BonesDefense

Capabilities

Narrow
On Purpose.

Three disciplines, and nothing else: airborne collection, cost-constrained effectors, and the fire-control layer that ties them together. We are not a systems integrator looking for a market. Every capability listed here exists because one of our three systems requires it.

Distributed sensor and fire-control mesh VERTEBRA Mesh

Aircraft · ISR · R&D

Airborne Collection.

Long-endurance aircraft built to sit over a problem for a long time without being seen or being missed when lost. Composite primary structure, low-observable shaping, and a payload bay sized around RF collection rather than around a camera we happened to buy.

01Long-Endurance ISR PlatformsCore
02SIGINT & Persistent RF CollectionCore
03Low-Observable Airframe DesignCore
04Composite Structures & ToolingIn House
05REVENANTIn Development
REVENANT airframe

Effectors · Air Defense

Cost Per Engagement.

An interceptor that costs more than the threat is a losing trade repeated until the magazine is empty. We set unit cost as a hard requirement on the first drawing, alongside range and probability of kill, and hold it there through the entire design. Commercial supply chains, domestic final assembly, and no exquisite components where a good one will do.

01Low-Cost Hard-Kill InterceptorsCore
02Dual-Mode Terminal GuidanceCore
03Design-To-Cost EngineeringDiscipline
04Magazine Depth At ScaleProduction
05CORTEXIn Development
CORTEX interceptor

Fire Control · Autonomy

The Decision Layer.

Sensor fusion, track custody, and engagement management built on an open architecture, so a customer can bring their own radars and their own effectors. The autonomy runs all the way to a complete firing solution and then stops. A human authorizes. That boundary is enforced in the architecture, not in a manual.

01Multi-Sensor Fusion & Track CustodyCore
02Human-On-The-Loop Engagement AuthorityRequired
03Open Architecture & MOSA InterfacesCore
04Degraded-Link & EW-Denied OperationCore
05VERTEBRAIn Development
VERTEBRA fire-control mesh

Manufacturing

Built Here.

Every system BonesDefense fields will be manufactured in the United States. Supply chain, tooling, and manufacturing partners are selected around that constraint rather than optimized against it after the fact.

Where a commercial part meets the requirement, we use the commercial part. Where it does not, we build the tooling ourselves rather than design around what a catalog happens to offer.

Work With Us

Express Interest.

Program offices, primes, and suppliers. Tell us what problem you need solved and we will tell you honestly whether we are the right people for it.