Nano-Class Unmanned Helicopter

Autonomous Movement and Resistance
Dynamic and Multidimensional
High Resolution
Advanced Imaging Systems
Secure and Long-Range Communication
Operational Efficiency
Durable Hardware

Superior Flight Stability with True Helicopter Architecture

Unlike multi-rotor designs, NanoAlp features true helicopter aerodynamics. This architecture enables precise maneuvering in confined spaces, stable hovering at a fixed point, and high stability in windy conditions. NanoAlp significantly increases mission reliability, particularly in indoor environments, urban operations, and complex terrain conditions.

Optimized Design for Exploration and Surveillance in Challenging and Confined Environments

NanoAlp is designed for special units to operate in environments without GPS and with limited visibility, such as building interiors, tunnels, caves, mining sites, and demolition areas. Thanks to its advanced sensor integration and environmental awareness capabilities, it provides users with real-time and reliable intelligence.

Artificial Intelligence-Supported Autonomous Navigation and Image Processing

NanoAlp can perform autonomous or semi-autonomous tasks using image processing and artificial intelligence-based algorithms. Capabilities such as obstacle detection, target detection/tracking, and surround mapping reduce operator workload while increasing task success rates.

Military and Civilian (Dual-Use) Capability

NanoAlp is suitable not only for military intelligence and reconnaissance missions, but also for civilian applications such as search and rescue, disaster management, nuclear facility inspections, and industrial inspections. This dual-use approach provides cost advantages to user organizations while enabling the platform to be quickly adapted to different mission profiles. Multi-mission capability with a single system is one of NanoAlp's most important strategic advantages.

Unrivaled Technology Integration and System Maturity in the Nano Class

NanoAlp offers extremely high technology integration for its class. Sensors, flight control systems, software, and artificial intelligence components are brought together in a balanced, compact, and operationally mature architecture. The number of systems worldwide that offer a nano helicopter solution at this level is extremely limited, positioning NanoAlp as a niche but critical capability.

Domestic Design, Flexible Architecture, and User-Focused Design/Production

Developed entirely with a domestic engineering approach, NanoAlp features an open architecture that can be customized according to user needs. Offering rapid adaptation at both the hardware and software levels, it aligns with the doctrines and mission requirements of different countries. This flexibility makes NanoAlp not just a product, but a long-term capability acquisition.