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Defense Products Catalog — Page 38

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SafeAir Parachute Recovery Systems

Unmanned platforms

Unmanned platforms

SafeAir Parachute Recovery Systems

Custom drone safety systems with autonomous activation. ParaZero develops custom drone parachute solutions to meet requirements for almost any military or tactical sUAS.SafeAir parachute systems utilize real-time sensing and sophisticated AI and machine learning-powered data analysis to monitor the flight and detect anomalies, and feature ultra-fast automatic triggering systems that open the parachute to full canopy in a fraction of a second.The flight termination system cuts power to the motors to prevent injury or damage to the parachute cords, and the aircraft and its payloads descend safely to the ground with minimal impact energy, allowing them to be recovered even after flights at very low altitudes.The compact and lightweight systems take just ten minutes to install, and can be easily repacked and re-used in the field. All data collected during flight and descent is stored on an integrated black box unit.Read More

ParaZero Technologies

DropAir

Unmanned platforms

Unmanned platforms

Precision Airdrop System for Mission-Critical Drone Delivery. Equipped with a next-generation guidance and stabilization system, the DropAir Precision Airdrop System utilizes intelligent flight dynamics and adaptive parachute modulation to execute pinpoint landings, even in contested or GPS-denied environments. Its dynamic descent algorithms allow for precise adjustments mid-air, enhancing drop accuracy while reducing exposure to hostile detection.Capable of carrying a wide range of mission-critical payloads, DropAir supports varying weight configurations to accommodate ammunition, medical supplies, food rations, and specialized tactical equipment. Its modular architecture enables seamless integration with airborne platforms, including fixed-wing aircraft, rotorcraft, and high-altitude drones.With DropAir, armed forces gain a strategic advantage in logistics and rapid deployment. Its advanced parachute deployment technology, adaptable payload capacity, and mission versatility make it a crucial asset for modern military and defense operations.Read More

ParaZero Technologies

DefendAir Counter-UAS Systems

Unmanned platforms

Unmanned platforms

DefendAir Counter-UAS Systems

Net interception systems for effective counter-drone operations. Personal DefendAir Net Gun – A lightweight and highly portable personal net launcher that can be carried on a standard tactical vest, providing protection at the platoon or squad level as well as for security forces. This highly mobile and versatile solution ensures safety for all personnel in the vicinity while ensuring rapid and efficient threat mitigation capabilities.DefendAir Interception Drone – A lightweight drone-mounted system designed for high-speed pursuit of aerial threats, with optional FPV (first-person view) capabilities. It is ideal for complementing soft-kill counter-drone solutions such as jamming and spoofing with a non-explosive solution that is highly suited for urban environments.Turret-Mounted – Designed to protect armored vehicles and their occupants, as well as buildings, headquarters, facilities and perimeters. It can be integrated with radar, RF and optical systems for rapid threat detection and neutralization.DefendAir systems are ideal for protecting a wide range of assets and potential targets, including: Critical infrastructure such as power plants and water facilities Military headquarters and command centers Vehicle convoys Government buildings Airports and seaports Prisons VIPsRead More

ParaZero Technologies

Meltio Robot Cell

Communication and Control

Communication and Control

Meltio Robot Cell

Turnkey solution for robotic metal 3D printing. The Meltio Robot Cell integrates Meltio’s advanced Integration Kit for Industrial Robots to provide a fully-enclosed cost-effective turnkey solution for efficient manufacturing of metal 3D printed parts using innovative Laser Metal Deposition technology. Featuring plug-and-play installation, it reduces integration complexities and allows users to get up and running as quickly as possible.The system securely anchors the six-axis robot arm and two-axis positioner on a self-supporting platform, and all cell controls are unified on a single intuitive control panel. The supply area includes external feeders for wire spools and drums, water chillers, and inert gas supply.The Meltio Robot Cell is controlled by the intuitive and powerful Meltio Space slicer software, which is compatible with a wide range of robot hardware, and allows users to quickly realise the benefits of Meltio additive manufacturing technology without the need for robotics or programming expertise.Meltio offers a one-week on-site training course that provides end users with everything they need for successful manufacturing.Plug and Play Installation – Meltio delivers a ready-to-use cell for robotic metal 3D printingSafe, Tested & Certified – designed and tested in accordance with European CE and laser safety regulations, incorporating multiple quality controlsBest-in-Class Components – the ultra-reliable robot arm and positioner are installed on a self-supporting platform within a robust laser-safe enclosureFocus on Printing – the intuitive interface and Meltio’s on-site training allows end users to get up to speed and start developing applications in a short timeRead More

3D Printing

Meltio Engine Integration Kit for Robots

Communication and Control

Communication and Control

Meltio Engine Integration Kit for Robots

Advanced metal 3D printing capabilities for any robot arm. The Meltio Engine Integration Kit allows you to turn any robot arm into a metal 3D printing system, providing compatibility with any manufacturer and interface on the market. This enables the creation of complex parts with intricate geometries, with the working envelope constrained only by the size of the motion system.The Engine Integration Kit for robot arms is ideal for repair, feature addition and 3D printing of obsolete or hard-to-source parts, providing capabilities that were previously impossible or too costly with traditional systems. The kit is available with IR lasers, or with blue lasers for greater absorption and a wider range of compatible materials.The kit is controlled by the intuitive and powerful Meltio Space slicer software, which is compatible with ABB, Kuka, Fanuc, Yaskawa and Siemens hardware, and allows users to quickly realise the benefits of Meltio additive manufacturing technology without the need for robotics or programming expertise.Part Repair – ideal for cost-effective component repair, feature addition, and production of obsolete or hard-to-source parts, minimizing downtime and freeing you from reliance on external providersCladding – easily transform any robot arm into a versatile metal 3D printing systemGeometric Freedom – print designs have no inherent constraints, and the working envelope is limited only by the size of the motion systemRead More

3D Printing

Engine Integration Kit for Vertical Machining Centers

Communication and Control

Communication and Control

Engine Integration Kit for Vertical Machining Centers

Hybrid manufacturing solution for retrofitting CNC machining equipment. The Meltio Engine Integration Kit allows you to retrofit almost any CNC vertical machining center to create a fully functional and affordable hybrid manufacturing system that combines metal 3D printing and machining of complex geometries into a single convenient workflow. With this highly efficient solution, the only constraint is the size of the motion system.Ideal for near-net shape manufacturing, component repair, part augmentation, and feature addition, this versatile capability increases cost-effectiveness and efficiency, and is available with IR lasers, or with blue lasers for greater absorption and a wider range of compatible materials.Hybrid Manufacturing – create highly complex parts with machining tolerances, all in the same workflowPart Repair – ideal for cost-effective component repair, part augmentation, and feature addition, minimizing downtime and freeing you from reliance on external providersRetrofitting – the cost-effective capability allows you to provide CNC machine with new capabilities by turning it into a hybrid metal manufacturing systemGeometric Freedom – print designs have no inherent constraints, and the working envelope is limited only by the size of the motion systemRead More

3D Printing

Meltio M600

Communication and Control

Communication and Control

Advanced metal 3D printer with blue laser deposition head. The Meltio M600 is a revolutionary 3D printer that uses Laser Metal Deposition technology to create fully production-ready metal parts from a variety of materials. With a built-in 3-axis probing system, fully inert print chamber, and a large print envelope of 300 x 400 x 600 mm, it can be used to print large single parts or batches of small components simultaneously.The system’s 450 nm blue laser ensures increased energy absorption, resulting in faster deposition and overall reduced energy consumption and increased cost-effectiveness. The M600 is fully factory-calibrated and requires no recalibration or laser alignment between material changes.The Meltio M600 provides options for manufacturing with up to four wires of different materials in the same print, and is compatible with steel, carbon steel, nickel, titanium, aluminum and copper-based alloys. A hotwire supply can also be used to increase the deposition rate and allows for more materials to be processed.Production Ready – the M600 offers a higher deposition rate, enhanced material range, lower maintenance requirements, and built-in work holding solutionsIntuitive Use – the system is easy to use, minimizing operator interaction through advanced sensor solutions, a simplified GUI, a dedicated slicer, and zero point clamping systemUltra-Reliability – the M600 provides unparalleled reliability and consistency thanks to the boosted wire feeding system, fiber-free deposition head, improved process control systems, and many other advanced featuresReduced Maintenance Requirements – the newly-developed deposition head removes the need for laser alignment, while the improved motion system has been optimized for maximum longevityBlue 450 nm Laser – improves energy absorption and printing efficiency across the entire metal material spectrumEnergy-Efficient – the M600 features a significantly reduced energy consumption per component, resulting in a more environmentally-friendly and more cost-efficient production processRead More

3D Printing

Prism SKR

Unmanned platforms

Unmanned platforms

Embedded ATR Software for Autonomous Guided Munitions. Prism SKR delivers automated target detection, classification, tracking, and aim-point localization across air-to-ground, air-to-air, ground-to-air, and ground-to-ground scenarios.It supports platforms including loitering munitions, air-launched effects (ALE), counter-unmanned aerial systems (C-UAS), low-cost missiles, and smart munitions. Its algorithmic architecture comprises modular components for target search, identification, target state estimation, and precise localization, enabling full autonomy in mission-critical environments.Designed for edge deployment, Prism SKR runs on low-power embedded platforms such as NVIDIA® systems or the Teledyne FLIR AVP — a system-on-module (SOM) incorporating the Qualcomm Dragonwing™ QCS8550 processor. The software supports direct integration with Teledyne FLIR’s Boson® and Neutrino® infrared (IR) camera modules, as well as integrator-supplied visible-spectrum sensors, delivering real-time data via a Weapon Open System Architecture (WOSA)-compliant interface.Prism SKR is embedded within a cohesive software ecosystem designed to accelerate development timelines and minimize integration risk. The system interfaces directly with Prism Supervisor, enabling autonomous mission control and platform guidance. Detection and tracking models are powered by Prism AI, trained on a dataset of six million annotated thermal and visible frames. The ecosystem supports rapid expansion through Prism AIMMGen, which generates synthetic datasets and models to meet mission-specific targeting requirements.For full system customization, Prism SKR is delivered with a complete API and SDK, enabling detailed control of processing pipelines and performance tuning.Read More

Software - Digital and Cloud Solutions

Conservator

Communication and Control

Communication and Control

Cloud-based data lifecycle management software for building image datasets. Teledyne FLIR's Conservator is a cloud-based data lifecycle management (DLM) application designed to streamline the creation and management of image datasets for accelerated AI development. It enables data scientists and engineers to upload and curate raw video and imagery, perform ground-truth annotations, and track dataset revisions collaboratively. Conservator provides access to Teledyne FLIR's extensive library of over a million thermal and visible annotations across applications including defense and security. It also offers the Conservator Insights local application, which allows users to interactively explore model performance issues such as false positives and missed detections.The highly scalable software solution is available in two versions: Teams Edition for up to 5 users, and Enterprise Edition for larger numbers of users. Enterprise Edition also includes a larger starter dataset as well as dedicated technical support.Read More

Teledyne FLIR OEM

Prism Qualcomm RB5 Devkit

Prism Qualcomm RB5 Devkit

Development kit for evaluation of PRISM ISP and AI. The Prism Development Kit for Qualcomm RB5 enables designers and system engineers to evaluate Teledyne FLIR's Prism ISP and Prism AI software in conjunction with the output from Hadron thermal imaging camera modules. The RB5 platform offers 15 TOPS compute power, eight CPU cores, USB and MIPI camera interfaces, and Gigabit Ethernet connectivity.Prism ISP offers advanced image processing features such as image fusion, super resolution, turbulence mitigation, electronic image stabilization, 16-to-8-bit tone mapping, and local contrast enhancement. Prism AI's capabilities include object classification, detection, tracking, and fine-grained classification, all trained on a vast thermal image dataset with over 5 million annotated assets. The kit includes Teledyne FLIR's Hadron dual visible and thermal camera module, all necessary cables, and the Qualcomm Robotics RB5 QRB5165 system on chip (SoC).Read More

Teledyne FLIR OEM

Prism Supervisor

Unmanned platforms

Unmanned platforms

Prism Supervisor

Real-time AI-based autonomy software for UAS. Prism Supervisor is an advanced autonomy software solution that integrates drone autopilots and real-time edge AI-based observations to enhance the operational capabilities of UAS. Providing an intuitive interface for mission planning, visualization and one-click start-to-finish execution, it reduces operator intervention and improves mission safety, efficiency, and performance.The system features sophisticated Automated Threat Response (ATR) capabilities, running on edge hardware to facilitate RF-silent operations. A versatile SDK allows developers to create custom scripts suited to a variety of complex applications, scenarios and external sensors. Prism Supervisor adapts to changing circumstances in real time, dynamically generating mission segments and flight plans on the fly.Read More

Teledyne FLIR OEM

Prism AIMMGen

Communication and Control

Communication and Control

ITAR-free and cost-effective AI model generation service. AIMMGen is an AI model generation service that streamlines the creation of AI models using ITAR-free training datasets, significantly reducing costs and development time. By automating the process, AIMMGen delivers high-quality models and data within days rather than weeks, supporting defense and first responder applications.Powered by Teledyne’s proprietary synthetic data generation toolchain, AIMMGen produces millions of machine-learning-ready examples of military and civilian objects in various environments, weather, and spectral bands. Its advanced AI optimization system eliminates the need for expensive ML engineering by leveraging automated workflows and in-house MLOps infrastructure. This enables rapid, cost-effective updates to AI models, ensuring future-proofing and adaptability to evolving mission requirements. Applications include generation of imagery for complex scenarios for autonomous vehicles, or simulation of current military objects that are nearly impossible to capture in the real world.Read More

Teledyne FLIR OEM

Prism ISP

Communication and Control

Communication and Control

Image signal processing software offering a range of advanced functionality. Prism ISP is a collection of image signal processing (ISP) software libraries that are compatible with Teledyne FLIR’s thermal and visible camera modules and are designed to run on low-power embedded processors from Qualcomm and NVIDIA. These libraries allow developers to improve performance, leverage a proven ecosystem to reduce development effort. and shorten time-to-market.Capabilities include: Super-resolution for resolving detailed features and producing high-quality imagery Radiometric-JPGs that unlock Teledyne FLIR’s ecosystem, including FLIR Thermal Studio Teledyne FLIR MSX® – enhance thermal images with visible edge details De-scintillation for mitigating turbulence in long-range imagingRead More

Teledyne FLIR OEM

Prism AI

Unmanned platforms

Unmanned platforms

Perception software enabling advanced object classification, detection & tracking capabilities. Prism AI is a suite of software libraries that enable artificial intelligence-powered object classification, detection, and tracking capabilities for Teledyne FLIR's thermal and visible camera modules. Designed to run on low-power embedded processors from Qualcomm and NVIDIA, Prism AI's models are trained on the world’s largest application-specific thermal image datasets.The software is easily integrated onto target hardware, and supports up to 270 TOPS for the NVIDIA Orin AGX and 48 TOPS on the Qualcomm RB-5 Gen 2. Perception models are available for ground ISR, air-to-ground, and counter-UAS applications.Read More

Teledyne FLIR OEM

FLIR AVP

Unmanned platforms

Unmanned platforms

SWaP-optimized system-on-module for Prism AI software. The AVP is a low-SWaP system-on-module designed to run Teledyne FLIR's Prism AI software, providing enhanced features for thermal infrared and visible camera perception systems including detection, classification, target tracking and image enhancement. Based on the Qualcomm QCS8550, it includes 16GB of LPDDR5X memory and 256GB of unified memory. The offers up to 48 TOPS inference compute performance.Providing six MIPI camera interfaces and one USB interface, it is ideal for unmanned systems and robotics, counter-UAS, security and ISR applications.Specifications:Read More

Teledyne FLIR OEM

Tau 2 Series

Unmanned platforms

Unmanned platforms

High-performance LWIR camera modules with radiometry options. Teledyne FLIR's Tau 2 LWIR thermal imaging camera modules offer an unparalleled combination of features and performance, and are ideal for OEMs of drones and unmanned vehicles, thermal sights, handheld imaging equipment and more. The modules are available in Commercial, Performance, and Industrial variants with 640 × 512 and 336 × 256 resolution options, and feature powerful image processing modes that utilize continuous histogram equalization for enhanced detail and contrast.Radiometry is provided as standard for Industrial-grade modules, and can be optionally enabled for Performance-grade. All Tau 2 configurations and resolutions share electrical, mechanical, and optical interfaces, allowing for the development of common and seamless integrations across all formats.Specifications:Read More

Teledyne FLIR OEM

Neutrino Performance Series

Unmanned platforms

Unmanned platforms

Neutrino Performance Series

High-resolution MWIR camera modules with fast frame rates. The Neutrino Performance series offers 2048 x 1536 and 1280 x 1024 resolution MWIR camera modules with high resolution and fast frame rates as well as flexible detector types, FPA window sizes, and optical interface options. Designed for systems integrators, these modules are ideal for ground/airborne ISR, WAMI and counter-UAS applications.The ITAR-free camera modules feature built-in support for physical and protocol-level industry standards such as RS-422 and 4-bit corrected CameraLink.Specifications:Read More

Teledyne FLIR OEM

Neutrino SWaP Series

Unmanned platforms

Unmanned platforms

Neutrino SWaP Series

VGA and SXGA format MWIR camera modules in a SWaP-optimized footprint. The Neutrino SWaP Series offers lightweight, compact and low power VGA and SXGA cameras with best-in-class MWIR imagery. Based on Teledyne FLIR’s High Operating Temperature (HOT) FPA technology and linear micro-cooler, these OEM modules are ideal for unmanned systems, counter-UAS, ISR, targeting systems and more.The ITAR-free camera modules feature ruggedized construction and quiet and low-vibration operation, and provide built-in support for physical and protocol-level industry standards such as USB2.Specifications:Read More

Teledyne FLIR OEM

Hadron 640R Series

Communication and Control

Communication and Control

Hadron 640R Series

Dual visible & thermal OEM camera modules. The Hadron 640 Series combines a 64MP visible camera with a 640x512 radiometric Boson or Boson+ thermal camera in a single SWaP-optimized package. With industry-leading sensitivity and flexible dual 60 Hz video output via USB or MIPI, these NDAA-compliant and ITAR-free dual-sensor modules are ideal for integration into unmanned systems, robotics, and AI-driven applications.Hadron 640 modules are compatible with leading processors from NVIDIA, Qualcomm, and other manufacturers, and can be combined with Teledyne FLIR's Prism AI detection, tracking, and classification models and Prism ISP libraries. Radiometric temperature measurement is available on the 640R and 640R+ modelsSpecifications:Read More

Teledyne FLIR OEM

Boson+ CZ

Unmanned platforms

Unmanned platforms

Low-SWaP uncooled thermal imaging module with integrated 5x continuous zoom lens. Teledyne FLIR's Boson+ CZ combines an industry-leading LWIR OEM camera module with a 5x continuous zoom lens to provide a high–performance all-in-one imaging solution. All components are factory-integrated, ensuring optimal performance, lower development and manufacturing risk, and faster time-to-market.The Boson+ CZ features a low thermal sensitivity of ≤20 mK and an upgraded automatic gain control (AGC) filter for enhanced scene contrast and sharpness. The lens and control electronics maintain focus through the entire zoom range, and also provide real-time thermal gradient compensation.With USB, CMOS, and MIPI video output interfaces, the solution can be easily integrated into a wide variety of designs and is ideal for OEMS of drones, targeting systems, soldier sighting systems and more.Specifications:Read More

Teledyne FLIR OEM

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