Sensor experience.

Leveraging our extensive experience in a range of cutting-edge sensor technologies. Our expertise includes hyperspectral imaging, enabling detailed spectral analysis for applications such as environmental monitoring and resource exploration. We excel in electro-optical/infrared (EO/IR) systems, facilitating precise visual and thermal imaging for surveillance and reconnaissance. Additionally, our proficiency extends to LiDAR (Light Detection and Ranging) technology, offering high-precision 3D mapping and terrain modeling capabilities. With a commitment to innovation and technical excellence, Dynamic Aviation is your trusted partner for customized aviation solutions that empower industries such as defense, aerospace, agriculture, and more. 

  • ARGON ST | Daedalus
  • Azimuth | 36010
  • BAE | BTS
  • DRS | Sensor Series 3.1
  • FLD | xxxxx
  • FLIR | STAR SAFIRE
  • HyVista | HyMap
  • Harris | GmAPD
  • HIFSA | DMC
  • Itres | CASI-1500
  • ITT | MFLL Telescope
  • Lecia | ADS40
  • Lecia | ADS80
  • Lecia | AHAB Hawkeye III
  • Lecia | AHAB Chiropetra II
  • Lecia | ADS50-II
  • Lecia | ALS70SU
  • Lecia | ALS70CU
  • Lecia | CU80
  • LOGOS | Leaps OCO
  • Optech | Orion C300-1
  • Optech | Orion M300
  • Optech | Orion H300
  • Optech | Gemini ALTM
  • Optech | Gemini ALTM 3100
  • Optech | ALTM 3070
  • Optech | Pegasus HA500
  • Optech | Pegasus HD500

 

  • Optech | Aquarius
  • Optech | Shoals 1000
  • Optech | Shoals 3000
  • Optech | CZMIL
  • Optech | CZMIL Nova
  • Optech | Galaxy
  • Optech | Titan
  • Optech Pegasus HA500
  • Riegl | VQ-820G
  • Riegl | VQ-480i
  • Riegl | LMS-Q680i
  • Riegl | LMS-Q1560
  • Sonoma | 474HR3
  • Sigma Space | HRQLS
  • Sigma Space | HRQLS2
  • Sigma Space | HAL
  • Urban Robotics | PeARL V5
  • Urban Robotics | Black PeARL
  • Vision Map | A3
  • Vision Map | MIST DMC
  • Wescam | MX-14
  • Wescam | MX-15
  • Wescam | MX-20
  • Wescam | MX-25
  • LD3 | FLS-AM
  • LD3 | FLS-AI

Hyperspectral Sensors

Hyperspectral sensors are remote sensing instruments that capture data across a wide range of the electromagnetic spectrum, typically spanning hundreds of narrow spectral bands. Unlike traditional sensors that record only a few broad wavelength bands, hyperspectral sensors provide detailed spectral information for each pixel in an image. This enables precise characterization of materials and identification of subtle spectral signatures. Hyperspectral imaging finds applications in fields such as agriculture, environmental monitoring, mineral exploration, and defense. It allows for advanced analysis, including vegetation health assessment, crop disease detection, mineral mapping, pollution monitoring, and target identification. By capturing rich spectral data, hyperspectral sensors enable enhanced discrimination and classification of objects and materials. They provide valuable insights into the chemical and physical properties of the Earth’s surface, facilitating more accurate and informed decision-making in various industries and scientific research.

Turret Cameras

Turret cameras are specialized imaging systems designed for various applications, including intelligence, surveillance, and reconnaissance (ISR). These cameras are typically installed on aircraft, unmanned aerial systems (UAS), or other platforms to provide enhanced situational awareness and data collection capabilities. Turret cameras are characterized by their ability to rotate and tilt, allowing for flexible and precise imaging in multiple directions. They often incorporate a combination of electro-optical (EO) and infrared (IR) sensors, along with advanced features such as image stabilization, long-range capabilities, and target tracking. Turret cameras enable operators to capture high-resolution visual and thermal imagery, perform real-time surveillance, track targets, and support mission planning. They are utilized in military operations, law enforcement, border security, and other scenarios where detailed imaging, target acquisition, and situational awareness are critical. Turret cameras enhance the ISR capabilities of platforms, enabling effective data collection and analysis in a wide range of operational environments.

Turret Cameras

Turret cameras are specialized imaging systems designed for various applications, including intelligence, surveillance, and reconnaissance (ISR). These cameras are typically installed on aircraft, unmanned aerial systems (UAS), or other platforms to provide enhanced situational awareness and data collection capabilities. Turret cameras are characterized by their ability to rotate and tilt, allowing for flexible and precise imaging in multiple directions. They often incorporate a combination of electro-optical (EO) and infrared (IR) sensors, along with advanced features such as image stabilization, long-range capabilities, and target tracking. Turret cameras enable operators to capture high-resolution visual and thermal imagery, perform real-time surveillance, track targets, and support mission planning. They are utilized in military operations, law enforcement, border security, and other scenarios where detailed imaging, target acquisition, and situational awareness are critical. Turret cameras enhance the ISR capabilities of platforms, enabling effective data collection and analysis in a wide range of operational environments.

EO/IR Imaging Sensors

EO/IR (Electro-Optical/Infrared) sensors are imaging systems that combine optical and infrared technologies to capture visual and thermal information from the environment. EO sensors capture light in the visible spectrum and near-infrared range, similar to what the human eye perceives, providing detailed color and grayscale images. IR sensors detect and measure thermal radiation emitted by objects, enabling the visualization of heat signatures. EO/IR sensors are utilized in various applications such as surveillance, target identification, navigation, and reconnaissance. They are commonly used in military and defense operations, law enforcement, aviation, and maritime surveillance. These sensors enhance situational awareness, allowing operators to detect, track, and monitor targets day or night, regardless of lighting conditions. EO/IR sensors play a critical role in intelligence gathering, providing real-time visual and thermal data for decision-making processes and mission planning. By combining both optical and thermal imaging capabilities, EO/IR sensors provide comprehensive information for a wide range of applications in diverse environments.

LiDAR sensors

LiDAR (Light Detection and Ranging) sensors are remote sensing devices that use laser light to measure distances and capture detailed 3D information about the environment. By emitting laser pulses and measuring their return time, LiDAR sensors can calculate precise distances to objects and create highly accurate 3D maps or point clouds of the surroundings. LiDAR sensors are utilized in various applications, including mapping and surveying, autonomous vehicles, environmental monitoring, infrastructure and construction, and archaeology. They play a crucial role in creating elevation models, assessing terrain, detecting and avoiding obstacles, monitoring vegetation health, analyzing building structures, and documenting cultural heritage sites. LiDAR sensors provide valuable data for research, planning, and decision-making processes, enabling efficient and accurate spatial analysis. With their ability to capture detailed and precise information, LiDAR sensors have become instrumental in numerous industries, revolutionizing the way we perceive and understand the physical world.

LiDAR sensors

LiDAR (Light Detection and Ranging) sensors are remote sensing devices that use laser light to measure distances and capture detailed 3D information about the environment. By emitting laser pulses and measuring their return time, LiDAR sensors can calculate precise distances to objects and create highly accurate 3D maps or point clouds of the surroundings. LiDAR sensors are utilized in various applications, including mapping and surveying, autonomous vehicles, environmental monitoring, infrastructure and construction, and archaeology. They play a crucial role in creating elevation models, assessing terrain, detecting and avoiding obstacles, monitoring vegetation health, analyzing building structures, and documenting cultural heritage sites. LiDAR sensors provide valuable data for research, planning, and decision-making processes, enabling efficient and accurate spatial analysis. With their ability to capture detailed and precise information, LiDAR sensors have become instrumental in numerous industries, revolutionizing the way we perceive and understand the physical world.

COMINT

COMINT (Communications Intelligence) systems are essential for intercepting, monitoring, and analyzing communication signals. These systems capture various forms of communication, including voice, data, and digital transmissions, to extract valuable intelligence. COMINT systems decipher encrypted messages, identify communication patterns, and provide insights into the content and participants of the communication. They are vital in military, defense, and intelligence operations, as well as law enforcement and cybersecurity. By understanding the intentions, capabilities, and activities of adversaries, COMINT systems support strategic planning, operational decision-making, and threat assessment. These systems continually evolve to adapt to advancements in communication technologies, ensuring their effectiveness in gathering critical intelligence.

ELINT

ELINT (Electronic Intelligence) systems are essential for intercepting, analyzing, and exploiting electronic emissions from radar systems, electronic warfare platforms, and other electronic devices. These systems detect and gather intelligence on electromagnetic signals emitted by these sources, providing insights into radar capabilities, electronic signatures, and potential threats. ELINT systems are crucial in military, defense, and intelligence operations, enabling the understanding of enemy radar systems and electronic warfare capabilities. By collecting and analyzing electronic emissions, ELINT systems support situational awareness, threat assessment, and operational decision-making. These systems continually adapt to evolving electronic technologies and new threat environments to provide accurate and timely intelligence.

SIGINT

SIGINT (Signals Intelligence) systems are instrumental in collecting, intercepting, and analyzing various types of signals to gather intelligence. These systems encompass both COMINT (Communications Intelligence) and ELINT (Electronic Intelligence) capabilities, targeting communication signals and electronic emissions. SIGINT systems intercept and analyze signals from a range of sources, including voice communications, data transmissions, radar systems, and electronic devices. By deciphering encrypted messages, identifying communication patterns, and understanding electronic emissions, SIGINT systems provide critical insights into enemy activities, capabilities, and intentions. These systems support military operations, intelligence gathering, cybersecurity, and national security efforts by providing actionable intelligence for strategic planning, threat assessment, and operational decision-making.

Gravity gradiometers and magnetometer sensor systems are specialized tools used for geophysical surveys and exploration. Gravity gradiometers measure variations in gravitational forces, providing valuable information about subsurface density variations. They are used to map underground structures, identify geological features, and locate mineral deposits. Magnetometer sensor systems, on the other hand, measure variations in the Earth’s magnetic field. They are employed in various applications, including mineral exploration, archaeological surveys, and detecting buried objects. Magnetometers can identify magnetic anomalies associated with geological formations or man-made objects, aiding in the understanding of subsurface conditions. Both gravity gradiometers and magnetometer sensor systems play crucial roles in geological studies, resource exploration, and archaeological research by providing insights into the Earth’s subsurface properties.