The Company
Physics gives us the laws. Engineering turns them into capability. Mission discipline makes that capability matter when lives depend on it.
Why the name
The name reflects a conviction: consequential machines cannot be understood one component, one equation, or one discipline at a time.
Unified
In physics, unification is the search for a common framework beneath effects that first appear unrelated. It does not erase complexity. It reveals the shared laws, symmetries, and relationships that let the whole be understood without contradictory models at every boundary.
Mechanics
Mechanics is the branch of physics concerned with motion, force, momentum, energy, equilibrium, and the response of matter to loads and constraints. It is the language used to predict whether a vehicle will fly, a structure will endure, or a mechanism will act as intended.
The namesake
Unified Mechanics Theory joins Newtonian mechanics with thermodynamics, bringing motion, entropy, degradation, and lifetime into one account of physical behavior. The name sets the standard for our company: sensing, communications, command, launch, autonomy, reliability, and sustainment must be engineered as parts of one operating reality.
The search
Richard Feynman described the search for a unified theory as a search for deeper understanding, not a demand that nature conform to a preferred final answer.
Whether reality resolves into one elegant law or layer after layer, the work is the same: observe honestly, ask better questions, test the model, and follow the evidence. Unified Mechanics carries that discipline into defense engineering. We do not ask the hardware to validate a story. We build, measure, learn, and earn the right to make the story true.
Watch / The search for a unified theoryOur mission
Protect
Service members at the tactical edge.
Defend
The homeland, critical infrastructure, and allied forces.
Advance
American engineering capacity for the missions ahead.
Our ambition is larger than a single product. We intend to build a defense company capable of owning complete mission arcs across sensing, command, deployment, and autonomous action—systems designed together, tested together, and accountable to the same standard.
How we operate
Nature is the final authority. We begin with first principles, build physical proof, and let measurement overturn assumptions before the field does.
Detection, communications, command, launch, and autonomy are not separate missions. The handoffs between them determine whether the architecture works.
Performance on day one is not enough. Reliability, degradation, serviceability, sustainment, and the operator experience belong inside the engineering problem.
Our work exists to give service members more warning, better decisions, and a stronger defensive advantage while protecting the homeland they defend.
Unified Mechanics brings company leadership, autonomy, mechanical engineering, avionics, program execution, and operational experience into the same development loop.
Co-Founder + CEO
Leads company strategy and product direction while building Thornwall’s guidance, command and control, and mission software.
Co-Founder + CTO
Leads technical architecture and engineering across the integrated Unified Mechanics system portfolio.
Founding Chief Engineer
Leads Thornwall’s physical realization and prototype development, turning system designs into working hardware through fabrication, assembly, integration, testing, and validation.
Chief Operating Officer
Leads company operations and contributes directly across CAD, avionics, mechanical systems, suppliers, testing, and program execution.
Autonomy Software Advisor
Stanford aerospace engineering PhD, NASA NSTGRO Fellow, and robotics researcher advising active perception, state estimation, and multi-robot autonomy.
Advisor
Combat veteran and Army aviator with nearly four decades of service, bringing senior judgment across deployment, sustainment, logistics, operator needs, and combat utility.
Build with us