The Atmospheric Composition Instrument (ACX) by BAE Systems is a sophisticated sensor designed to measure and analyze atmospheric composition, particularly focusing on pollutants like ozone. This cutting-edge technology plays a crucial role in monitoring air quality, assessing environmental impacts, and supporting climate change studies. The ACX provides accurate, real-time data to better understand atmospheric conditions and their effects on both the environment and agriculture. With its advanced capabilities, the ACX is a vital tool for scientists, environmental agencies, and policymakers dedicated to improving air quality and managing pollution.
BAE Systems offers advanced GIS (Geographic Information Systems) services that provide high-quality geospatial data solutions for defense, intelligence, and commercial applications. These services enable users to effectively analyze, visualize, and manage geographic information, supporting critical decision-making in mission planning and operations. By leveraging state-of-the-art technology and expertise, BAE’s GIS services enhance situational awareness, improve operational efficiency, and ensure real-time, accurate spatial intelligence for a wide range of industries. Whether for military defense, emergency response, or infrastructure management, BAE's GIS services provide the precision and reliability needed in complex environments.
BAE Systems' Mapping & Charting Services provide precise geospatial data and photogrammetric solutions to support a wide range of operational needs. Their advanced technology enables the creation of accurate, high-resolution maps and charts, essential for mission planning, navigation, and situational awareness in both military and commercial applications. By utilizing state-of-the-art mapping tools, BAE ensures the highest quality data for tactical decision-making, offering services that enhance operational effectiveness in dynamic and challenging environments.
BAE Systems' Geospatial Solutions provides cutting-edge technologies designed to enhance situational awareness and support decision-making across various industries. These solutions leverage advanced mapping, imagery, and analytics tools, allowing users to gather, process, and interpret geospatial data effectively. Tailored for defense, security, and environmental monitoring, these solutions enable accurate terrain analysis, resource management, and mission planning in complex environments. With a focus on innovation, BAE Systems ensures that its geospatial solutions deliver precision, scalability, and integration, empowering organizations to tackle the most challenging operational tasks.
Geospatial Intelligence solutions from BAE Systems enable advanced predictive analysis, helping to determine when and where threats are likely to occur with high accuracy. By leveraging cutting-edge software automation, these solutions support Activity-Based Intelligence (ABI) systems, transforming how operations are conducted and threat environments are managed. With powerful capabilities for real-time data integration and decision-making, Geospatial Intelligence is pivotal for modern defense operations, ensuring superior situational awareness and proactive response strategies.
The Airborne Wide-Area Persistent Surveillance System (AWAPSS) is a cutting-edge solution designed for continuous, real-time monitoring of vast areas, both during the day and night. Equipped with advanced sensors and a single turret, it offers unmatched situational awareness for military and defense operations. This system integrates seamlessly with other surveillance platforms, providing comprehensive coverage and ensuring the ability to track and monitor large areas with high precision. Ideal for a variety of mission types, AWAPSS enhances operational effectiveness by delivering persistent, actionable intelligence across diverse terrains.
Geospatial eXploitation Products™ (GXP®) is a comprehensive suite of software solutions designed to support geospatial intelligence analysis and decision-making. Offering advanced tools for the integration and analysis of geospatial data, GXP® enables users to process, exploit, and share complex intelligence from a wide variety of sources. With its powerful capabilities, GXP® supports critical missions in defense, intelligence, and national security, helping analysts quickly turn data into actionable insights. The platform’s flexibility and scalability make it an essential tool for agencies and organizations that rely on geospatial information to inform their operations and strategies.
The TÜRKSAT 6A project, Türkiye’s first indigenous communication satellite, developed in collaboration with national industries and coordinated by TÜBİTAK, aims to provide enhanced secure data transfer capabilities and is set to be positioned at the 42°E geostationary orbit.
GÖKTÜRK-1, launched in December 2016, provides high-resolution imaging for military and civil applications. The project included the establishment of the critical Satellite Assembly, Integration and Test Center in Türkiye.
GÖKTÜRK-2, Türkiye's first high-resolution Earth Observation Satellite, developed entirely in-house by Turkish engineers, aims to support public and institutional observation and research needs with advanced satellite capabilities.
GÖKTÜRK-3 Synthetic Aperture Radar (SAR) Satellite System aims for submeter resolution imaging capabilities for both day and night conditions to fulfill military and civilian SAR imagery needs.
The GÖKTÜRK Earth Observation Satellite System Development Project aims to sustain Türkiye's high-resolution electro-optical remote sensing capabilities post-GÖKTÜRK-1, involving Low-Earth-Orbit satellite development and comprehensive ground support.
Small Size GEO Satellite is a telecommunication satellite platform capable of accommodating a wide range of commercial payloads and missions, from TV broadcasting to multimedia applications, internet access, and more, with flexible design and modular capabilities.
Turkey’s full grade state-of-the-art Space Systems Assembly Integration and Test (AIT) Center, which exists in a few developed countries, is fully operational at Turkish Aerospace premises in Ankara. The center serves for assembly, integration activities, functional performance test, and environmental test for all space systems until they are launch-ready.
Navigation aid and software for jumpers and GPADS. The Navaid improves safety and increases effectiveness of military jumpers by providing accurate navigation for even the most demanding missions. The jTrax Navaid system includes: one pilot unit, one display screen, one back-up compass (optional), one support board or a harness.
