HardwareJacksonville, FL, USAFounded 2020· One of 1739 Hardware companies tracked by AMPulse
Develops in-space additive manufacturing systems and facilities for microgravity environments, enabling on-orbit production of tools, structures, and biological tissues to reduce Earth-launch dependency and costs.
CEO / Founder
Peter Cannito
Team Size
1001-5000
Stage
Active
Total Funding
$620M
Latest Round
IPO
Key Investors
AE Industrial Partners; Genesis Park Acquisition Corp
Technology & Products
Key Products
Redwire develops in-space additive manufacturing systems, power generation, antennas, deployable solutions, star trackers, and other spacecraft components. They also offer digital engineering and AI automation for aerospace infrastructure and autonomous systems.
Technological Advantage
Proprietary microgravity 3D printing processes validated on the International Space Station, protected by over 300 active patents covering space-based algorithms and hardware.
Differentiation
Value Proposition
Reduces space mission costs by enabling in-space manufacturing of spare parts and components, cutting lead times from months to days and eliminating launch mass constraints for critical supplies.
How They Differentiate
3x more flight heritage than new-space AM startups with proven ISS deployments, offering end-to-end in-space manufacturing vs. Earth-based only competitors.
Market & Competition
Target Customers
NASA, Department of Defense, commercial space companies, pharmaceutical firms
Industry Verticals
Aerospace; Defense; Medical; Research
Competitors
Relativity Space; Sierra Space; Stratasys
Growth & Milestones
Growth Metrics
Revenue grew 24.73% YoY to $304.1M in 2024; forecast $450M-$500M for 2026.
Major Milestones
First 3D printer on ISS (2014); Acquisition of Made in Space (2020); 3D bioprinting of live human heart tissue on ISS (2024); Public listing via SPAC (2021)
Notable Customers
NASA; Department of Defense; Commercial space entities
Redwire occupies a first-mover position in the in-space servicing, assembly, and manufacturing (ISAM) market, offering vertically integrated production capabilities validated in microgravity. The company's core value proposition is reducing space mission costs by enabling on-orbit fabrication of spare parts and components, cutting lead times from months to days and eliminating launch mass constraints for critical supplies.
The company's additive manufacturing portfolio spans multiple processes, including material extrusion (MEX) for polymers and bioprinting, vat photopolymerization (VPP) for ceramics and composites, and vat additive manufacturing (VAM) for novel processes. These systems are designed specifically for microgravity environments and have been deployed on the International Space Station. Redwire also provides digital engineering and AI automation for aerospace infrastructure and autonomous systems.
Target customers include NASA, the Department of Defense, commercial space companies, and pharmaceutical firms. Key applications include producing spare parts, tools, and biological tissues in orbit. The company claims 3x more flight heritage than new-space AM startups, with proven ISS deployments and over 300 active patents covering space-based algorithms and hardware.
Redwire's strategic moat rests on its validated microgravity printing processes and end-to-end in-space manufacturing capability, differentiating it from Earth-based-only competitors like Relativity Space and Stratasys. Key partnerships with NASA, Honeywell, Microsoft, and Edge Autonomy reinforce its position. Revenue grew 24.73% YoY to $304.1M in 2024, with a forecast of $450M-$500M for 2026.