Observable Space Closes $90M Series A and Wins $94M Space Force Contract: A Vertically Integrated Bet on Lasercom, Optical SDA, and In-Space Optics

Observable Space announced on May 28, 2026 that it has closed a $90 million Series A funding round led by Lux Capital and secured a $94 million sole-sourced Indefinite Delivery, Indefinite Quantity (IDIQ) contract from the U.S. Space Force, with $22 million awarded in initial task orders. The combination of a large private financing and a substantial government contract — announced in the same breath — positions the Los Angeles-based company as one of the most heavily capitalized new entrants in the optical layer of the space economy. Observable Space is a vertically integrated, full-stack optical space technology company spanning three product lines: turnkey laser communications (lasercom) ground stations, a globally distributed ground-based optical space domain awareness (SDA) platform, and in-space optical payloads. All three are manufactured in-house at company facilities in Detroit and Los Angeles. The company was co-founded in 2025 by former SpaceX executive Dan Roelker and already employs more than 175 people.

Three Product Lines, One Vertically Integrated Optical Stack

Observable Space's core thesis is that the optical layer of the space economy — the systems that let satellites and spacecraft see, navigate, and communicate using light rather than radio frequency — is a single technical discipline that rewards vertical integration. The company builds across three product areas that share a common foundation in precision optics, large-aperture telescope manufacturing, real-time control software, and edge compute. The first is high-throughput laser communications ground stations. The second is ground-based optical sensing for space domain awareness, operated as a globally distributed network. The third is in-space optical payloads, led by a multi-spectral imager called Iguana. CEO Dan Roelker framed the bet in stark terms: 'If you control light, you control space. The companies and nations that precisely track objects, navigate spacecraft, and communicate terabits per second will define the next era of the space economy.' The strategic claim is that owning the manufacturing, the lasers, the systems, and the software across all three product lines produces cost, speed, and performance advantages that a point-solution competitor cannot match.

The $94M Space Force Award: APFIT, DAO, and Attritable Optics

The government award is structured as a sole-sourced IDIQ contract worth up to $94 million, flowing through the Department of War's Accelerate the Procurement and Fielding of Innovative Technologies (APFIT) program. Observable Space was selected for the APFIT Deployable Attritable Optical (DAO) program, which aims to expand domestic production of high-performance optical telescopes for defense applications and to field mobile, off-grid robotic telescopes that augment existing Space Domain Awareness capabilities. The contract vehicle matters: an IDIQ provides a ceiling and a procurement pathway under which the government can issue task orders over time, and Observable Space has already been awarded $22 million in initial task orders against the $94 million ceiling. The company has explicitly framed this as the first step in a broader procurement pathway, with additional task orders and follow-on deployments anticipated. Jeremy Verbout, the Department of War's Assistant Secretary for Mission Capabilities, emphasized the speed of the mechanism and the operational need for mobile, off-grid robotic telescopes that can provide the Joint Force with high-fidelity space domain awareness.

The hardware at the center of the award is the company's Advanced Telescope Optics Mobility System (ATOMS), which leverages American-made commercial telescope platforms to augment existing government SDA systems while improving resilience, affordability, and geographic coverage. The 'attritable' framing in the DAO program name is strategically significant: rather than concentrating space-tracking capability into a small number of expensive, fixed, high-value installations, the attritable model fields a larger number of lower-cost, rapidly deployable, mobile optical stations whose loss is operationally and financially tolerable. This mirrors a broader 2024–2026 shift in U.S. defense space architecture toward proliferation, resilience, and cost-attritability — the same structural logic behind proliferated LEO constellations applied to the ground-based optical sensing layer.

Turnkey Laser Communications: The Holy Grail of Space Comms

Laser communications — also called free-space optical communications or lasercom — is the transmission of data between spacecraft and ground (or between spacecraft) using modulated light rather than radio frequency. It is orders of magnitude faster than RF and is becoming critical for emerging applications such as in-space data centers, next-generation communication constellations, and national security missions. Observable Space brings 15 years of large-aperture ground-system heritage to the category, with optics used in landmark lasercom missions including NASA's Artemis II laser link and high-definition lunar broadcast and NASA's record-breaking TeraByte Infrared Delivery (TBIRD) demonstration. The company is now productizing that heritage into a highly optimized, low-cost, turnkey optical ground-station platform aimed at both new and existing laser communications customers. Lux Capital partner Shahin Farshchi captured the investment thesis: 'Fiber optics built the terrestrial internet; free-space optics will be the backbone of orbital infrastructure — from defense applications to the bandwidth AI compute demands.'

In-Space Optics: The Iguana Imager and Apex Partnership

Observable Space is extending its optical manufacturing and edge-compute expertise into orbit with Iguana, a 200mm, three-aperture multi-spectral in-space imager designed as a compact, easy-to-integrate payload with sensors and powerful edge-processing avionics included. Pitched as a self-contained, off-the-shelf system with an eight-week lead time, Iguana targets on-orbit space domain awareness and rendezvous and proximity operations (RPO). The first flight is scheduled for later in 2026 on Apex's productized satellite platforms — Apex co-founder and CEO Ian Cinnamon noted the mission demonstrates how customers can rapidly integrate payloads on standardized satellite buses. The 200mm system is the first in a planned product line, with a 500mm system planned for 2026 and larger systems up to 1.5 meters to follow. The company also maintains a strategic relationship with Raytheon, an RTX business, focused on next-generation optical systems for national security and scientific missions.

The SDA Platform: 40+ Sites, Sub-Arcsecond Precision

Underpinning the government and commercial offerings is the Observable Space SDA platform — a globally distributed, real-time observation network combining more than 40 ground sites worldwide. The network can track targets on-demand with sub-arcsecond precision across LEO, MEO, GEO, and cis-lunar orbits and beyond, providing real-time data to satellite operators and government partners for launch, RPO, maneuverability, and station-keeping operations. The platform's disclosed operating metrics are substantial: 2.6 million automated tasks executed across live missions, 20 million-plus targets identified, and 84,000 hours of continuous orbital monitoring. The company plans to deploy additional 1- to 1.8-meter-class telescopes globally to enhance resolved-imagery capabilities for advanced pattern-of-life characterization — the discipline of inferring a spacecraft's mission, behavior, and intent from its observed physical characteristics and movement over time.

Why This Matters: The Optical Layer as Infrastructure

The simultaneous close of a $90 million Series A and the announcement of a $94 million government contract is a strong dual-validation signal: private venture capital and the U.S. defense procurement system are both underwriting Observable Space's vertically integrated optical thesis at scale. For the broader space economy, the company sits at the intersection of three structurally growing categories — the explosion of data-movement demand that is pushing lasercom from demonstration into operational deployment, the militarization and commercialization of space domain awareness as orbital traffic and counterspace concerns grow, and the reshoring of high-performance optical manufacturing as a national-security industrial-base priority. The investor syndicate reflects that positioning: a frontier deep-tech lead (Lux Capital), a defense-prime strategic investor (RTX Ventures, the venture arm of the company that owns Raytheon), a reindustrialization-focused regional investor (Detroit Venture Partners), and growth and specialist funds rounding out the round.

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