Who We Are
Building the Autonomous Defense Ecosystem
Modern defense organizations do not need another isolated platform. They need systems that work together, adapt quickly, integrate with existing command structures, and can be manufactured at meaningful scale.
AdlerAerospace was built for that requirement. Our role is to identify the most consequential operational gaps, bring together best-in-class technologies and teams, own the mission architecture, and deliver integrated capability across the full unmanned and counter-unmanned mission cycle. The result is a modular ecosystem spanning heavy-lift and tactical UAVs, persistent ISR, electronic warfare, affordable interceptors, sensor-to-effector integration, and lifecycle support.
We are not defined by a single airframe. We are defined by the ability to assemble, validate, industrialize, and field the right system for the mission.
Our Mission
Our mission is to protect the United States, its allies, critical infrastructure, and frontline personnel by delivering autonomous systems that create decisive operational advantage at sustainable cost.
That mission demands more than technical novelty. It requires disciplined integration, operator trust, resilient supply chains, open interfaces, human authority, and the ability to manufacture and support systems beyond the prototype stage.
The Problems We Are Built to Solve
Contested logistics
Moving supplies, sensors, communications, and mission payloads through dangerous environments remains slow, expensive, and personnel-intensive. Autonomous lift can reduce exposure and extend operational reach.
The counter-UAS cost exchange
Low-cost drones and one-way attack systems can exhaust expensive traditional interceptors. Defenders need layered detection, command, electronic protection, and affordable kinetic effectors with greater magazine depth.
Fragmented integration
Too many defense technologies remain proprietary, disconnected, or difficult to deploy. Operators need mission systems that connect sensors, effectors, autonomy, communications, and command tools without rebuilding the entire stack.
One Company. Four Execution Domains.
Uncrewed Aviation
Heavy-lift, long-endurance, tactical, ISR, logistics, maritime, border-security, communications-relay, and mission-adaptable UAV platforms.
Counter-UAS & Air Defense
Layered systems connecting RF detection, passive and active radar, electronic warfare, command and control, AI-enabled sensing, and affordable interceptors.
Autonomy & Mission Integration
Open, NATO-aligned integration across ATAK, SAPIENT-compatible architectures, sensors, secure communications, edge computing, and human-supervised autonomy.
Industrialization & Field Support
Distributed manufacturing, payload integration, training, maintenance, sustainment, upgrades, local production pathways, and lifecycle support.
How We Operate
AdlerAerospace uses a capital-efficient operating model designed for the pace of modern defense. We maintain responsibility for system architecture, mission integration, customer requirements, validation, and scale-up while working with specialist engineering and manufacturing partners across the United States and allied nations.
This model compresses development timelines, reduces unnecessary fixed-cost burden, enables production localization, and lets proven component technologies advance together rather than waiting for a single vertically integrated organization to invent every layer.
- Mission before novelty. We begin with the operational problem and the cost, speed, range, survivability, and interoperability the user actually needs.
- Integration is a core product. Airframes, payloads, sensors, effectors, communications, software, and command tools must function as one mission system.
- Scale is designed in early. Manufacturability, supply chain, training, sustainment, and production partners are considered before a demonstration becomes a procurement requirement.
- Open systems win coalitions. Our architectures are designed to integrate with allied workflows, preserve customer choice, and support rapid technology insertion.
- Autonomy accelerates action; humans retain authority. We use autonomy to compress timelines and reduce workload while preserving accountable human control for mission-critical decisions.
- Allied industrial resilience matters. Distributed engineering and manufacturing create speed, redundancy, localization options, and a stronger Western defense base.
Validated Through Demanding Programs and Operators
AdlerAerospace advances through an execution pathway: demonstration, evaluation, pilot program, procurement, and lifecycle support. Public milestones include:
- Selection for the DARPA Lift Challenge, focused on transformational vertical-lift capability for demanding military and humanitarian logistics missions.
- Selection for the U.S. Department of Defense Drone Dominance Program Gauntlet II qualifier, bringing together combat-informed design, mission integration, experienced operators, and American manufacturing capacity.
- Successful participation in NATO BATT25 and mTIE25 in Latvia, where AdlerAerospace fielded a multi-system ISR and counter-UAS package; the company team was recognized as the top Blue Team C-UAS unit in its public after-action account.
- Evaluation activity involving the Royal Navy, Swedish Marines, and Ukrainian defense operators, providing mission feedback across maritime, contested, and counter-UAS environments.
- Public launch of the TALOS autonomous interceptor family at UMEX 2026 in Abu Dhabi and subsequent international defense-media coverage.
- Demonstrations and engagements across the United States, Europe, the Middle East, and Asia, including SOF Week, Thailand, Czechia, Denmark, and allied defense audiences.
Founder-Led, Built to Execute
AdlerAerospace is led by founder and CEO Wilhelm Meya, a pilot, serial founder, and institution builder with more than 25 years of experience building technology organizations, leading government-facing programs, and creating international partnerships.
Before AdlerAerospace, Meya built and led mission-driven organizations that worked across countries, cultures, public agencies, academic institutions, and the United Nations ecosystem. That background shapes AdlerAerospace’s operating philosophy today: understand the mission deeply, bring together exceptional specialists, build trust across borders, preserve capital, and move relentlessly from concept to fielded result.
His founder mandate is to translate fast-moving operational innovation into a disciplined, scalable Western defense enterprise – one that can earn operator confidence, integrate across allied systems, and build long-term enterprise value.
A Team Designed Around the Mission
AdlerAerospace combines a focused core leadership team with an extended network of engineering, manufacturing, operational, and market specialists. The organization brings together experience across:
- Air vehicle design, hybrid propulsion, avionics, flight controls, certification, and flight-test execution.
- Artificial intelligence, computer vision, edge autonomy, EO/IR sensing, terminal guidance, and human-supervised mission autonomy.
- Radar, RF detection, electronic warfare, resilient communications, command and control, and sensor-to-effector integration.
- Advanced composites, tooling, production engineering, supply-chain development, quality, and scalable manufacturing.
- Military operations, special-operations support, mission planning, pilot training, payload employment, and field service.
- U.S. and allied government programs, procurement pathways, regulatory compliance, finance, business development, and international market execution.
This is not simply a collection of vendors. It is a coordinated execution network, with AdlerAerospace accountable for the architecture, the mission outcome, the customer relationship, and the pathway to scale.
Allied by Design
Headquartered in Jackson, Wyoming, AdlerAerospace works through an allied network across the United States, Ukraine, Poland, Denmark, Czechia, South Korea, and the Gulf region. Each location contributes a distinct advantage: battlefield learning, aeronautical engineering, AI and software, electronic warfare, advanced manufacturing, regional access, or customer support.
The objective is not geographic breadth for its own sake. It is to build a resilient industrial system capable of adapting technology quickly, localizing production where required, and supporting customers across NATO and allied markets.
Our Vision
AdlerAerospace is building toward a future in which autonomous logistics, persistent ISR, affordable counter-UAS, attritable systems, and mission autonomy operate as one interoperable defense ecosystem.
Our long-term goal is to become one of the most trusted autonomy-focused defense companies in the Western industrial base – recognized not only for capable products, but for the speed, judgment, integration discipline, and manufacturing partnerships required to field them.