York Space Systems YSS

NYSE YSS

$6.49 +0.18 (+2.85%)

As of: Oct 26, 2026 · 2:19 PM EDT

York Space Systems (YSS) stock price is $6.49, up 2.85% on the day, as of Oct 26, 2026. It is classified in the Space industry (Industrials sector).

Key Stats

Add ratio to table…

About

York Space Systems Inc. is a U. S.-based space and defense prime contractor that delivers end-to-end mission-critical solutions for national security, government, and commercial customers. The company designs, produces, integrates, and operates spacecraft and constellations, providing a vertically integrated technology stack that spans hardware, software, and ground services. York focuses on rapid, low-cost satellite development and leverages proprietary platforms such as…

York generates revenue primarily through the sale of spacecraft platforms, subsystems, and components, as well as through software-enabled services and ground station operations. The company offers turnkey missions that include design, production, integration, launch support, on-orbit operations, and data downlink, often under long-term contracts with government agencies. Additionally, York earns recurring revenue from software maintenance, antenna usage, and operational support services provided over the typical 5- to 6-year spacecraft lifecycle.

The company operates through the following segments: Components, Subsystems, Spacecraft Platforms, Ground Operation, Global Downlink, and Software-Enabled Services.

Components: This segment designs and manufactures critical flight hardware such as command and data handling units, flight computers, attitude control systems, electrical power systems, and specialized test equipment that support spacecraft production and mission assurance.
Subsystems: This segment integrates components into functional subsystems, including avionics, power conditioning and distribution units, and secondary flight computers that provide timing, memory management, and radiation monitoring for satellite platforms.
Spacecraft Platforms: This segment develops and produces the S-CLASS, LX-CLASS, and M-CLASS modular satellite buses, which are scalable, low-cost platforms designed for masses ranging from 85 to 2,000 kilograms and power outputs up to 8 kilowatts.
Ground Operation: This segment provides mission planning, command and control, and autonomous operations software, including the Multi-Mission Operations Center and Bastion ground software, enabling hands-off control of satellite constellations from a global network of more than 45 ground antennas.
Global Downlink: This segment manages a worldwide network of more than 45 ground antennas that deliver secure data transmission, telemetry, and command links between orbiting spacecraft and ground stations.
Software-Enabled Services: This segment offers autonomous flight control, mission planning, constellation management, on-orbit software upgrades, and secure data delivery services that generate recurring revenue over the operational life of deployed satellites.

York positions itself as a differentiated space and defense prime by combining low-cost, high-volume manufacturing with proprietary software and vertically integrated capabilities. The company competes against traditional aerospace primes and emerging commercial space firms, emphasizing price, speed to deployment, and mission assurance. Its advantages include a modular spacecraft architecture that shares approximately 75% of hardware and 95% of software across platforms, proven on-orbit heritage with over 4,000,000 flight hours, and a track record of delivering Proliferated Warfighter Space Architecture satellites at roughly half the cost of competitors. These factors enable York to win contracts in national security programs such as the Golden Dome and Space Development Agency initiatives.

York serves a diverse customer base that includes the U. S. Department of Defense, the Space Development Agency, the Missile Defense Agency, the Intelligence Community, and civilian agencies such as NASA. The company also supports commercial customers through partnerships for earth observation and communications missions, exemplified by the BARD satellite mission developed with NASA and the Johns Hopkins Applied Physics Laboratory.

Investment Thesis

▲ Bull case

York Space Systems is positioned to capitalize on a structural shift in U.S. national security space procurement where budget allocations for resilient communications architectures like the Space Data Network have more than tripled compared to prior Transport Layer estimates, creating a $1.5 billion addressable opportunity for the company as a key contributor in a multi-vendor ecosystem. This shift, validated by Dirk Wallinger's clarification during the Q&A that the new architecture explicitly includes "$800 million" for competitive backbone procurement and "$685 million" for mesh and ground architectures, represents a fundamental expansion of York's total addressable market beyond legacy programs. The company's existing contract vehicles and proven execution on mission sets like advanced fire control, Moving Target Indicator, and tracking data relay position it to win task orders immediately, with Wallinger noting they are "under contract for seven different mission sets that are not Space Data Network" and tracking "dozens of specific opportunities across 5 different classified mission areas." This is not a temporary cyclical uptick but a sustained reorientation of defense spending toward proliferated architectures where York's vertical integration strategy—exemplified by the Orbion and ALL.SPACE acquisitions—directly addresses the core requirement for speed, scale, and assured connectivity in contested environments, reducing dependency on single-point suppliers and aligning with congressional mandates for a resilient industrial base.
The pending acquisition of Solestial, closing in Q2 2026, unlocks a critical hidden catalyst that management underemphasized during the earnings call by eliminating a fundamental constraint on York's ability to scale satellite production: supply chain vulnerability in space solar technology. Solestial's U.S.-based manufacturing of radiation-hardened, self-healing silicon solar cells—proven on orbit and independent of Chinese-controlled materials—addresses a sector-wide bottleneck where legacy III-V solutions face lead times exceeding two years and terrestrial alternatives degrade rapidly in space. With Solestial already operating at approximately 95% U.S. supply chain localization and having expanded to wafer-to-module manufacturing capability, York gains immediate control over a subsystem that previously exposed it to geopolitical risk, as highlighted in the news where China controls 99% of gallium and over 60% of germanium for legacy cells. This vertical integration move reduces cost, improves manufacturing reliability, and enables York to meet aggressive program timelines for next-generation missions without external delays, directly supporting the company's inventory build strategy of 20 satellite platforms aimed at cutting time to orbit by up to 75%. The acquisition is not merely additive but transformative, allowing York to offer a fully domestic, resilient power solution that enhances its competitiveness in both national security and commercial markets where power density and longevity are critical differentiators.
York's commercial constellation contract, though recognized as largely revenue-deferred to 2027–2028, contains an underappreciated near-term catalyst in its potential to unlock recurring task order revenue through follow-on awards as the customer expands its constellation, a dynamic management acknowledged but did not quantify. Dirk Wallinger explicitly stated the February $187 million award includes "a clear pathway for additional orders as the customer continues to build out its constellation," signaling a land-and-expand model where the initial win serves as a foothold for sustained revenue streams. This is amplified by the company's strategic focus on overcoming upfront capital barriers in commercial space—mentioned by Wallinger as an active area of work with CFO Kevin Messerle—which, if successful, could accelerate adoption beyond the anchor customer. Combined with York's mature production line and mission operations software suites, this creates a scalable pathway to monetize its M-CLASS platform in the rapidly growing commercial satellite market, where demand for assured connectivity in contested environments is rising. The 18% backlog growth to $642.3 million, driven in part by this contract, reflects not just current commitments but validated customer confidence in York's ability to deliver at scale, setting the stage for accelerated revenue recognition in H2 2026 and beyond as task orders convert backlog to sales amid shortening government procurement cycles.

York Space Systems is positioned to capitalize on a structural shift in U.S. national security space procurement where budget allocations for resilient communications architectures like the Space Data Network have more than tripled compared to prior Transport Layer estimates, creating a $1.5 billion addressable opportunity for the company as a key contributor in a multi-vendor ecosystem. This shift, validated by Dirk Wallinger's clarification during the Q&A that the new architecture explicitly includes "$800 million" for competitive backbone procurement and "$685 million" for mesh and ground architectures, represents a fundamental expansion of York's total addressable market beyond legacy programs. The company's existing contract vehicles and proven execution on mission sets like advanced fire control, Moving Target Indicator, and tracking data relay position it to win task orders immediately, with Wallinger noting they are "under contract for seven different mission sets that are not Space Data Network" and tracking "dozens of specific opportunities across 5 different classified mission areas." This is not a temporary cyclical uptick but a sustained reorientation of defense spending toward proliferated architectures where York's vertical integration strategy—exemplified by the Orbion and ALL.SPACE acquisitions—directly addresses the core requirement for speed, scale, and assured connectivity in contested environments, reducing dependency on single-point suppliers and aligning with congressional mandates for a resilient industrial base.
The pending acquisition of Solestial, closing in Q2 2026, unlocks a critical hidden catalyst that management underemphasized during the earnings call by eliminating a fundamental constraint on York's ability to scale satellite production: supply chain vulnerability in space solar technology. Solestial's U.S.-based manufacturing of radiation-hardened, self-healing silicon solar cells—proven on orbit and independent of Chinese-controlled materials—addresses a sector-wide bottleneck where legacy III-V solutions face lead times exceeding two years and terrestrial alternatives degrade rapidly in space. With Solestial already operating at approximately 95% U.S. supply chain localization and having expanded to wafer-to-module manufacturing capability, York gains immediate control over a subsystem that previously exposed it to geopolitical risk, as highlighted in the news where China controls 99% of gallium and over 60% of germanium for legacy cells. This vertical integration move reduces cost, improves manufacturing reliability, and enables York to meet aggressive program timelines for next-generation missions without external delays, directly supporting the company's inventory build strategy of 20 satellite platforms aimed at cutting time to orbit by up to 75%. The acquisition is not merely additive but transformative, allowing York to offer a fully domestic, resilient power solution that enhances its competitiveness in both national security and commercial markets where power density and longevity are critical differentiators.
York's commercial constellation contract, though recognized as largely revenue-deferred to 2027–2028, contains an underappreciated near-term catalyst in its potential to unlock recurring task order revenue through follow-on awards as the customer expands its constellation, a dynamic management acknowledged but did not quantify. Dirk Wallinger explicitly stated the February $187 million award includes "a clear pathway for additional orders as the customer continues to build out its constellation," signaling a land-and-expand model where the initial win serves as a foothold for sustained revenue streams. This is amplified by the company's strategic focus on overcoming upfront capital barriers in commercial space—mentioned by Wallinger as an active area of work with CFO Kevin Messerle—which, if successful, could accelerate adoption beyond the anchor customer. Combined with York's mature production line and mission operations software suites, this creates a scalable pathway to monetize its M-CLASS platform in the rapidly growing commercial satellite market, where demand for assured connectivity in contested environments is rising. The 18% backlog growth to $642.3 million, driven in part by this contract, reflects not just current commitments but validated customer confidence in York's ability to deliver at scale, setting the stage for accelerated revenue recognition in H2 2026 and beyond as task orders convert backlog to sales amid shortening government procurement cycles.

▼ Bear case

York Space Systems faces significant near-term profitability pressure from structural operating expense growth that is being mischaracterized as transient, with SG&A and R&D increasing 35% year-over-year driven by acquisitions, public company costs, and headcount expansion—a trend unlikely to reverse given the company's deliberate strategy to scale its business development organization across Washington D.C., Colorado, California, and Florida post-IPO. Kevin Messerle explicitly tied this increase to "incremental salaries and costs related to the acquisitions of ATLAS in August 2025 and Orbion in March 2026" and "overhead related to public company uplift," indicating these are fixed, scaling costs embedded in the business model rather than one-time investments. This expense burden, which drove adjusted EBITDA to negative $3.6 million from positive $5.5 million, is being offset in guidance by revenue timing shifts rather than operational efficiency, creating a risk that margin compression persists even as supply chain delays resolve. The company's reliance on headcount growth for production—where Dirk Wallinger noted technician hiring will grow "more than 10%" despite automation efforts—suggests labor scalability remains a constraint, undermining claims that process automation will meaningfully reduce incremental staffing needs per unit produced at the pace required to meet ambitious delivery targets.
The company's backlog growth, while impressive at 18% to $642.3 million, contains a material risk of revenue recognition delay that management downplayed by attributing H2 revenue shifts solely to "timing" from component supply delays, when in reality the deferral is exacerbated by the nature of its largest new contract—the $187 million commercial M-CLASS constellation award—which Wallinger acknowledged will deliver "less than $30 million" in 2026 with "most of it... in 2027 and 2028." This means over 80% of the contract's value is deferred beyond the current fiscal year, yet the full $187 million was added to backlog immediately, inflating near-term conversion expectations. Combined with Kevin Messerle's admission that Q2 2026 revenue could be "roughly flat year-over-year" due to supply chain issues shifting revenue to H2, the guidance reaffirmation of $545–$595 million relies heavily on uncertain task order issuances from IDIQs in H2, a risky assumption given Wallinger's candid admission that the company is "not as fast as we probably need to be" in responding to government task order requests, requiring them to "double our classified space" just to keep pace. This creates a significant execution risk where backlog growth does not translate to timely revenue recognition, potentially forcing future guidance cuts if task order velocity fails to match the accelerated procurement cycles Wallinger described.
York's strategic pivot toward adjacent markets via acquisitions like ALL.SPACE and Solestial introduces integration and execution risks that are being overlooked amid enthusiasm for TAM expansion, particularly the challenge of merging distinct corporate cultures and technical systems while maintaining focus on core satellite manufacturing—a risk highlighted by Dirk Wallinger's own emphasis on the difficulty of connecting unmanned systems to space-based networks, where he noted "the next step is, how do you get these things to work? How do you connect them? How do you make sure that they understand where they're at? How are you coordinating them?" This complexity is amplified by the ALL.SPACE acquisition's U.K.-based technical headquarters and U.S. production in Alabama, requiring cross-border coordination that could dilute York's focus on its core competency: rapid, affordable satellite production for proliferated architectures. Furthermore, the Solestial acquisition, while strategically sound for supply chain control, assumes successful scaling of wafer-to-module manufacturing—a capability recently expanded but not yet proven at volume—and carries the risk that Solestial's self-healing solar technology, though proven on orbit, may not achieve the cost advantages promised over legacy III-V solutions at scale, especially if U.S. manufacturing cannot overcome the inherent cost disadvantages versus Chinese-controlled supply chains York seeks to replace.

York Space Systems faces significant near-term profitability pressure from structural operating expense growth that is being mischaracterized as transient, with SG&A and R&D increasing 35% year-over-year driven by acquisitions, public company costs, and headcount expansion—a trend unlikely to reverse given the company's deliberate strategy to scale its business development organization across Washington D.C., Colorado, California, and Florida post-IPO. Kevin Messerle explicitly tied this increase to "incremental salaries and costs related to the acquisitions of ATLAS in August 2025 and Orbion in March 2026" and "overhead related to public company uplift," indicating these are fixed, scaling costs embedded in the business model rather than one-time investments. This expense burden, which drove adjusted EBITDA to negative $3.6 million from positive $5.5 million, is being offset in guidance by revenue timing shifts rather than operational efficiency, creating a risk that margin compression persists even as supply chain delays resolve. The company's reliance on headcount growth for production—where Dirk Wallinger noted technician hiring will grow "more than 10%" despite automation efforts—suggests labor scalability remains a constraint, undermining claims that process automation will meaningfully reduce incremental staffing needs per unit produced at the pace required to meet ambitious delivery targets.
The company's backlog growth, while impressive at 18% to $642.3 million, contains a material risk of revenue recognition delay that management downplayed by attributing H2 revenue shifts solely to "timing" from component supply delays, when in reality the deferral is exacerbated by the nature of its largest new contract—the $187 million commercial M-CLASS constellation award—which Wallinger acknowledged will deliver "less than $30 million" in 2026 with "most of it... in 2027 and 2028." This means over 80% of the contract's value is deferred beyond the current fiscal year, yet the full $187 million was added to backlog immediately, inflating near-term conversion expectations. Combined with Kevin Messerle's admission that Q2 2026 revenue could be "roughly flat year-over-year" due to supply chain issues shifting revenue to H2, the guidance reaffirmation of $545–$595 million relies heavily on uncertain task order issuances from IDIQs in H2, a risky assumption given Wallinger's candid admission that the company is "not as fast as we probably need to be" in responding to government task order requests, requiring them to "double our classified space" just to keep pace. This creates a significant execution risk where backlog growth does not translate to timely revenue recognition, potentially forcing future guidance cuts if task order velocity fails to match the accelerated procurement cycles Wallinger described.
York's strategic pivot toward adjacent markets via acquisitions like ALL.SPACE and Solestial introduces integration and execution risks that are being overlooked amid enthusiasm for TAM expansion, particularly the challenge of merging distinct corporate cultures and technical systems while maintaining focus on core satellite manufacturing—a risk highlighted by Dirk Wallinger's own emphasis on the difficulty of connecting unmanned systems to space-based networks, where he noted "the next step is, how do you get these things to work? How do you connect them? How do you make sure that they understand where they're at? How are you coordinating them?" This complexity is amplified by the ALL.SPACE acquisition's U.K.-based technical headquarters and U.S. production in Alabama, requiring cross-border coordination that could dilute York's focus on its core competency: rapid, affordable satellite production for proliferated architectures. Furthermore, the Solestial acquisition, while strategically sound for supply chain control, assumes successful scaling of wafer-to-module manufacturing—a capability recently expanded but not yet proven at volume—and carries the risk that Solestial's self-healing solar technology, though proven on orbit, may not achieve the cost advantages promised over legacy III-V solutions at scale, especially if U.S. manufacturing cannot overcome the inherent cost disadvantages versus Chinese-controlled supply chains York seeks to replace.

Peer group

Peer Comparison

Companies in the Space

View all peers

S.No.	Ticker	Company	Market Cap	P/E	P/S	Total Debt (Qtr)
1	GE	General Electric Co	296.38 Bn	32.56	5.64	19.33 Bn
2	RTX	RTX Corp	266.75 Bn	31.74	2.78	37.38 Bn
3	BA	Boeing Co	149.46 Bn	71.51	1.59	45.90 Bn
4	LMT	Lockheed Martin Corp	145.66 Bn	22.36	1.84	20.50 Bn
5	GD	General Dynamics Corp	95.84 Bn	21.36	1.75	7.52 Bn
6	MSI	Motorola Solutions, Inc.	80.53 Bn	37.74	6.58	9.03 Bn
7	NOC	Northrop Grumman Corp /De/	80.12 Bn	17.73	1.84	14.43 Bn
8	HWM	Howmet Aerospace Inc.	77.69 Bn	41.54	8.52	4.50 Bn

York Space Systems YSS

About

Investment Thesis

Peer Comparison

Create an account

Sign In

Reset Password