Sector Brief

Satellite Mega-Constellations

Companies deploying large-scale satellite mega-constellations in low Earth orbit for global broadband, direct-to-cell connectivity, and secure communications.

State of the Industry

Updated 2026-09-01

16 Companies

Amazon Leo logo

Amazon Leo

Active

Amazon Leo - Amazon's satellite division, launched as Project Kuiper in 2019 and rebranded November 13, 2025 - is a low Earth orbit broadband network for customers and communities beyond the reach of existing terrestrial infrastructure. Led by VP Rajeev Badyal from Redmond, Washington, it combines thousands of satellites built at a Kirkland factory (up to five per day), a global ground network integrated with AWS, and a three-terminal hardware lineup: Leo Nano, Leo Pro, and Leo Ultra. The enterprise beta went live April 8, 2026 with partners including Verizon, AT&T, Vodafone, JetBlue, and NASA; after ULA's final Atlas V flight (LA-08) on July 2, 2026, about 396 production satellites are in orbit and Amazon says it has enough capacity to open commercial service in late 2026. The FCC granted a waiver June 5, 2026 for missing the July 30 50%-deployment milestone (1,618 of 3,236 satellites), imposing a temporary spectrum-priority reduction on post-July-30 satellites until March 2028. The $11.57B Globalstar acquisition (expected to close 2027) adds direct-to-device capability, Delta signed for a 500-aircraft Wi-Fi rollout beginning 2028, and a July 2026 deal makes South Africa's Herotel the first African ISP to distribute Leo residential service ('evry, powered by Amazon Leo', launching 2027).

Founded 2019🇺🇸Redmond, Washington
Satellites Deployed

~394 operational in orbit (398 launched) after LA-08 - ULA's final Atlas V 551 for Leo - on July 2, 2026; unchanged as of September 4, 2026, with no launches since (the next mission, Vulcan's LV-01, remains grounded pending a BE-4 engine valve retrofit)

Initial Constellation

3,236 satellites (Gen1)

Launch Manifest

100+ missions secured (15 flown): 9 Atlas V (complete), 38 ULA Vulcan (first, LV-01, nominally ~Sept 2026 but at risk - grounded since a Feb 12, 2026 SRB nozzle anomaly, and Blue Origin's August 2026 finding that a shared BE-4 main-oxygen-valve defect caused New Glenn's May pad explosion means Vulcan's BE-4 engines also need a valve retrofit before return to flight; ULA still targets RTF before end of 2026 but had not confirmed a date as of September 4, 2026), 18 Ariane 6, 12+15-option New Glenn (grounded since the May 28, 2026 pad explosion, root-caused in August 2026 to the same BE-4 oxygen-valve defect; Blue Origin is retrofitting engines and rebuilding LC-36 access via a simplified wheeled-transporter-and-crane method rather than the damaged original pad infrastructure, still targeting return to flight before end of 2026), 13 Falcon 9

Factory Output

Up to 5 satellites/day peak capacity (Kirkland, WA - 172,000 sq ft); Amazon has said it has adjusted weekly production targets to reflect launch-vehicle readiness rather than the plant's build capacity, with hundreds of flight-ready satellites reported on standby awaiting launch

Committed Investment

$10B+

FCC Spectrum Status

Amazon missed the July 30, 2026 50%-deployment deadline (1,618 of 3,236 satellites) with only ~394-396 in orbit; under the FCC's June 5, 2026 waiver, satellites launched after July 30 carry reduced spectrum priority until Amazon reaches 50% deployment or until March 30, 2028 (reducible to October 30, 2027 if Amazon certifies the remaining satellites are built and launches booked), whichever comes first. Unchanged as of September 4, 2026, with the next launch (Vulcan LV-01) still grounded.

AST SpaceMobile logo

AST SpaceMobile

Public (NASDAQ: ASTS)

AST SpaceMobile is building a direct-to-cell satellite network designed to connect standard smartphones to space-based 4G and 5G service without special hardware. After proving the concept with BlueWalker 3 and launching BlueBird 1-6, the company reached 13 satellites in orbit on August 5, 2026 with the successful launch of BlueBird 11, 12 and 13, following the June 17, 2026 launch of BlueBird 8, 9 and 10. The company counts nearly 60 mobile-network-operator partners covering more than 3 billion subscribers and reported its first meaningful revenue from gateway deliveries, MNO milestones, and government work. In April 2026 the FCC granted AST commercial Supplemental Coverage from Space authority for a constellation of up to 248 satellites - its first U.S. operating license for direct-to-device service - and on August 4, 2026 AST told the FCC it had begun its first commercial service outside the US, direct-to-cell in Japan with Rakuten Mobile. BlueBird 7 was lost after an April 2026 New Glenn upper-stage issue, and on July 15, 2026 AST pushed continuous US commercial service from late 2026 to early 2027 as launch-vehicle disruptions thinned its near-term access to orbit; the company has since ramped manufacturing to as many as six fully equipped satellites per month across two Midland, Texas sites, and in early August 2026 Guinness World Records recognized its Block 2 phased array as the largest commercial communications array ever deployed in low Earth orbit. On August 6, 2026 AST said it had expanded network integration testing, subject to regulatory approvals, across eight European countries with Vodafone, Orange, Telefonica, Deutsche Telekom and Vodafone Ukraine, using the carrier-neutral ground infrastructure of Satellite Connect Europe, its Luxembourg-based joint venture with Vodafone. At its August 10, 2026 Q2 business update, AST reported $31.5M of quarterly revenue (more than double Q1 2026) and a $230.9M GAAP net loss driven largely by a $125.9M loss on involuntary conversion tied to the BlueBird 7 de-orbit, while its contracted revenue backlog grew to about $1.3B and the company disclosed three additional U.S. government awards worth over $100M of near-term funded value across 2026-2027; full-year 2026 revenue guidance of $150M-$200M was reaffirmed. Executives said the company has 10 launches booked across two providers and is not relying on Blue Origin's New Glenn to reach its ~45-satellite early-2027 target. On August 11, 2026 AST told the FCC it would begin UK direct-to-cell operations with Vodafone 'imminently', and on August 14, 2026 the FCC granted it a 30-day special temporary authority to test Supplemental Coverage from Space service over 800 MHz spectrum on up to 100 devices. By late August 2026, BlueBird 12 and 13 had fully deployed their 2,400 sq ft phased arrays, and New Zealand carrier 2degrees officially opened its Marton satellite ground station, completing voice, video and mobile-data test sessions over standard smartphones; Berenberg initiated coverage on September 2, 2026 with a Buy rating and $92 price target as partners including US Mobile prepared to launch direct-to-cell coverage on the network.

Founded 2017🇺🇸Midland, Texas
Satellites in Orbit

13 (BlueWalker 3 + BlueBird 1-6, 8-13) after the Aug 5, 2026 launch of BlueBird 11, 12 and 13; BlueBird 14-16 remain in pre-launch preparation with no confirmed next launch date as of Aug 26, 2026

MNO Partners

~60 (3B+ subscribers) - reaffirmed at the Aug 10, 2026 Q2 business update

U.S. Commercial Authorization

FCC SCS license for up to 248 satellites (124 by Aug 2030, full by Aug 2033); also holds a 30-day FCC special temporary authority (granted Aug 14, 2026) to test 800 MHz SCS service on up to 100 devices

Manufacturing Cadence

Up to 6 BlueBirds/month (two Midland, TX sites); BlueBird 14-16 in final testing and BlueBird 17-46 in various production stages as of the Aug 10, 2026 Q2 update

Satellites in Production

BlueBird 14-16 nearing shipment for the next launch (date unconfirmed as of Aug 26, 2026); production advancing through BlueBird 42 (BB11-13 already in orbit)

Q2 2026 Revenue

$31.5M (more than double Q1 2026), against a $230.9M GAAP net loss ($0.77/share) including a $125.9M loss on involuntary conversion tied to the BlueBird 7 de-orbit; no Q3 results reported yet as of Aug 26, 2026

2026 Revenue Guidance

$150M-$200M (reaffirmed at the Aug 10, 2026 Q2 business update call; backed by a contracted revenue backlog of about $1.3B, up from ~$1.2B at Q1); guidance unchanged as of Aug 26, 2026

Defense Programs

MDA SHIELD prime (Golden Dome IDIQ, awarded Jan 2026) + SDA $30M HALO Europa prototype (awarded Feb 2026), plus three additional U.S. government awards disclosed Aug 10, 2026 worth over $100M of combined near-term funded value across 2026-2027; no new task orders or awards disclosed since

Cash & Liquidity

Pro forma cash, equivalents & restricted cash above $3.8B (Jun 30, 2026), after the $1.15B convertible-note raise closed July 21, 2026; no new financing announced since

Beta Service Readiness

3,000 digital cells activated across the continental US as of the Aug 10, 2026 Q2 business update, part of preparing scaled, non-commercial beta usage with MNO partners in select global markets during 2026

Eutelsat OneWeb logo

Eutelsat OneWeb

Public (EPA/LSE: ETL)

Eutelsat OneWeb is the LEO connectivity business within Eutelsat Group, operating a globally deployed broadband constellation in ~1,200 km orbit. The business combines a 650+ satellite OneWeb network with Eutelsat's GEO fleet to serve government, enterprise, maritime, aviation, and telecom customers. After closing its comprehensive ~EUR 5B equity and debt financing plan in March 2026, Eutelsat reported full-year FY2025-26 results on August 7, 2026: LEO revenue reached EUR 297M (+69.5% YoY), now 25% of group revenue versus about 15% a year earlier, while total group revenue was EUR 1,235.9M and Adjusted EBITDA was EUR 632.4M at a 51.2% margin. The first 100 next-generation OneWeb satellites ordered from Airbus are due for delivery in late 2026, with launches set to begin in 2027. Eutelsat is also one of three core satellite operators in the EU's IRIS2 sovereign constellation program, which completed its first Rendez-Vous (RDV1) execution milestone on August 7, 2026 and was rescaled at the same time to a EUR 15.6B+ program covering 348 satellites (330 LEO plus 18 MEO), up from the original EUR 10.6B, 274-satellite plan.

Founded 2012🇫🇷Paris, France
Gen 1 LEO Satellites in Orbit

654

Sellable LEO Capacity

1.1 Tbps

FY2025-26 LEO Revenue

EUR 297M (+69.5% YoY); now 25% of group revenue, up from ~15% a year earlier

Group Backlog

EUR 3.4B (June 30, 2026), 2.7x annual revenue; vs EUR 3.5B a year earlier

FCC C-Band Transition Incentive

$504M (EUR 443M) pre-tax, plus full reimbursement of transition costs, conditional on clearing Upper C-band spectrum within two set deadlines expected during 2031; the 160 MHz of cleared Upper C-band spectrum is due to be competitively auctioned by July 2027

Qianfan (Spacesail)

Private (state/municipal-backed)

Qianfan (千帆, also branded internationally as SPACESAIL) is China's first commercial LEO mega-constellation to enter formal network deployment. Operated by Shanghai Spacesail Technologies, the program launched its first batch in August 2024 and reached 256 satellites in orbit after a 15th batch launched on a Long March 6A from Taiyuan on August 6, 2026 - the first deployment since the July 4-5 batches, and no further launch had followed as of September 2, 2026 - nearly four weeks without a new deployment. That rocket's upper stage broke apart in orbit shortly after the satellites separated, scattering a debris cloud that trackers put at roughly 300 to more than 900 fragments, the second such Long March 6A upper-stage breakup after a November 2022 incident; Chinese authorities have not disclosed a cause. The company's 324-satellite initial network target for regional broadband coverage has slipped from July 2026 into the second half of the year; the longer-term roadmap still points toward a 1,296-satellite Phase 1 and an eventual constellation of more than 15,000 satellites for global coverage by 2030. Standardized flat-panel satellites are now produced for roughly 10 million yuan each - a reported cost reduction of over 96%. Trial or commercial-service agreements now cover Brazil, Malaysia, Kazakhstan, Mongolia, Thailand and Turkiye, but the operator's own capital-increase disclosure shows just how early the revenue ramp still is: annual revenue of 49,300 yuan in 2023, 1.15 million yuan in 2024 and 188,700 yuan in 2025, against a net loss that widened to about 890 million yuan in 2025, with no revenue reported in the first quarter of 2026.

Founded 2018🇨🇳Shanghai, China
Satellites in Orbit

256 (15th batch launched Aug 6, 2026; that batch's Long March 6A upper stage broke up in orbit afterward, adding a debris cloud but not affecting the deployed satellites); no further batch had launched as of Sep 2, 2026 - nearly four weeks without a new deployment

Initial Network Target

324 satellites (regional coverage); original Jul 2026 target has slipped to H2 2026 - 256 in orbit as of Sep 2, 2026, roughly 68 more satellites needed

End-of-2026 Target

648 satellites in orbit - the operator's published checkpoint between the 324-satellite initial network and the 1,296-satellite Phase 1; 256 in orbit as of Sep 2, 2026

Phase 1 Target

1,296 satellites

Planned Constellation

15,000+ satellites for global coverage by 2030 - the published buildout ramp calls for 324 more satellites in 2027 (roughly 648 cumulative), then about 4,000/year in 2028-2029 and 5,000 in 2030

Per-Satellite Cost

~10M yuan (−96%)

Disclosed Funding

6.7B yuan (~$930M) Series A plus a ~6.976B yuan (~$1.035B) Series B disclosed Aug 18, 2026 from 18 investors at a ~50B yuan (~$7.41B) post-raise valuation, with foreign capital barred and outside investors capped at 20%

Starlink logo

Starlink

Active

Starlink is SpaceX's satellite internet division and the largest satellite constellation ever flown, with more than 10,900 active satellites in low Earth orbit serving 12M+ customers across 160+ countries as of mid-2026. Reported as SpaceX's Connectivity segment, it generated $11.39B of revenue in 2025 (61% of SpaceX's total, up ~49% year over year) with $7.17B of segment adjusted EBITDA, and grew Q2 2026 quarterly revenue 66% year over year to $4.29B-$4.3B - the profit engine funding Starship and SpaceX's AI-compute buildout. Beyond fixed broadband, Starlink runs maritime, aviation (42 airlines have Starlink Wi-Fi), and Direct to Cell services: the July 2025 T-Satellite launch with T-Mobile made satellite-to-phone service commercial in the US, and the FCC-approved ~$17B EchoStar spectrum purchase (May 2026) positions 'Starlink Mobile' to become a direct consumer carrier competing with AT&T, Verizon, and T-Mobile - though all three have so far publicly declined an MVNO deal. Next-generation V3 satellites - roughly 1 Tbps of downlink capacity each, launchable only on Starship - began deploying operationally on July 24, 2026, with Starship Flight 14 (an FCC filing puts the target at NET September 15, 2026) set to be the vehicle's first genuine orbital-trajectory attempt; V3 underpins plans for gigabit consumer service and a target of ~25M users by year-end 2026. SpaceX raised most residential and aviation Starlink plan prices in mid-2026, and on its first public earnings call as a Nasdaq-listed company (SPCX, Aug 4, 2026) confirmed Starlink's Q2 subscriber and revenue growth and reiterated plans to build its own Starlink Mobile network rather than lease capacity to a wireless carrier.

Founded 2015🇺🇸Redmond, Washington
Active Customers

12M+ (confirmed on SpaceX's first-ever public earnings call, Aug 4, 2026, for Q2 2026: subscribers doubled YoY from 6M, with a record 1.7M net adds in the quarter, up from 1.4M in Q1 2026); target ~25M by year-end 2026. No Q3 2026 figures disclosed yet as of Sept 3, 2026.

Active Satellites

11,000+ in orbit (11,078 working per KeepTrack tracking, Sept 2, 2026), roughly two-thirds of all active satellites around Earth

Countries Served

160+ countries, territories, and markets; Vietnam went live Aug 12, 2026; UAE granted a 10-year General Space Services License on Aug 28, 2026

2025 Revenue

$11.39B (+49% YoY; 61% of SpaceX total)

Q2 2026 Revenue

$4.29B-$4.3B Connectivity segment revenue (+66% YoY), ~$2.6B segment adjusted EBITDA (+64% YoY), ~$1.66-1.7B operating income (+79% YoY) - Starlink's first quarterly disclosure since SpaceX's IPO. Q3 2026 results not yet reported as of Sept 3, 2026.

ARPU

$66/month (confirmed again for Q2 2026, down ~22% YoY from $99 in 2023 as the mix shifts international). SpaceX raised most residential and aviation plan prices in June-August 2026 aiming to reverse the trend, but the Q2 print predates most of those hikes taking effect

Direct-to-Cell Satellites

650+

Telesat logo

Telesat

Public (NASDAQ: TSAT / TSX: TSAT)

Telesat is a Canadian satellite operator running a declining legacy GEO business while building Telesat Lightspeed, an LEO network now growing from 198 to 225 satellites. Q2 2026 consolidated revenue fell 25% YoY to CAD $79.5M (H1 2026 CAD $167M, also -25%) and full-year 2026 GEO guidance remains CAD $300M-$320M. The first two Lightspeed production satellites remain on track for December 2026, with full commercial service expected at end of Q1 2028; FY2026 Lightspeed investment guidance was raised to $1.3B-$1.5B (from $1.0B-$1.2B) to fund the accelerated 156-to-225-satellite build-out. On August 4, 2026 Telesat signed a definitive 15-year, $2.3B contract (up to $2.7B with options) with Canada's Defence Investment Agency to deliver Military Ka-band Arctic connectivity to the Canadian Armed Forces under the ESCP-P program - the largest contract in the company's history - and combined with an April 2026 Northwestel rural-broadband deal for Nunavut, it lifted pro forma LEO backlog from about US$1.1B to roughly US$5.6B. Telesat still faces an acute debt crisis: Q2 2026 net loss widened to CAD $559M (from a CAD $76M gain a year earlier) largely on non-cash Lightspeed warrant and FX losses, roughly $2.1B of Telesat Canada debt matures over the following 14 months (including a $1.32B term loan and $387M note due December 2026), Telesat drew a further $120M loan on August 13, 2026 and disclosed a going-concern warning, lenders holding 90% of the December 2026 debt filed lawsuits over Telesat's September 2025 transfer of 62% of Lightspeed's equity to an indirect subsidiary, and S&P's 'CC' rating on Telesat Geo still reflects near-certainty it cannot repay the December 2026 maturities in full. As of August 13, 2026 refinancing talks with lenders remain ongoing with no deal reached.

Founded 1969🇨🇦Ottawa, Ontario
Planned Constellation

225 satellites (up from 198)

Mil-Ka Deployment

225 satellites (up 44% from 156)

ESCP-P Arctic Mil-Ka Contract

$2.3B (up to $2.7B with options), 15-year term, CAF service starting 2028

Lightspeed Total Program Cost

Total committed investment now expected to reach ~US$5.2B (incl. a $500M contingency), up from a prior ~US$3.8B estimate (incl. $300M contingency), per CFO Donald Tremblay; ~US$2B invested as of Mar 31, 2026, with the remaining ~US$3.2B funded via cash on hand, Canada/Quebec government financing, vendor financing, and ~US$1.5B of contract milestone payments

LEO Backlog

~US$1.1B as of Jun 30, 2026; pro forma for the Aug 4, 2026 ESCP-P Arctic Mil-Ka contract and other recent Lightspeed contracts (incl. the Apr 2026 Northwestel Nunavut broadband deal), backlog rises to ~US$5.6B

FY2026 Lightspeed Investment Guidance

Raised to $1.3B-$1.5B (from $1.0B-$1.2B) after accelerating the constellation build-out from 156 to 225 satellites; incremental spend funded by pre-service payments from the Government of Canada

FY2025 Revenue

CAD $418M

Q1 2026 Revenue

CAD $87M (-25% YoY)

Q2 2026 Revenue

CAD $79.5M (-25% YoY); adjusted EBITDA CAD $22M (-62% YoY); net loss CAD $559M (vs. CAD $76M gain a year earlier)

Credit Rating

S&P 'CC' (Telesat Geo, cut from 'CCC-' in mid-2026 on near-certain default); Moody's Caa2 secured / Ca unsecured

2032 Lightspeed Revenue Forecast

Raised to US$4.9B (from US$3.2B); defense customers now expected to contribute ~46% of that revenue (up from ~14%)

FCC C-band Clearing Incentive

Telesat GEO Inc eligible for ~US$189M ($147.4M at the Dec 31, 2030 primary deadline, $41.58M at the Jun 30, 2031 final deadline) under the FCC's Upper C-band order; transition plan due to the FCC by Nov 5, 2026

Also in this industry
Blue Origin logo

Blue Origin

Active

Blue Origin is a privately held aerospace company founded by Jeff Bezos that develops reusable launch vehicles, rocket engines, lunar landers, in-space mobility systems, and satellite communications infrastructure. Its current programs span the New Shepard suborbital system, the New Glenn heavy-lift rocket, the BE-4 engine family that also powers ULA's Vulcan, the Blue Moon lunar lander family, the Blue Ring spacecraft platform, and the TeraWave network. The FAA closed its NG-3 mishap investigation and lifted the New Glenn grounding on May 22, 2026 - pinning the BlueBird 7 deployment failure on a cryogenic leak that froze a hydraulic line - but six days later, on May 28, a New Glenn exploded during a hotfire at Cape Canaveral's LC-36, destroying the transporter-erector at Blue Origin's only New Glenn pad. CEO Dave Limp said the rocket will fly again before year-end via a hybrid horizontal-integration/crane-erect path that skips replacing the destroyed transporter-erector, with the propellant farm, a second flight-ready booster, and three upper stages intact; on July 24, 2026 NASA and Blue Origin agreed to conduct New Glenn second-stage (GS2) hot fire testing at Stennis Space Center's B-2 stand beginning this fall while LC-36 recovers, and NASA's Pegasus barge is due at Kennedy Space Center around August 10-12, 2026 to carry the completed GS2 to Stennis. The Blue Moon MK1 'Endurance' cargo lunar lander has completed thermal vacuum testing at NASA Johnson, but with New Glenn grounded its launch to the Moon has slipped from a fall-2026 target to early 2027. Separately, a February 2026 NASA Artemis architecture overhaul reassigned the crewed Blue Moon Mark 2 lander to compete with SpaceX's Starship for the program's first Moon landing (now targeted for Artemis IV, as soon as early 2028) following a 2027 crewed low-Earth-orbit docking test on the restructured Artemis III. In a landmark shift after 26 years of near-total self-funding (roughly $30B cumulative), Blue Origin raised about $10B at a $130B valuation in July 2026 - its first-ever outside round, led by Coatue (~$4B) with Jeff Bezos adding ~$2B - to bankroll Limp's target cadence of roughly 100 launches a year against an estimated ~$4.8B 2026 spend. The company broke ground on a new ~120,000-square-foot Cape Canaveral payload processing facility on August 31, 2026, and on September 1, 2026 NASA awarded it a $700M contract to build and deliver a Mars Telecommunications Orbiter - built on the Blue Ring platform - by December 31, 2028, extending Blue Origin's business beyond Earth-orbit launch and lunar landers into deep-space communications infrastructure.

Founded 2000🇺🇸Kent, Washington
Valuation

$130B (July 2026, first external round; ~$10B raised) - unchanged; no new round or IPO reported as of September 2, 2026

Cumulative Bezos Investment

~$30B since founding (~$1B/year average; includes the ~$2B Bezos put into the July 2026 outside funding round)

New Glenn Flights

3 (unchanged; NG-4 has not yet flown - FAA grounding lifted May 22, 2026; LC-36 pad rebuild underway after May 28 hotfire explosion, root-caused Aug 5, 2026 to a BE-4 main oxygen valve; no confirmed completion of the valve retrofit or firm NG-4 date as of September 2, 2026; return-to-flight still targeted before year-end 2026)

New Shepard Flights

38 (unchanged; program paused for ≥2 years from Jan 30, 2026, no flights since; multiple outlets report New Shepard is not expected to resume before 2028)

People Flown to Space

98 (unchanged since the program's January 2026 pause)

Research Payloads Flown

200+ (unchanged since the program's January 2026 pause)

CAS Space logo

CAS Space

Private

CAS Space (Zhongke Aerospace) is a 2018 commercial spinoff majority-owned by the Chinese Academy of Sciences, led by founder and chairman Yang Yiqiang - former chief commander of the state Long March 11 solid rocket. Headquartered in Guangzhou, it operates the solid-fuel Kinetica-1 (Lijian-1), one of China's most-flown commercial rockets with 15 launches and 14 successes since 2022 (carrying 110 satellites - the first Chinese commercial rocket to top 100), and has committed to a monthly Kinetica-1 cadence for the second half of 2026. In March 2026 it successfully debuted the medium-lift kerolox Kinetica-2 (Lijian-2), a three-core, nine-engine rocket; its second flight, carrying 18 Qianfan constellation satellites, slipped from a September target to October 2026, with the Y2 vehicle departing CAS Space's Guangzhou factory for Jiuquan on August 26, 2026. The company holds ~63% of China's private launch market by volume. CAS Space filed for a $607M IPO on the Shanghai STAR Market in April 2026 at a target valuation of ~15 billion yuan (~$2.1B); the Shanghai Stock Exchange accepted the application, and on June 29, 2026 CAS Space refreshed its prospectus, disclosing full-year 2025 revenue of ~277M yuan against a ~1.12B yuan net loss and setting a 2029 profitability target for the first time. The application has since cleared the exchange's listing-committee review, with final CSRC registration, share pricing, and a trading date still pending as of early August 2026. It is scaling output at a new Zhejiang 'super factory' and developing first-stage reusability via the in-house Kinecore-2 engine (110 tf), which completed a 620-second cumulative long-duration qualification test - including a 400-second single burn, a new stability record - on June 30, 2026, en route to a phased plan targeting full first-stage recovery by Kinetica-2's tenth flight around 2028.

Founded 2018🇨🇳Guangzhou, Guangdong, China
Valuation

~15B yuan (~$2.1B) (STAR Market IPO target, filed April 2026 and unchanged in the June 29, 2026 prospectus refresh; ~11B yuan last private round); management now targets profitability by 2029

Kinetica-1 Launches

15 launches, 14 successes (110 satellites, 15+ tonnes) - the 15th flight (Y15) on July 24, 2026 opened a committed monthly cadence for August-December 2026; still no confirmed flight since, as of Aug 31, 2026

Kinetica-2 Payload to LEO

12,000 kg (200 km)

Kinetica-2 Maiden Flight

Mar 30, 2026 (success); second flight (18 Qianfan satellites) slipped from Sep to Oct 2026 - the Y2 vehicle departed the Guangzhou factory for Jiuquan on Aug 26, 2026

Parent

Chinese Academy of Sciences (majority owner)

CASC logo

CASC

State-Owned (SASAC)

China Aerospace Science and Technology Corporation (CASC) is the state-owned prime contractor for China's space program and the world's most prolific launch organization by missions flown. Wholly owned by the central government through SASAC and led by chairman Chen Mingbo, it develops and operates the Long March (Changzheng) rocket family - which flew its 661st cumulative mission on August 4, 2026, delivering a 23rd batch of GuoWang broadband satellites - along with the Shenzhou crewed spacecraft, Tianzhou cargo vehicles, the Tiangong space station, BeiDou navigation and GuoWang broadband satellites, the Chang'e lunar and Tianwen planetary probes, and China's strategic missiles. After a national-record 73 launches in 2025, CASC is targeting over 100 launches in 2026 amid an industry-wide national push toward ~140, debuted the partially reusable Long March 12B in June 2026, and saw its Tianwen-2 probe reach the quasi-moon asteroid Kamo'oalewa on July 6, 2026. On July 10, 2026 it made China the second nation ever to recover an orbital rocket first stage, when the new single-stick, partially reusable Long March 10B flew its maiden mission from Hainan and captured its booster in a sea-based net - a landmark step toward closing the reusability gap with SpaceX, with a reflight of the recovered booster still targeted before the end of 2026. That momentum was interrupted on August 10, 2026, when a Long March 7A broke apart shortly after liftoff and lost its satellite payload - only the vehicle's second failure ever - triggering an engine investigation that put a question mark over the timing of Chang'e 7; CASC kept other Long March variants flying through the investigation, with a Long March 5B launching an eighth GuoWang satellite batch on August 13, 2026, and on August 19, 2026 rolled the Chang'e-7 probe and its Long March 5 (Y14) rocket out to the Wenchang pad ahead of a planned August 24, 2026 launch, but the mission was then postponed by Typhoon Narra and, per an August 23 China Manned Space Agency statement, cannot fly within the 2026 window at all - multiple outlets report a possible slip into 2027 - with no root cause or formal fleet clearance yet announced for the 7A investigation either. CASC is also advancing the triple-core Long March 10 toward a crewed Moon landing before 2030: the Long March 10A's own orbital debut is separately reported to carry a lunar navigation satellite ahead of the uncrewed Mengzhou 1 capsule test, still targeted around September 2026 but flagged in one report as at risk of slipping into early 2027.

Founded 1999🇨🇳Beijing, China
2025 Orbital Launches

73 (national record)

Long March Cumulative Launches

665+ (665th on August 25, 2026 - a Long March 6C from Taiyuan carrying seven satellites, incl. Thailand's GISTDA CubeSat-1; the 662nd was the August 10 Long March 7A failure that lost the Zhongxing-4B/ChinaSat-4B satellite)

First Orbital Booster Recovery

July 10, 2026 (Long March 10B, sea-based net capture)

Spacecraft Delivered by Long March

~1,400+

Share of China's Launches

~86% of all national missions

Employees

~170,000

Ownership

Wholly state-owned (SASAC)

Cosmoleap logo

Cosmoleap

Private

Cosmoleap (大航跃迁), legally Dahang Yueqian Technology, is a Chinese launch startup founded in March 2024 by Chen Shuguang to build the Yueqian-1 ('Leap-1') - and notably is the first Chinese company to pursue a SpaceX Starship-style 'chopstick' tower-catch recovery instead of landing legs. The roughly 70 m-tall, 4.2 m-diameter, methane–liquid oxygen two-stage rocket is designed to lift about 18,000 kg to LEO when expended or ~12,000 kg with the first stage recovered, on a cluster of nine ~80-ton-class engines reusable up to 20 times. It initially flies the YF-209 engine sourced from CASC's Academy of Aerospace Liquid Propulsion Technology while developing its own 100-ton-class Qingyu-11 methalox engine (targeting ~150 t thrust, deep throttling, and up to 50 reuses); Qingyu-11 cleared a round of core-component tests (torch ignition, low-temperature and liquid-flow testing) in June 2026 and is moving toward full-system test firing. Cosmoleap raised roughly 100 million yuan (~$14M) in November 2024 and a 500 million yuan (~$73M) Series A in April 2026 - about 600 million yuan (~$84M) total - led by Qianhai Ark and Puhua Capital. On March 3, 2026 the company signed a strategic supply-chain cooperation agreement with Beijing Aerospace Guanghua Electronic Technology, becoming the first commercial rocket firm to partner with the state-linked aerospace-electronics supplier. With its design review passed and a tower-catch verification platform and drop tests underway, the company plans final assembly and integrated testing in the second half of 2026 and a debut orbital flight in 2027, racing domestic tower-catch rival Astronstone, which is pursuing a similar late-2026/early-2027 debut. Ground testing kept pace through mid-2026: the first-stage liquid-methane pressurization and delivery system passed China's first dedicated natural-circulation precooling test for a reusable methalox rocket in June, and the second-stage frame and propellant-tank rear-bottom structure passed a combined static-load test in August.

Founded 2024🇨🇳Beijing, China
Total Funding

~$84M (≈600M yuan); no new round disclosed since the April 2026 Series A

Yueqian-1 Payload to LEO

18,000 kg expended / 12,000 kg reused

First-Stage Engines

9 × ~80 t class (~720 t total)

Recovery Method

Tower-catch 'chopsticks' (China's first)

Orbital Launches

0 (debut targeted 2027)

K2 Space logo

K2 Space

Private

K2 Space builds deliberately large satellites at a moment when the rest of the industry is shrinking them, on the argument that power, not mass, is what limits what a spacecraft can do. Its Mega Class bus carries up to 3,000 kg of payload and tens of kilowatts of power for a list price around $15 million, roughly ten times the power of a typical constellation satellite, and its 20 kW krypton Hall-effect thruster is the most powerful electric thruster flown in space. Founded in 2022 by brothers Karan and Neel Kunjur, both former SpaceX engineers, the company flew a subsystem demonstrator called Heritage in January 2025 and launched its first full Mega Class satellite, Gravitas, on March 30, 2026, carrying 12 customer payloads and using its own thruster to climb from low Earth orbit toward medium Earth orbit. In 2026 it went from startup to supplier on three of the biggest programs in the sector: 28 satellites for SES's meoSphere MEO network, Mega Class buses for the Anduril-led space-based interceptor team on Golden Dome, and its first Pentagon program of record as bus provider for the Space Force's Protected Tactical Satcom-Global. A $500 million Series D on July 30, 2026 at a $6.8 billion valuation, more than double the December 2025 mark, funds the move from one satellite at a time to a 180,000 square foot Torrance factory rated at up to 100 large satellites a year.

Founded 2022🇺🇸Torrance, California
Valuation

$6.8B post-money (Series D, July 30, 2026), up from $3B in December 2025

Total Raised

Over $1B since 2022

Signed Contracts

Over $1B in government and commercial contracts as of July 2026, up from $500M+ in December 2025. Backlog, not delivered revenue

Factory

180,000 sq ft in Torrance, California, designed for up to 100 large satellites a year, with over 85% of each satellite built in house

Satellites in Orbit

Two: Heritage (subsystem demonstrator, January 2025) and Gravitas (first Mega Class, March 30, 2026)

Propulsion Record

20 kW krypton Hall-effect thruster, the most powerful electric thruster flown in space, sized for a LEO to MEO orbit raise in under 90 days

Satellite Price

About $15M per Mega Class satellite, versus roughly $7.2M for a dedicated Falcon 9

Reflect Orbital logo

Reflect Orbital

Private

Reflect Orbital, founded in October 2021 by former SpaceX engineer Ben Nowack and former Zipline mechanical engineer Tristan Semmelhack, is building satellites that unfurl thin-film mirrors in low Earth orbit and steer reflected sunlight onto specific spots on the ground after dark. The pitch is 'sunlight on demand': a customer picks a location and a time window, and a passing reflector lights it up, initially at roughly the brightness of a full moon over a spot a few kilometers wide, with the long-term business aimed at extending the generating day of utility-scale solar farms by beaming sunlight to them just before dawn and just after dusk. The company has raised about $35 million, including a $6.5 million seed led by Sequoia Capital in September 2024 and a $20 million Series A led by Lux Capital in May 2025, and won a $1.25 million AFWERX SBIR Phase II contract in June 2025. Its first demonstration satellite, Earendil-1, carries a roughly 18-meter-square aluminized reflector on a 142 kg spacecraft bound for a 600 to 650 km orbit, and on July 9, 2026 the FCC licensed its construction and operation, clearing the way for a launch later in 2026 on a SpaceX rideshare. The application drew close to 1,900 mostly critical comments and hard opposition from astronomers: the European Southern Observatory calculated that a full constellation would raise background sky brightness by a factor of three to four, and the FCC granted the license while stating that optical-astronomy effects fall outside its authority. On August 6, 2026, DarkSky International, the American Bird Conservancy, Environment America and Public Employees for Environmental Responsibility, represented by Earthjustice, filed a formal Application for Review asking the full FCC to reverse the grant; a decision is pending with no set timeline. Reflect has answered with a dark-skies pledge to publish satellite positions in advance and to geofence reflections away from observatories, and its published roadmap runs from two demo satellites in 2026 to 36 in 2027, more than 1,000 by 2028, and 50,000 by 2035.

Founded 2021🇺🇸Hawthorne, California
Total funding raised

~$35.2M (as of 2026)

Satellites licensed to date

1 licensed for flight (Earendil-1, FCC grant July 9, 2026, valid for up to 2 years of test-only operations); a second demonstration satellite has been built and unveiled but has not yet received its own FCC license

Demo reflector size

18 m x 18 m thin film (about 324 m2) on a 142 kg satellite

Illuminated spot

About 5 km wide (2.5 km radius), up to 5 minutes per pass; Reflect describes it as roughly full-moon brightness, but an August 2026 modeling study by researchers at the Slovak Academy of Sciences and Princeton put the spot at magnitude -16.7, about 40x brighter than the full moon (roughly 9.5 lux, street-light level). Reflect Orbital disputes some of the study's assumptions.

Sunlight requests received

260,000+ from 157 countries

Constellation target

Published roadmap: 36 satellites in 2027, 1,000+ by 2028, 50,000 by 2035; CEO Ben Nowack said in an August 14, 2026 interview the company now hopes for roughly 4,000 satellites in orbit by the end of the decade, including a possible dedicated Falcon 9 rideshare of Reflect satellites as soon as 2028, though those launches are not yet booked or funded

Government contract

$1.25M AFWERX SBIR Phase II (Jun 2025); no Phase III or additional government award reported as of Aug 2026

Employees

~70 (2026)

Rocket Lab logo

Rocket Lab

Public (NASDAQ: RKLB)

Rocket Lab is an end-to-end space company spanning launch, hypersonic test launch, spacecraft, payloads, satellite components, laser optical communications, and space robotics, with total headcount reaching 3,217 by the end of Q2 2026 after the Mynaric and Motiv acquisitions. Electron remains the second most frequently launched U.S. rocket - Rocket Lab reached 94 missions with the September 2, 2026 'Owl Around the World' Synspective StriX launch, following the August 21 'Lightning God Defends' iQPS flight, putting it on track for a record year and its 100th launch - and Rocket Lab is developing the medium-lift Neutron rocket for constellation, national-security, and exploration missions; first launch is still guided to Q4 2026, though CEO Peter Beck told analysts on the August 10 earnings call that the end-of-year window is narrowing and a slip into 2027 is a real possibility. The company posted record Q1 2026 revenue of $200.3M and record Q2 2026 revenue of $234M (+62% YoY), guiding to $250M-$265M in Q3 2026 revenue, and completed the $155.3M Mynaric and the Motiv Space Systems acquisitions in April and May 2026 to add laser comms, a European footprint, and Mars-proven robotics in-house. On May 27, 2026 Rocket Lab cleared the System Requirements Review for the Space Development Agency's $816M Tracking Layer Tranche 3 missile-defense constellation, taking total SDA awards above $1.3B, and on June 22, 2026 the company joined the Nasdaq-100 Index. On June 29, 2026 Rocket Lab announced its largest-ever deal - an agreement to acquire satellite-communications operator Iridium Communications for about $8B in cash and stock ($54.00/share, roughly half cash and half Rocket Lab stock), adding an operational 66-satellite L-band constellation, ~2.55M subscribers, $871M of 2025 revenue, and globally harmonized spectrum; the deal has since cleared U.S. antitrust review, Rocket Lab filed a Form S-4 registration statement and a $1.94B at-the-market equity program to help fund the cash portion and reduce its $3.6B bridge loan, and Iridium stockholders are set to vote at a September 24, 2026 special meeting, with closing still expected in mid-2027. On July 27, 2026 Rocket Lab won a $266M U.S. Space Force RSLP contract for 12 (plus an option for six more) HASTE suborbital missile-defense launches through 2028, opening a fourth launch pad at Kodiak, Alaska, and on August 4, 2026 the U.S. Space Force awarded Rocket Lab a $397M contract under the Space-Based Airborne Moving Target Indicator program to build, launch on the still-unflown Neutron rocket, and operate 'Flatellite' tracking satellites. Rocket Lab also added a second GEO satellite production award (Viasat's PTS-G program, August 17), was onboarded to the Space Force's $981M-ceiling NITE-STAR space test infrastructure IDIQ (August 17), and was selected for the Space Force's Space Data Network Consortium with $12M in initial delivery orders (August 18). On August 10, 2026 Rocket Lab reported record Q2 backlog of $2.36B and unveiled GHOST, a containerized Deployable Launch System giving Electron and HASTE launch-anywhere responsive capability, with its first site standing up at Kodiak, Alaska.

Founded 2006🇺🇸Long Beach, California
Market Cap

Roughly $37-38B after RKLB fell a further ~6% on August 28-29, 2026 when SpaceX asked the FCC to scrutinize Iridium's conduct in the license-transfer review, extending a slide that began with a seven-session, 19.4% drop through the Aug 27 close on Q2 earnings-miss and Iridium-dilution concerns, well below the $150.23 all-time-high close of May 27, 2026

Q2 2026 Revenue

$234M (+62% YoY, a record and up $34M from Q1's record); GAAP EPS of -$0.08 missed the -$0.06 estimate and shares fell sharply after hours on continued cash burn

Total Launches

94 Electron missions through September 2, 2026 ('Owl Around the World' deployed a Synspective StriX SAR satellite to a 575 km LEO; Rocket Lab's 15th Electron flight of 2026) - on track for its 100th launch in 2026.

Launch Backlog

$2.36B total backlog, a record, up from $2.22B in Q1 2026; more than $1B in additional new contracts across launch and space systems already signed in Q3 2026-to-date as of the August 10 earnings report

Cash & Liquidity

~$2.4B in cash, restricted cash, equivalents & marketable securities (Q2 2026)

Payloads Deployed

250+ satellites across 94 Electron missions

Q3 2026 Revenue Guidance

$250M-$265M, another record revenue quarter, guided on the August 10, 2026 Q2 earnings call

Space Epoch logo

Space Epoch

Private

Space Epoch (箭元科技), legally Beijing Jianyuan Technology and branded 'Sepoch', is a Chinese commercial launch startup founded by Wei Yi (a former CALT and i-Space/Interstellar Glory engineer) to develop the Yuanxingzhe-1 ('Hiker-1') - a stainless-steel, methane–liquid oxygen, partially reusable medium-lift rocket whose sea-recovery, low-cost design draws frequent comparisons to a smaller SpaceX Starship. On May 29, 2025 it pulled off China's first sea-based vertical-takeoff/vertical-landing recovery test: a single-engine demonstrator flew a ~125-second suborbital hop to roughly 2.5 km and executed a controlled splashdown off Haiyang, Shandong, with the stainless stage recovered largely intact. Rather than build its own engines, Space Epoch buys methalox powerplants from engine maker Jiuzhou Yunjian (its LY-70 'Longyun' engine). In January 2026 it broke ground on a 5.2 billion yuan (~$740M) sea-recovery rocket plant in Hangzhou sized for up to 25 vehicles a year, aiming to cut launch costs toward 20,000 yuan/kg; the plant's first vehicle, named 'Qiantang-hao,' is targeted for final assembly and testing by the end of August 2026 ahead of a debut orbital launch and first-stage recovery attempt by year-end. The company has expanded its footprint with a new Wenchang, Hainan launch-and-recovery site (acquired July 2026) and a Shandong manufacturing/R&D subsidiary in Haiyang (May 2026), alongside an existing Yantai engine facility. It has also signed a headline-grabbing Taobao/Alibaba partnership exploring rocket-based parcel delivery and a strategic cooperation with Shifang Xinglian (Suzhou) Aerospace Technology toward a new MEO satellite constellation.

Founded 2019🇨🇳Beijing, China
Total Funding

~$42.8M

Yuanxingzhe-1 Payload

~9,000 kg to 1,100 km SSO / ~13,800 kg to 200 km LEO

Best Recovery Test

May 2025 sea-based VTVL (China's first; ~2.5 km, ~125 s)

Orbital Launches

0 (first targeted end-2026)

Planned Plant Capacity

Up to 25 rockets/yr (Hangzhou, ~$740M)

Starcloud logo

Starcloud

Private

Starcloud is building data centers in orbit, and it is the only company that has actually run a data-center-class GPU in space rather than rendering one. Starcloud-1, a 60 kg satellite carrying an Nvidia H100, launched November 2, 2025 on SpaceX's Bandwagon-4 rideshare and by December had run Google's Gemma model and trained a small language model in orbit, both firsts. Founded in January 2024 as Lumen Orbit by Philip Johnston, Ezra Feilden, and Adi Oltean, renamed in March 2025 and now based in Redmond, Washington, it raised a $170 million Series A on March 30, 2026 led by Benchmark and EQT Ventures at a $1.1 billion valuation, the fastest a Y Combinator company has reached unicorn status at 17 months from demo day. The pitch is that solar power above the atmosphere and radiative cooling in vacuum beat grid power and water cooling on the ground once launch is cheap enough, and the company has filed with the FCC for a constellation of up to 88,000 orbital data-center satellites. The catch is that the economics only close at roughly $500 per kilogram to orbit, which Johnston expects around 2028 to 2029 with frequent Starship flights, so everything before then is a demonstration business funded by hosted compute for other spacecraft.

Founded 2024🇺🇸Redmond, Washington
Valuation

$2.3B post-money (Series A extension, August 21, 2026), up from $1.1B at the March 2026 Series A

Total Raised

~$450M across seed, Series A and an August 21, 2026 Series A extension

GPUs Flown

One Nvidia H100 on Starcloud-1, the first data-center-class GPU operated in space and roughly 100x the GPU compute previously flown

Orbital Firsts

First to run a Gemma model in space and first to train a language model in orbit, both December 2025

Constellation Filed

Up to 88,000 orbital data-center satellites, accepted for filing by the FCC on March 13, 2026

Cost Threshold

Orbital compute becomes cost-competitive at roughly $500 per kg to orbit, which the company expects around 2028 to 2029 with frequent Starship flights

United Launch Alliance logo

United Launch Alliance

Active (50/50 joint venture: Boeing & Lockheed Martin)

United Launch Alliance is Boeing and Lockheed Martin's launch-services joint venture for U.S. national security, NASA, and commercial customers. ULA says it has achieved more than 150 consecutive launches since 2006, and on July 2, 2026 it retired Atlas V from the Amazon campaign by flying Amazon's eighth and final Atlas V Leo mission (LEO 8), taking ULA's Amazon Leo deliveries to 226 satellites across eight Atlas V flights and shifting the remaining Amazon backlog entirely onto Vulcan Centaur. Vulcan, however, has been grounded since its February 12, 2026 USSF-87 mission, when one of its four Northrop Grumman GEM 63XL solid rocket boosters suffered a nozzle anomaly during ascent; the U.S. Space Force paused NSSL Vulcan launches pending the investigation, and ULA leadership now targets a Vulcan return to flight by the end of 2026. ULA completed a wet dress rehearsal of a LEO-optimized Vulcan/Centaur V at SLC-41 on August 6, 2026, and Blue Origin - after tracing its May 28, 2026 New Glenn pad explosion to a BE-4 engine oxygen-valve fault - is proactively retrofitting the same valve on BE-4 engines already in ULA's inventory (including at ULA's Decatur, Alabama factory and Cape Canaveral), with updated hardware expected by the end of August 2026 and no stated change to ULA's end-of-2026 return-to-flight target. As a result ULA has flown just five times in 2026 (the USSF-87 Vulcan mission plus four Atlas V Amazon Leo flights), far short of its 18-22 launch goal for the year. Longtime CEO Tory Bruno resigned in December 2025 and joined Blue Origin's National Security Group; after an eight-month search, ULA named longtime COO Mark Peller as permanent president and CEO effective August 17, 2026, succeeding interim CEO John Elbon. The grounding has also strained ULA's finances: in Q2 2026 SEC filings, both parents disclosed matching credit backstops for ULA - Lockheed Martin (July 23, 2026 10-Q) and Boeing (July 28, 2026 10-Q) each agreed in May 2026 to guarantee up to $500 million of ULA credit facilities maturing July 30, 2027, a combined $1 billion - pushing Lockheed's ULA equity investment to about $617 million (from $551 million at the end of 2025) and Boeing's to about $585 million (from $556 million); on August 5, 2026 ULA was separately reported seeking to raise about $500 million through a private bond placement to refinance existing debt; that offering was upsized and priced on August 18, 2026 at $1.5 billion across four tranches maturing in three to ten years, with proceeds earmarked for expanded Decatur, Alabama assembly-line capacity and pad upgrades at Cape Canaveral SLC-41 and Vandenberg SLC-3E to support a higher Vulcan cadence.

Founded 2006🇺🇸Denver, Colorado
Consecutive Launch Successes

160+ (streak intact through the final Atlas V Amazon mission, LEO 8, on July 2, 2026; no ULA launch has flown since, pending Vulcan's return to flight)

National Security Missions

100+ ULA national-security missions since 2006; USSF-87 (Feb 12, 2026) was Vulcan's latest NSSL launch, after which Vulcan was grounded pending its GEM 63XL SRB anomaly investigation. The grounding has already cost ULA at least one Vulcan NSSL slot: around March 20-24, 2026 the Space Force reassigned GPS III SV-10, the final GPS III satellite, from Vulcan to a SpaceX Falcon 9, giving ULA the USSF-70 mission (a Northrop Grumman satellite-refueling tanker) in a launch-provider exchange, now targeted for Vulcan no earlier than summer 2028. Next NSSL Vulcan flight otherwise expected after a return to flight targeted for late 2026

Amazon Leo Satellites Delivered

226 (across eight Atlas V flights through LEO 8, July 2, 2026 - final Atlas V Amazon Leo mission; remaining Amazon backlog now on Vulcan, first Vulcan Amazon flight LV-01 targeted Sept 2026)

2026 Launch Cadence Goal

18-22 (16-18 Vulcan + 2-4 Atlas V); out of reach after the Vulcan grounding - still just five launches flown as of late August 2026

Vulcan Backlog (Amazon)

38 Vulcan launches contracted (first Amazon Leo Vulcan flight LV-01 targeted Sept 2026, 45 satellites each)

/ Upcoming Milestones

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Sustain launch cadence toward ~45 satellites

With BlueBird 11, 12 and 13 successfully launched August 5, 2026 (bringing the in-orbit fleet to 13 satellites), the next milestone is getting BlueBird 14, 15 and 16 - nearing shipment as of AST's August 10, 2026 Q2 update - into orbit, with production advanced through BlueBird 42. On July 15, 2026 AST disclosed that launch-vehicle disruptions - chiefly a late-June New Glenn upper-stage explosion that thinned near-term access to orbit - pushed the roughly-45-satellite milestone from end of 2026 to early 2027, sliding the continuous-coverage timeline with it. As of Aug 26, 2026 no launch date has been set for BlueBird 14-16, and financial press has flagged the original end-of-2026 pace as increasingly unlikely even under the revised early-2027 target.

~45 satellites by early 2027 (slipped from end-2026)

Chang'e-7 and Tianwen sample-return missions

Launch Chang'e-7 to the lunar south pole on a Long March 5 from Wenchang - the probe arrived at the launch site in April 2026, its Long March 5 (Y14) rocket arrived on July 13, 2026, and the assembled probe-rocket stack was rolled out to the launch pad on August 19, 2026 for final checks, a joint test, and propellant loading. China postponed the planned August 24, 2026 (00:05 UTC) launch attempt after Typhoon Narra disrupted preparations at Wenchang; officials initially said around August 23 that the delay was likely about a month, but the China Manned Space Agency then said the spacecraft does not meet launch conditions and cannot fly within the 2026 window at all, with several outlets reporting the mission may now slip into 2027 given the lunar transfer geometry a south-pole landing requires and no new date confirmed. Tianwen-2 arrived at the asteroid Kamo'oalewa on July 6, 2026 and is now surveying it; sample collection (roughly 200-1,000 g via touch-and-go and anchor-and-attach) is to occur no later than the end of April 2027, with the return capsule separating on November 29, 2027 to land near Jiuquan in the Gobi Desert - after which the spacecraft heads to main-belt comet 311P/PanSTARRS. Both feed toward the Tianwen-3 Mars sample return later in the decade.

Cannot fly within the 2026 window; may slip into 2027 (Chang'e-7); by April 2027 sampling / Nov 2027 return (Tianwen-2)

Execute SDA satellite programs after passing TRKT3 SRR

Build and deliver the 18-spacecraft Tracking Layer Tranche 3 constellation for the Space Development Agency under Rocket Lab's $1.3B SDA prime work. The May 27, 2026 System Requirements Review remains the last publicly confirmed milestone; as of late August 2026 no Preliminary or Critical Design Review has been announced, with those the next gates ahead of spacecraft delivery. Mynaric CONDOR Mk3 laser links are produced in-house.

2026-2027

Sustain Electron cadence toward the 100th launch

With 94 Electron missions flown through the September 2, 2026 'Owl Around the World' Synspective StriX launch (Rocket Lab's 11th dedicated Synspective flight and 15th Electron of 2026), sustain Electron's record 2026 tempo across commercial, civil, and defense customers toward the company's 100th launch milestone, including remaining iQPS and Synspective constellation flights: iQPS has 9 dedicated missions remaining on its total 18-launch Electron bookings, running through 2030. Sixteen more Synspective missions remain booked to complete that constellation by decade's end.

2026

Convert backlog into higher launch cadence

Turn a record $2.36B of backlog (as of Q2 2026) into higher Electron and HASTE flight tempo across constellation, agency, national-security, and hypersonic missions; Rocket Lab guided to another record revenue quarter in Q3 2026 and reported more than $1B in additional new contracts signed since the quarter closed. The new GHOST containerized launch system, unveiled August 10, 2026 with its first site at Kodiak, Alaska, is aimed directly at expanding cadence for responsive and national-security missions.

2026-2028

Build & launch the first GEO satellites for U.S. Space Force

Design, build, integrate, and operate two geostationary satellites hosting the Heimdall space domain awareness payload under a $90M Space Systems Command contract - Rocket Lab's first GEO satellite production program. No public schedule update (PDR/CDR/delivery date) has been announced since the May 21, 2026 award as of late August 2026.

2026-2028

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