Engineering the Future of Unmanned Defense
We specialize in the design, development, and manufacturing of next-generation tactical Unmanned Aerial Vehicles (UAVs), engineered for precision, speed, and survivability.
Our advanced systems are optimized for high-speed, high-altitude performance in the most demanding mission environments — from ISR to tactical strike support.
Note: Performance specifications are based on proprietary simulations and projected test data. Final operational characteristics may vary depending on mission parameters and system configuration. All concepts, designs, and technologies presented are the proprietary intellectual property of Unmanned Tactical Systems Inc. and may be subject to export control laws under EAR and/or ITAR regulations.
© 2025 Unmanned Tactical Systems Inc. All Rights Reserved. | Proprietary & Export Controlled | info@unmannedtacticalsystems.com
Mission-Ready Technology for the Future Battlespace
High-Performance Materials & Components
Our UAV systems integrate cutting-edge sensor technology and avionics to meet the rigorous demands of modern combat and reconnaissance operations — delivering enhanced situational awareness, targeting precision, and operational reliability.
Equipped with:
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Infrared (IR) Sensors
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Electro-Optical (EO) Systems
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Thermal Imaging Sensors
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LIDAR Systems
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Compact Multi-Band RADAR Arrays
Note: Component integration and material use may vary by UAV configuration and export classification.
Advanced Configurable Payloads
Engineered with aerospace-grade materials and modular payload interfaces, our UAV platforms are designed to endure high-speed, high-altitude, and harsh-environment operations — without compromising performance or payload adaptability.
Key Structural & Protective Materials:
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Aerospace-Grade Titanium Alloys
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Advanced Carbon and Ceramic Composites
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Radar-Absorbing Coatings (RAM)
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Integrated Thermal Management Systems
Note: Component integration and material use may vary by UAV configuration and export classification.
Advanced Materials, Mission-Driven Engineering, & Configurable Payloads
Titanium is at the core of our UAV’s advanced engineering, offering an unmatched combination of strength, corrosion resistance, and lightweight performance. We strategically integrate aerospace-grade titanium into critical structural components, ensuring exceptional durability while minimizing airframe weight.
Its high-temperature resistance makes it ideal for thermally demanding zones such as engine mounts, nozzle regions, and exhaust interfaces. By leveraging titanium’s superior mechanical properties, we significantly enhance UAV structural integrity, longevity, and flight survivability — pushing the boundaries of high-tech aerial innovation.
Carbon fiber composites play a critical role in achieving superior aerodynamic performance and structural strength. By incorporating ultra-lightweight yet high-strength materials in key sections — including wings and airframe skins — we reduce overall system mass without compromising durability.
This results in extended flight endurance, improved propulsion efficiency, enhanced aerodynamic efficiency, and superior maneuverability at high speeds
To complement carbon fiber, we also utilize advanced ceramic composites in high-stress and high-thermal environments. These include propulsion housings, thermal shielding, and nosecone structures where both thermal and mechanical resilience are mission-critical.
By engineering the right combination of ceramic, carbon, and composite materials, we deliver UAVs with superior heat resistance, structural stability, and operational versatility.
Our UAV platforms are designed for mission-adaptable payload integration, supporting a wide array of defense, reconnaissance, surveillance, and SIGINT/ISR operations. From high-resolution EO/IR cameras and thermal imaging systems to LIDAR and multi-band radar, our systems can be configured to meet demanding operational needs.
Every payload bay is engineered to MIL-STD specifications, with strict adherence to standards for durability, EMI/EMC, and environmental resilience — including performance in high-G maneuvers, extreme temperatures, and contested electromagnetic environments.
Our modular payload bay architecture enables rapid swap-out for mission-specific configurations and supports easy plug-and-play integration for future technologies.
By combining advanced onboard processing with next-gen sensors and AI-enhanced data fusion, our UAVs provide critical edge intelligence, autonomous targeting, and adaptable mission control — ensuring unmatched battlefield awareness.
Note: Materials and payload configurations subject to change based on export classification, mission requirements, and regulatory compliance.
Core Capabilities
High Speed UAV Design
Compact. Fast. Efficient
UAVs designed for speeds up to Mach 0.75 with stealthy internal propulsion and high-performance composite frames.
Propriatory Propulsion System
Flexible. Efficient. Mission-Driven
Modular propulsion framework enabling multiple UAV configurations for tactical, ISR, and multi-role missions—tailored to operational range, endurance, and mission adaptability.
AI-based Autonomy & Control
Intelligent. Adaptive. Autonomous.
Our UAVs use embedded AI/ML for real-time flight control, navigation, obstacle avoidance, and adaptive mission execution.
MIL-STD Compliant Architecture
Hardened. Secure. Mission-Ready
Systems designed to meet DoD MIL-STD/MIL-SPEC criteria including EMI shielding, radiation hardening, and secure comms.
ISR & Sensor Integration
Modular. Tactical. Precision
Supports a wide range of ISR payloads including thermal, IR, radiation sensors, LIDAR, and encrypted tactical data links.
Systems Engineering & MBSE
Model-Based. Precise. Predictive
Utilizing SysML, MATLAB, and COMSOL for full digital twin development, performance simulation, and risk/failure analysis.
Rapid Prototyping & Fabrication
Accelerated. Agile. Scalable
From CAD to production—iterative prototyping using SolidWorks, composites, CNC, and additive manufacturing techniques.
Custom Mission Configuration
Tailored. Flexible. Tactical Advantage
Designed for ISR, interceptor, or surveillance roles with configurable payloads and flight characteristics based on mission profiles.
Our Technology
Stealth, Aerodynamic Design
Low-profile. Radar-Deflective. Fast.
Airframes with internal propulsion and blended surfaces reduce radar cross-section (RCS) while maximizing aerodynamic performance for high-speed, low-observable operations.
Hybrid Propulsion System
Flexible. Reliable. Mission-Ready.
Our UAVs offer multiple propulsion configurations tailored to mission needs—balancing speed, endurance, and low observability while ensuring modular integration and high performance.
AI-Driven Flight Control
Adaptive. Autonomous. Intelligent.
AI-enabled navigation, sensor fusion, and autonomous decision-making empower each UAV to respond dynamically to mission threats and environmental changes.
Modular Payload Bay
Scalable. Tactical. Mission-Specific.
Supports ISR, electronic warfare, or kinetic payloads with rapid-swap modular bays. Reconfiguration in under 5 minutes allows for flexible field deployment.
MIL-STD Electronics Architecture
Hardened. Compliant. Battle-Tested.
All subsystems designed to MIL-STD-810, 461, and 704 standards, ensuring survivability under EMI, power fluctuation, shock, vibration, and extreme conditions.
Autonomous Energy Optimization
Intelligent. Balanced. Efficient.
Smart energy balancing between propulsion, batteries, and auxiliary power modules optimizes flight time and system load in real time.
Secure Tactical Communications
Encrypted. BLOS. Anti-Jam.
Features AES-256 encryption, directional RF links, and BLOS (Beyond Line of Sight) capability for operation in denied or contested environments.
Digital Twin & Simulation
Realistic. Predictive. Model-Based.
Using MATLAB, COMSOL, and SysML, we simulate performance, system behavior, and mission outcomes with a full digital twin and MBSE approach.
Programs & Systems
Modular UAV platforms tailored for tactical superiority and mission-specific roles.
Interceptor-Class UAV
Speed. Maneuverability.
Tactical Impact.
Designed for short-range interdiction and strike missions, this UAV leverages a compact propulsion configuration with dynamic control surfaces for high-G maneuvers and rapid response. Achieves speeds near Mach 0.75 and is engineered for real-time target engagement in contested airspace.
ISR-Class UAV
Endurance. Intelligence. Stealth
Outfitted with thermal/IR sensors, radiation detectors, and encrypted comms, this platform supports long-range reconnaissance. Hybrid propulsion and aerodynamic shaping allow extended flight time and ultra-low radar observability.
Multi-Mission / Civilian Variant
Flexible. Scalable. Mission-Ready.
Built on the same stealth-enhanced airframe, this dual-use version is suited for infrastructure surveillance, environmental monitoring, and border operations. Custom payloads and flight profiles make it ideal for civilian or law enforcement missions.
Contract Vehicles & Partnerships
SBIR / STTR Eligibility
Innovation-Focused.
Early-Stage Ready.
Unmanned Tactical Systems Inc. qualifies for Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) programs, offering pathways to early-stage R&D funding and DoD commercialization.
OTA / Rapid Prototyping
Agile. Accelerated. Collaborative.
We pursue partnerships under Other Transaction Authority (OTA) mechanisms to enable rapid prototyping and non-traditional teaming with defense primes and federal labs.
Government & Academic Partnerships
Cooperative. Strategic. Multi-Domain.
We actively seek collaborations with DoD labs, research institutions, and universities to accelerate dual-use UAV development and field validation.
Defense Primes & Industry Teaming
Technology-Driven. Integration-Ready.
Open to teaming agreements with Tier 1 and Tier 2 defense contractors for subsystem integration, component R&D, and joint proposal efforts across ISR and UAV programs.ation.
About Us
Unmanned Tactical Systems Inc. is a U.S.-based aerospace and defense company focused on the design and development of advanced unmanned aerial systems (UAS) for tactical, ISR, and dual-use missions.
We specialize in compact, high-speed UAV platforms that integrate advanced propulsion solutions, embedded AI-driven flight control, and MIL-STD-certified avionics. Each aircraft is engineered with modular architecture and aerospace-grade composites to ensure performance, adaptability, and survivability.
Our company is strategically positioned to support both government and industry partners with rapid prototyping, advanced system integration, and field-ready solutions.
We combine cutting-edge systems engineering, model-based development, and aerospace-grade manufacturing to deliver next-generation UAV platforms built for modern battlefields and contested environments.
Contact Us
Unmanned Tactical Systems Inc.