Balerion Senior Associate Aidan Daoussis sits down with Chris Pearson, CEO of Agile Space Industries, to discuss in-space mobility and chemical propulsion. Agile is a propulsion solutions provider specializing in hypergolic propellants, with thrusters and rocket engines designed, 3D printed, and hot-fired under one roof. Pearson explains why chemical propulsion is seeing renewed demand for high-energy maneuvering missions, how Agile’s vertically integrated manufacturing enables unusually rapid development timelines, and where the company fits across national security space, lunar missions, and emerging commercial orbital infrastructure.
00:00 – Introduction to the episode and overview of Agile Space Industries and its focus on in-space mobility through chemical propulsion.
00:38 – The problem Agile solves: enabling high-energy maneuvering in space where electric propulsion cannot meet speed or thrust requirements.
01:23 – Key markets served by Agile: national security space, lunar exploration missions, and commercial launch and orbital transfer vehicles.
02:29 – Why chemical propulsion is regaining importance despite the rise of electric propulsion technologies.
03:02 – Electric propulsion’s role in mega-constellations versus chemical propulsion for fast maneuvers, rendezvous, and high-energy operations.
04:52 – Applications requiring rapid maneuvering, including proximity operations, refueling missions, and defensive spacecraft operations.
05:24 – Why lunar landings and orbital insertion around the Moon still require chemical propulsion.
06:16 – Agile’s role in lunar and cargo missions, including work supporting the European company The Exploration Company.
07:29 – Example of Agile’s rapid development capability: designing and hot-firing a new propulsion engine within ten weeks.
08:21 – Agile’s recent milestones, including strong revenue growth and increasing demand for propulsion systems.
09:23 – Revenue performance: $28M in revenue last year, $60M backlog, and expectations to reach approximately $50M in revenue in 2026.
10:07 – The expanding propulsion market, driven largely by national security missions and increasing orbital infrastructure.
11:20 – Agile’s origin story: beginning as a propulsion testing company before evolving into a propulsion hardware manufacturer.
12:05 – How additive manufacturing enabled Agile to simplify engine designs and drastically reduce component counts.
13:03 – Vertical integration: printing propulsion components, assembling engines, and testing them in-house.
13:39 – The CLPS lunar program as an early catalyst for Agile’s growth.
14:32 – Expansion plans, including a new propulsion testing facility supported by Tulsa, Oklahoma.
15:47 – The $20M investment from Tulsa to build propulsion test infrastructure and foster a regional space industry cluster.
17:01 – Agile’s capital efficiency: roughly $39M raised to date while achieving positive cash flow and strong growth.
17:33 – The interplay between government funding and commercial space demand.
18:16 – Agile’s customer base, including major aerospace primes and emerging commercial space companies.
19:27 – The evolving spacecraft size classes where chemical propulsion adds the most value.
20:48 – High-performance propulsion enabling smaller spacecraft to complete more complex missions.
22:09 – The rise of counter-space and defensive maneuvering missions as a major driver of propulsion demand.
23:33 – Agile’s service business: propulsion testing for other companies and partners.
24:34 – Additive manufacturing services beyond space, including aerospace and underwater systems.
25:48 – Providing turnkey propulsion systems, including tanks, fueling services, and launch-site operations.
26:31 – Development of mobile payload processing units for spacecraft fueling and launch readiness.
27:56 – Agile’s competitive moat: credibility, execution reliability, and strong relationships with integrators and customers.
31:00 – Government priorities shaping propulsion technology development.
32:11 – Agile’s work on multi-mode propulsion systems combining chemical and electric propulsion capabilities.
33:12 – National security implications of maneuverable spacecraft and orbital “dogfighting.”
34:10 – The need for faster propulsion, rapid delivery, and large-scale manufacturing to support future space conflicts.
37:01 – The importance of manufacturing scale as satellite constellations and defense missions expand.
38:38 – Chris Pearson’s career journey from Airbus to multiple space startups and ultimately leading Agile.
41:40 – Why supply-chain companies in space often benefit most from the growth of the broader space economy.
42:21 – Identifying the opportunity in chemical propulsion due to years of underinvestment compared to electric propulsion.
44:26 – Agile’s future: expanding from propulsion components to full propulsion systems.
45:02 – Development of piston-based propellant tanks that eliminate fluid slosh and improve spacecraft stability during maneuvers.
47:00 – Agile’s strategy to integrate propulsion systems earlier in spacecraft assembly.
48:02 – The importance of supplier partnerships and strategic investors in scaling the company.
49:50 – Agile’s Series A funding and the role of strategic investors supporting government and regional relationships.
53:01 – Closing takeaway: Agile’s momentum, strong revenue growth, and expanding propulsion market opportunities.
