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Defense Systems
Mission-critical infrastructure architected for sustained operation in extreme and contested environments.
Defense · Aerospace · Space
Engineering the Materials Platform for Extreme Environments
Kaliber Systems Corp develops programmable structural architectures for defense, aerospace, and long-horizon space — where survivability, efficiency, and systems integration define mission success.
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Core Sectors
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Planned K2 Stages
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Years of Leadership
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System First Engineering
K2
Materials Platform
Who We Are
Built for Earth and Beyond
Kaliber Systems is building the materials platform for extreme environments — on Earth and beyond it. From advanced defense systems to aerospace structures to future space habitats, next-generation infrastructure demands materials that are stronger, lighter, and smarter.
Traditional materials treat structure, protection, energy management, and monitoring as separate layers. We engineer them as one integrated architecture.
Systems-First Design
Materials architected as integrated capability — not stacked subsystems.
Extreme Environment Ready
Shock, radiation, thermal stress, and long operational lifetimes.
Disciplined Progression
Validate, test, iterate, and partner across defense and aerospace.
Proprietary Design
Mars Biosphere Architecture
Kaliber Systems’ conceptual multi-dome habitat system — engineered for survivability, modularity, and long-horizon deployment on Mars.
What We Serve
Mission-Critical Domains
Precision engineering across the world’s most demanding operational environments.
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Aerospace Engineering
Infrastructure-scale aerospace systems designed for structural efficiency, modularity, and long-cycle validation.
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Space Technology
Foundational space systems engineered for survivability, autonomy, and long-duration deployment.
The K2 Materials Platform
Integrated Composite Architecture
K2 is a nanotechnology-enabled composite platform engineered to integrate multiple system functions into a unified material architecture.
By combining advanced 2D materials, reinforced lattice structures, and radiation-aware design principles, K2 consolidates capability into one architecture — reducing system complexity while improving performance.
- Carry structural loads
- Survive shock, heat & stress
- Embedded conductive pathways
- Configurable radiation & thermal behavior
Platform progression
Structural Architecture
Load-bearing composite engineered for durability and survivability under operational stress.
Integrated Functionality
Embedded pathways for power routing and structural health monitoring within the material itself.
Radiation & Thermal-Aware
Architected for harsh aerospace and space environments with configurable radiation management.
K2 is a modular, staged platform — not a single product. Each version builds upon validated foundations, expanding capability through disciplined progression.
Why It Matters
Every Kilogram. Every Interface.
As aerospace programs expand and space infrastructure accelerates, material efficiency becomes a defining constraint.
Every kilogram matters.
Mass drives cost, launch capacity, and mission feasibility.
Every interface introduces risk.
Fewer layers mean fewer failure modes in the field.
Systems built for extreme environments must survive impact, radiation, thermal extremes, and long operational lifetimes without unnecessary complexity.
K2 treats material not just as structure, but as integrated capability.
Explore Our Capabilities
Precision manufacturing for mission-critical programs
Leadership
Executive Team
Experienced leadership guiding Kaliber’s materials platform from concept through operational execution.
Chief Executive Officer
Charles Price
Founder & CEO · Kaliber Systems Corp.
Charles Price is the Founder & CEO of Kaliber Systems Corp., developing resilient, programmable structural architectures for extreme environments. With a background in network architecture and systems design, he approaches material and infrastructure development through a systems-first lens grounded in physical principles. He is the author of Entropy of Everything, which explores unified frameworks of energy and structure. At Kaliber, Charles leads development of the K2 platform — a staged architectural framework designed to anchor survivable infrastructure across defense, aerospace, and long-horizon space applications.
Chief Operating Officer
Don L. Jackson
Chief Operating Officer · Kaliber Systems Corp.
Don L. Jackson brings more than four decades of executive leadership experience across operations, finance, and technology. He has led global organizations through growth, restructuring, mergers and acquisitions, and public market transitions, spanning startups to enterprise-scale companies.
Don has served as Chief Operating Officer at Biocytics, Carolina BioOncology, StageZero LifeSciences, and MP Cloud Technologies. He previously held the role of Corporate Vice President of Operations for the healthcare division of Quality Systems, where he led the spin-off and successful IPO of the business.
Throughout his career, Don has held President, COO, and CTO roles, overseeing large-scale operational platforms and infrastructure modernization across complex organizations. He holds a B.A. in Computer Science from the University of Texas and an MBA from Southern Methodist University.
At Kaliber Systems Corp, Don leads operational execution and scalable infrastructure development as the company advances programmable structural materials for defense and aerospace applications.
Founder Notes
A Vision Beyond One Planet
Charles Price on the long-horizon mission behind Kaliber Systems and the K2 materials architecture.
I’ve always believed that humanity’s future extends beyond a single planet. Not as science fiction but as engineering.
When I began studying advanced materials, what struck me wasn’t just their strength or conductivity. It was the possibility that materials themselves could become systems. That structure could carry load, manage energy, respond to damage, and protect life all at once.
If we are going to build on Mars, or anywhere beyond Earth, we cannot rely on materials designed for highways and office buildings. We will need intelligent structures. Biospheres that protect against radiation. Habitats that manage their own energy. Systems that monitor their own integrity before failure ever occurs.
That is the long-term dream behind Kaliber Systems. K2 is not just a stronger composite. It is the beginning of a materials architecture designed for environments where survival is not guaranteed and where resilience must be built into the structure itself.
We are taking a disciplined path: validate, test, iterate, partner. Defense and aerospace are our proving grounds. But the horizon is larger. One day, I believe intelligent biospheres will stand on Mars — and eventually beyond it. When that happens, they will not just be shelters. They will be engineered ecosystems. Kaliber Systems exists to help make that future possible.
Frequently Asked Questions
Partnership & Platform
Answers to common questions about Kaliber Systems, the K2 platform, and how we engage with defense and aerospace partners.
What is the K2 materials platform?
K2 is a staged composite architecture that integrates structural load-bearing, survivability, embedded pathways, and radiation-aware configurations into a unified material system — designed for defense, aerospace, and space applications.
How does Kaliber Systems engage with partners?
Contact our team at info@kalibersys.com to discuss program requirements, validation milestones, and partnership models tailored to your mission lifecycle.
What sectors does Kaliber serve?
We focus on defense systems, aerospace engineering, and space technology — environments where material performance, mass efficiency, and long operational life are non-negotiable.
Is K2 available as a commercial product today?
K2 is a modular platform progressing through disciplined validation stages (V1–V3). Reach out to learn about current capabilities, testing partnerships, and roadmap alignment with your program.
Work With Us
Ready to Build for
Ready to Build for
Extreme Environments?
Partner with Kaliber Systems on next-generation structural composites for defense, aerospace, and space.