Autopilot Case

• Designed to eliminate autopilot mounting complexity
• Prevents vibration-induced noise
• Power, communication and PWM lines integrated on a single PCB

APM – Air Power Modules

• 3 designs: Kuzgun PDB, APM V1, APM V2
• Power management board operating under high input voltage
• Logs all power parameters in real-time

• Relay-based remote control
• 8 temperature, 8 current, 8 voltage logs
• 6 configurable power outputs

GCS Systems

• FZG2 controller, suitcase-type GCS, in-vehicle GCS
• Real-time monitoring via telemetry and datalink
• Mission and terrain-specific configuration

Tear Gas Launcher

• 40mm tear gas ammunition
• 8-round capacity
• 10–15m firing range
• Integrated firing camera

HKS – Mortar Control Systems

• 60mm & 80mm ammunition
• 2, 4 and 8 round firing modes
• 4-stage safety system
• Control via GCS and flight controller

UPS & Mobile Power Systems

• 3kW and 5kW configurations
• 220V AC input / output
• Suitcase-type mobile design

Data Transmission Systems – SkyBridge

• Real-time ESC and B2G70 motor data transmission
• APM V2 integration
• Monitoring & analysis with BMS DataLink

BMS DataLink & B2G70 Analyzer

• Log analysis and graph infrastructure
• Real-time motor and power monitoring
• Error and warning system

Auxiliary Systems – Power Delivery Kit

• Raspberry Pi power control
• Remote boot support
• Custom design for flight computers

License Plate Recognition System

Security vulnerabilities have been identified at the external entrance and exit points of our facility. A license plate recognition system has been developed to address these vulnerabilities.

This project is designed not only for use in our facility but also to be utilized in future projects.

Coordinate-Based Kamikaze Dive Project

This project is a coordinate-based kamikaze dive system designed to strike targets by inputting target coordinates obtained in real-time from a camera during reconnaissance/exploration conducted on a different system into a low-budget quadcopter platform positioned on the ground.

After the user enters the target coordinates into the system, they can determine the approach angle and the dive angle.

The system automatically plans and executes the UAV's takeoff, transit to the target, and dive maneuver according to the specified approach and dive parameters.

Parachute and Paramotor Detection and Tracking Project

This is an image-based detection and tracking system that detects low-altitude targets such as parachutes and paramotors at border lines through real-time image analysis.

The system continuously tracks the target after detection, generates position and route information, and provides alarm and reporting to authorized units.

The most challenging aspect of the system is optimizing it for high performance and low resource usage to run 24/7 continuously on an embedded computer.

Additionally, an optional engagement module for the target will be integrated into the system if needed.

Pilot Support System (PSS)

The Pilot Support System (PSS) is an AI "co-pilot" in the ear during UAV flights. The LLM-based voice assistant monitors altitude, speed, flight mode, and emergencies in real-time, for example reading altitude every 2 seconds and warning in critical situations.

This reduces human error, decreases workload, and increases situational awareness.

Video Localization Spotter

This is an application that enables the analysis of videos recorded by drones synchronized with geographic location data.

The drone video uploaded to the application is displayed in real-time with location information during the video stream.

EDGE-AI R&D

Within the scope of Edge AI, new hardware and AI accelerator solutions were researched, and FPS increase and system efficiency were achieved through the use of AI Kit.

A low-power, high-value edge AI solution was developed, delivering performance comparable to significantly higher-priced products in its category.

Thermal Camera Computer Vision

A system that can detect and track targets using image processing and artificial intelligence support on thermal images.

Our Activities

We have successfully conducted over 100 field tests with remote support provided, national and international meetings held, and datalink and camera configurations performed.

Image Processing Enabled Tethered Drone Stabilization

Implementation of image processing solutions for tethered drone stabilization without GPS.

The goal is to keep the tethered drone in a fixed position during jamming situations using Image Processing (IP) and Computer Vision (CV) approaches.

Windows GCS Software

The Ground Control Station (GCS) software for rotary-wing unmanned aerial vehicles is designed to provide safe, reliable, and efficient control across all phases of flight.

The system supports manual, semi-autonomous, and fully autonomous operations, ensuring high situational awareness and precise mission execution for operators.

The software delivers real-time telemetry monitoring, mission planning, emergency handling, and in-flight parameter management.

Its modular and platform-agnostic architecture enables seamless integration with various rotary-wing UAVs, avionics suites, and payload systems, ensuring stable performance in demanding operational environments.

Android GCS Software

The fixed-wing GCS software is developed to support the planning and execution of long-range and long-endurance UAV missions.

It provides a comprehensive control framework for route planning, waypoint management, and speed and altitude regulation.

Designed with the aerodynamic characteristics of fixed-wing platforms in mind, the system includes mission scenario definition, mission simulation, and post-mission analysis capabilities.

This makes it suitable for both operational deployment and training applications, offering a robust and scalable control solution.

Loitering Software

The loitering software provides an integrated mission and flight control capability for platforms performing long-range cruise and sustained loitering operations over designated target areas.

The system unifies mission planning, cruise phase management, and loitering patterns within a single operational framework.

The software optimizes fuel and energy consumption through predefined or dynamically updated flight routes, altitude profiles, and speed management.

Multiple loitering patterns can be executed, while mission logic may be adaptively updated based on environmental conditions and sensor-derived inputs.

The architecture supports GNSS-based navigation, secure data link updates during flight, and robust fail-safe mechanisms, ensuring mission continuity and operational reliability in both test and operational scenarios.

Kamikaze Software for Drones

The kamikaze software enables unmanned aerial vehicles to autonomously detect, select, and engage targets using vision-based data.

The system maintains continuous target tracking and dynamically updates the drone's flight attitude to ensure controlled and stable behavior throughout the mission.

Built on a modular architecture, the software supports multiple mission configurations and incorporates essential safety functions, including secure mission abort mechanisms.

This ensures repeatable, reliable, and mission-effective autonomous engagement capability in operational environments.

Kamikaze UAV that strikes locked targets at the desired attack angle without GPS support using image processing and artificial intelligence.