to a stated $120M total value, pursued GEO and lunar variants, won or joined long-duration defense contract vehicles, and strengthened its balance sheet through repeated equity issuance.
  6. June 2026
    A later LizzieSat completed vibration testing ahead of an expected fall 2026 launch, keeping execution focused on cadence, reliability, and converting platform investment into contracted revenue.

What changed strategically after the first launches?

Sidus has crossed the technical threshold from concept to operating spacecraft; it has not yet crossed the economic threshold from project revenue to scalable positive gross profit.

Who are Sidus Space’s competitors?

Sidus competes across several overlapping markets, so no single rival captures the whole picture. Its 10-K names Spire, BlackSky, HawkEye 360, Satellogic, ICEYE, Loft Orbital, York Space Systems, Apex, and K2 Space, alongside larger aerospace and defense contractors. Some competitors own larger observation constellations; some specialize in hosted payloads or satellite buses; others possess much stronger balance sheets and government-contracting scale.

Competitive arena Representative rivals named by Sidus Sidus positioning Primary pressure
Space-based data Spire, BlackSky, HawkEye 360, Satellogic, ICEYE Flexible payload hosting plus onboard processing and mission operations Rivals may have larger fleets, denser revisit rates, and established data subscriptions.
Satellite platforms York Space Systems, Apex, K2 Space Modular LizzieSat families, 3D-printed structures, and customer technology insertion Scale, production cadence, proven reliability, and unit cost determine awards.
Hosted missions Loft Orbital and integrated spacecraft providers End-to-end design, payload integration, regulatory support, and operations Customers value schedule certainty and may prefer providers with larger backlogs and more launches.
Defense hardware and computing Large aerospace and defense contractors Agility, open architectures, SOSA/MOSA alignment, and specialized manufacturing Prime contractors possess procurement relationships, capital, certifications, and broad program portfolios.

What could make Sidus difficult to replace?

Customer integration advantage
One stack
A customer can contract with one organization for spacecraft, payload integration, computing, regulatory support, mission control, and data delivery.
Switching-cost potential
Mission-specific
Once a payload, software workflow, and ground process are integrated, changing providers can require redesign and requalification.
Scale disadvantage
$3.384M
FY2025 revenue was too small to prove procurement leverage, high utilization, or a durable cost advantage.

How financially strong is Sidus Space?

Cash balance trend
$15.704MDec. 31, 2024
$43.176MDec. 31, 2025
$27.350MMar. 31, 2026
Cash rose through FY2025 financing and then declined during Q1 2026 before the April and May 2026 offerings.
Financial indicator Latest or annual figure Research interpretation
FY2025 revenue $3.384M, down 27.6% from FY2024 Revenue remained project-driven and did not keep pace with investment.
FY2025 gross loss $(5.693M), a (168.2%) gross margin Direct costs and asset depreciation materially exceeded revenue.
FY2025 net loss $(29.474M) The loss expanded from $(17.524M) in FY2024.
FY2025 capital expenditure $8.174M Satellite systems, equipment, software, and facilities make growth capital intensive.
Q1 2026 current ratio Approximately 8.6x Computed from $33.158M current assets divided by $3.873M current liabilities; liquidity was strong at the balance-sheet date.

How does capital allocation shape the story?

FY2025 operating cash flow
$(18.153M)
Cash consumed by operations before investment.
Less FY2025 capital expenditure
$(8.174M)
Primarily satellite systems and production-related investment.
Approximate FY2025 free cash flow
$(26.328M)
Operating cash flow minus purchases of property and equipment.

Equity, rather than internally generated cash, has funded this gap. Sidus issued 46.974M Class A shares for $53.011M of FY2025 proceeds and received another $2.709M from warrant exercises. After Q1 2026, it completed an April offering with approximately $53.917M of net proceeds. On May 29, 2026, Sidus closed another offering of 19.685M shares or pre-funded warrants at $5.08 for approximately $100M of gross proceeds, according to the official closing release. These financings materially extend runway, but they also make per-share value dependent on disciplined deployment and eventual revenue conversion.

Who owns Sidus Space stock, and how is it governed?

Sidus has Class A common stock with one vote per share and Class B common stock with ten votes per share. At the April 28, 2026 proxy record date, 80.765M Class A shares and 100,000 Class B shares were outstanding. Founder, Chair, President, and CEO Carol Craig beneficially owned 5,000 Class A shares and all 100,000 Class B shares through Craig Technologies. Economically, the disclosed founder stake was below 1%, while the super-voting Class B shares carried approximately 1.22% of total voting power based on the record-date share count.

Governance item Latest disclosed fact Why it matters
Class A common 80,764,854 shares at April 28, 2026; one vote each Most economic and voting ownership is dispersed through the public class.
Class B common 100,000 shares; ten votes each The structure preserves enhanced founder voting rights, though dilution has reduced their percentage influence.
Founder leadership Carol Craig serves as CEO, President, and Board Chair Strategy and board leadership are concentrated in one executive; the Lead Independent Director provides a counterweight.
Equity plan proposal Increase reserved shares from 800,000 to 4,800,000 in 2026 Supports recruitment and retention but creates another potential source of dilution.

What governance signals deserve attention?

The 2026 proxy statement describes six director nominees, a Lead Independent Director, and independent Audit, Compensation, and Nominating and Governance committees under Nasdaq rules. The board oversees financial reporting, legal and regulatory compliance, cybersecurity, data privacy, compensation risk, and corporate governance. Founder leadership can provide continuity in a technically complex company, but investors must evaluate related-party exposure, executive incentives, succession planning, and the cumulative impact of equity issuance.

What opportunities could change Sidus Space’s scale?

LizzieSat launch cadence
More successful launches can expand hosted payload capacity and prove reliability. A June 2026 update reported vibration testing completed ahead of an expected fall 2026 launch.
Lonestar contract conversion
The amended lunar satellite manufacturing agreement has a stated total value of $120M, but revenue depends on funded milestones, execution, and customer progress.
Defense contract task orders
A ten-year Tobyhanna Army Depot IDIQ and participation in large contract vehicles create access, not guaranteed revenue. Actual orders and margins matter.
Fortis and FeatherEdge adoption
Productized computing could broaden demand beyond Sidus-operated satellites and improve intellectual-property leverage.
Data subscriptions
AIS, imaging, maritime intelligence, and near-real-time analytics could shift revenue from projects toward recurring usage if customers adopt them at scale.
International partnerships
Agreements and prospective relationships in Germany, Japan, India, Spain, the Netherlands, and Belgium can diversify the pipeline, but MOUs are not equivalent to booked revenue.

Which opportunity is most important financially?

What risks could weaken Sidus Space’s outlook?

Risk Current evidence Financial transmission What to monitor
Commercialization and gross margin Q1 2026 gross margin was (292.2%) Revenue may grow without covering direct labor, materials, overhead, and satellite depreciation. Gross loss dollars, cost of revenue, and contribution from repeatable products.
Customer concentration Top three customers were 87% of Q1 2026 revenue One delayed milestone or collection can materially alter revenue and working capital. Customer mix, contract assets, receivables, and funded backlog.
Launch and on-orbit failure Sidus depends on third-party launch vehicles and may lack complete launch or in-orbit insurance Failure can cause asset impairment, lost customer payloads, delayed revenue, and reputational damage. Launch schedule, commissioning milestones, uptime, anomalies, and insurance coverage.
Capital dependence and dilution Large equity offerings funded FY2025 and 2026 operations More shares spread any future enterprise value over a larger ownership base. Cash burn, share count, warrant exercises, shelf usage, and contract-funded investment.
Facility concentration Core operations are concentrated around Cape Canaveral, Florida Weather, utility, telecom, safety, or physical disruption could interrupt manufacturing and mission work. Business continuity, redundant systems, insurance, and facility expansion.

Why is dilution a strategic risk rather than only a market risk?

Equity financing is productive only when it creates contracted, repeatable output. Sidus’s weighted-average share denominator rose from 4.875M in FY2024 to 24.747M in FY2025 and 66.583M in Q1 2026, before the large April and May offerings. Persistent losses would make further dilution a strategic constraint.

Which KPIs matter most for Sidus Space valuation?

Gross margin
Gross profit divided by revenue. Q1 2026 was (292.2%); sustained improvement toward break-even is the clearest operating-leverage test.
Operating cash burn
Q1 2026 operating cash use was $5.645M. Compare quarterly burn with available cash and contract-funded receipts.
Capital expenditure
Q1 2026 asset purchases were $3.688M. Determine whether investment creates launch-ready capacity and contracted services.
Revenue concentration
Track the top three customer share versus Q1 2026’s 87%. Diversification reduces quarterly volatility and collection risk.
Satellite milestones
Launch, commissioning, payload activation, data delivery, and uptime are leading indicators for later revenue recognition.
Revenue mix
Measure whether space services, computing, and data rise from 19.2% of FY2025 revenue excluding manufacturing.
Share count and warrants
At March 31, 2026, 66.420M Class A shares and 3.981M exercisable warrants were outstanding, before subsequent offerings.
Contract conversion
Distinguish headline ceilings and MOUs from funded task orders, recognized revenue, collected cash, and positive margin.

How should a DCF treat Sidus Space?

A DCF should separate manufacturing, mission services, computing products, and data because their margins and reinvestment needs differ. Explicit scenarios should test launch delays, contract funding, gross-margin normalization, recurring data adoption, and future share issuance rather than assume a smooth growth curve.

For Sidus, terminal value is not the first question. The first question is whether technical milestones convert into positive unit economics before capital requirements create further dilution.

What is the key takeaway from Sidus Space analysis?

Sidus Space is technically broader than its current revenue base, but the financial proof is still incomplete.
The company has real aerospace heritage, a certified manufacturing facility, three launched LizzieSat platforms, a 24/7 mission center, an expanding patent portfolio, edge-computing products, and access to government and commercial programs. Those assets support a credible strategy built around integrated spacecraft, hosted missions, defense hardware, and recurring data. However, FY2025 revenue was only $3.384M, manufacturing supplied 80.8% of that revenue, Q1 2026 gross margin remained deeply negative, and operations plus capital spending consumed approximately $9.333M in the quarter. Large 2026 equity offerings strengthened liquidity but increased the importance of per-share capital discipline.
Students and researchers should treat Sidus as a case study in the transition from specialized manufacturing to a platform-and-data model. The decisive indicators are not press-release contract ceilings or broad space-market forecasts. They are funded orders, launch reliability, customer diversification, gross-margin improvement, lower cash burn, repeatable computing and data sales, and the number of shares required to finance the journey. The company becomes financially stronger only when its integrated technical stack produces economic scale.

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