Tech credibility
SBIR Phase I/II (SpaceWERX + NASA, ~$2.3M). Two LOIs in negotiation with constellation operators at $8–15M per object. Customer discovery underway: SDA, Starlink, OneWeb, Iridium. Founding CTO search active.
— Investors · Seed round · Open
Waypoint Dynamics is raising its seed round to commercialize Sparrow — a reusable solar-electric servicer that captures derelict satellites and rocket bodies, deorbits them, and recovers for the next cycle. Active debris removal is no longer optional for U.S.-licensed operators. The market exists. The regulation exists. The hardware heritage exists. We are pulling them together.
01 · Why now
Active debris removal has been an academic conversation for thirty years. Three things changed in the last twenty-four months that turned it into a procurable service.
The FCC's 5-year deorbit rule replaced the prior 25-year guideline for U.S.-licensed LEO satellites. Non-discretionary. Operators are now financially exposed on every satellite they fly.
The active debris removal SAM grows from $143M in 2025 to $2.31B in 2033 — a 41.6% CAGR. North America holds 41.2% share. On-orbit servicing TAM: $4.67B.
Net (RemoveDEBRIS, 2018), magnetic dock (Astroscale ELSA-d, 2021), and drag-sail (NanoSail-D2) capture have all flown. Hall-effect propulsion is flight-qualified. The components exist; integration and operations are the work.
02 · What we're building
Sparrow is a 12U-class servicer (~32 kg wet) built around three flight-demonstrated capture mechanisms and a flight-qualified Hall thruster. It is designed for the 500–800 km regime where natural decay takes decades and where the densest concentration of derelict objects sits.
One ~3 kg propellant load supports approximately ten capture-and-deorbit cycles. The vehicle is refuelable in orbit through the Orbit Fab RAFTI standard, extending mission life beyond the propellant constraint.
Waypoint Dynamics is structured as a mission services company, not a hardware company. We sell deorbit-as-a-service: the customer signs a service-level agreement, we deliver a reentry trajectory.
The differentiator is operational discipline. Engineering-led ADR companies are well-capitalized and technically capable. Government buyers — particularly DoD — reward demonstrated operational maturity when evaluating commercial RPO providers. We import 48 years of Part 121 aviation operations culture directly into mission control.
03 · Unit economics
Single-shot deorbit architectures are constrained by the cost of the bus. Reusing the bus across five-to-ten objects collapses cost-per-object by roughly 60% at equivalent technical maturity.
Three revenue lines stack as the company matures: debris removal contracts (~$150M/yr at 3 missions), life-extension and inspection for cooperative satellites (~$25M/yr), and orbital sustainability data sold to insurers, reinsurers, and SSA providers (~$5M/yr).
Steady-state EBITDA target by Year 5: $35M / 17.5% margin on $200M revenue. The unit economics work because the bus does not get thrown away every mission.
04 · Competitive position
There are well-funded players in adjacent spaces. None of them sit on all four of these axes simultaneously.
Read: ITAR friction prevents non-U.S.-flagged providers from servicing U.S. national-security assets. MEV operates in GEO, not LEO, and addresses life-extension rather than disposal. We sit in the gap.
05 · Roadmap & traction
SBIR runs in parallel with seed equity. The seed funds the engineering team, GNC testbed, and capture breadboard — the work that gates Series A.
SBIR Phase I/II (SpaceWERX + NASA, ~$2.3M). Two LOIs in negotiation with constellation operators at $8–15M per object. Customer discovery underway: SDA, Starlink, OneWeb, Iridium. Founding CTO search active.
TRL-7 demonstrator. First commercial 5-object deorbit at $75M ($15M/obj). STRATFI follow-on. Fleet of three spacecraft. Series A close on the back of demonstrated mission revenue.
Three deorbit missions per year ($150M) plus life-extension ($25M) plus orbital sustainability data ($5M). Refuelable fleet via Orbit Fab. Steady-state EBITDA $35M.
06 · Use of funds
The seed buys 18–24 months of runway, the LOIs that gate Series A, and the engineering organization that executes Year 1–2. SBIR cost-share extends every dollar.
07 · Materials
The one-pager below is downloadable directly. The full deck, financial model, and data room are available after an introductory conversation.
— Get in touch
We're partner-led on this round and we're selective about the table. If you have a thesis on space sustainability, defense space, or operations-led aerospace — we'd like to hear it. Cold inbound is welcome; warm intros are welcomer.
info@waypointdynamics.space · Sheridan, WY · Response < 2 business days
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