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Inventra Engineering Inc. is a fully domestically owned engineering company that designs and manufactures high-performance stabilized thermal gimbal systems, electromechanical mast systems, precision pan-tilt positioners, and durable tripod units. With complete in-house capabilities for design, analysis, manufacturing, and testing, its products are developed in strict accordance with demanding military standards. Integrated across a broad spectrum of defense platforms, Inventra delivers fully customized, end-to-end solutions in electro-optical and electromechanical systems.
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SEG10 is a compact, high-performance stabilized gimbal system integrating both electro-optical and thermal imaging channels. Its 2-axis gyro stabilization ensures shake-free imaging even on moving platforms. With an IP67-rated enclosure, it withstands harsh environmental conditions. It features a laser pointer, digital video output, and a user-friendly interface. Ideal for reconnaissance, surveillance, target acquisition, and border security missions on unmanned land and marine vehicles.
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SEG12 is a high-performance EOIR system offering exceptional stabilization, 30x optical zoom, and a 12,000m range laser rangefinder. Equipped with 1080p EO, 640x512 LWIR thermal sensors, and optional low-light cameras, it delivers sharp imaging and enhanced target recognition using FPGA-based algorithms. Digital image blending combines EO and thermal feeds into a single video stream. The servo-driven mechanism with ±0.01° precision ensures accurate gimbal control. Built from aerospace-grade aluminum and IP64 sealed, SEG12 supports triple-channel (EO, LWIR, LRF) simultaneous operation for reliable use in harsh environments.
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Tepegöz SEG14 is an advanced multi-channel gimbal integrating a 1080p EO camera with 30x optical zoom, 640x512 LWIR thermal sensor, and a 12,000m range LRF. It offers sharp imaging and enhanced situational awareness through digital image blending and dual-sensor simultaneous display. Precision servo motors with ±0.01° accuracy ensure reliable target tracking. Designed for military use, SEG14 meets MIL-STD-810G standards and features an aerospace-grade aluminum body, IP65 sealing, and internal vibration isolation. It enables real-time data acquisition from EO, LWIR, and LRF channels for long-range surveillance and targeting.
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Tepegöz SEG20 is a high-precision multi-channel gimbal system featuring a 1080p EO camera with 30x zoom, a 640x480 MWIR sensor with 15x zoom, and a long-range LRF with up to 32 km range. It offers simultaneous EO/thermal viewing, digital image blending, and advanced FPGA-based processing for accurate tracking and recognition. Dual-axis stabilization and ±0.01° servo control ensure smooth operation in dynamic environments. Built with aerospace-grade aluminum, IP64 sealing, and internal vibration isolation, SEG20 meets MIL-STD-810G standards. It delivers stable, high-clarity imaging even under shock, vibration, or no-visibility conditions.
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Tepegöz SEB20 is a high-performance targeting system designed for weapon stations and periscopes on fixed or armored vehicles. Equipped with a 3840×2160p EO sensor (45x zoom) and 640x480 MWIR thermal imager (15x zoom), it ensures unmatched detection and recognition. Featuring a 32 km LRF and optional 5 km Laser Designator, it enables precision targeting and missile guidance. With quad-channel functionality (EO, MWIR, LRF, LD) and FPGA-based tracking, SEB20 delivers real-time, stable imagery. Its aerospace-grade aluminum body, IP64 sealing, and MIL-STD-810G compliance ensure reliability. Perfectly paired with the PED10 pan-tilt unit.
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PED08 is a lightweight, dual-axis electromechanical positioning system designed for remote surveillance where handheld sensors are impractical or unsafe. Ideal for both fixed and vehicle-mounted setups, it offers precise control with 22-bit high-resolution encoders. Its true servo drive system with brushless motors ensures accuracy, while ultra-low power consumption (10W) and Smart Driving Mode boost efficiency. The system features active disturbance rejection, MIL-STD-461F EMI/EMC compliance, and compatibility with tripods and masts. Coastal and maritime customization options make PED08 suitable for a range of demanding environments.
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PED10 is a high-performance electromechanical pan-tilt system engineered for precision positioning of heavy EO payloads. It delivers up to 475Nm torque, 180°/s axis speed, and 0.001° accuracy with 22–26-bit encoders. Featuring zero-backlash gears, brushless servo motors, and FOC drives, it ensures maximum efficiency and a 30-million-cycle maintenance-free lifespan. Supports HD-SDI and Ethernet via a 76-line slip ring. Compliant with MIL-STD-461F, it's ideal for mission-critical radar and thermal tracking systems requiring 24/7 continuous operation under demanding conditions.
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PED12 is a high-precision pan-tilt system designed with a U-arm configuration for directing EO payloads. Featuring 22–26-bit encoders and 0.04° or better positioning accuracy, it delivers reliable tracking in mission-critical tasks. Its brushless motors, FOC drives, and zero-backlash gear system ensure long-lasting, maintenance-free operation. With IP67 environmental sealing, optional gyro stabilization, and resistance to shock and vibration, PED12 excels in both rugged land and coastal applications. It supports integration with heavy-duty tripods and mast systems for versatile field deployment.
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PMD10 is a cost-effective manual pan-tilt system designed for applications where EMI/EMC compliance is not required. Offering up to 200 Nm of output torque, it ensures reliable manual positioning of heavier payloads. Its EMI/EMC-isolated structure allows for fast, trouble-free integration without the need for additional compliance testing. Lightweight and compact, PMD10 easily integrates with manual mast units. Delivering excellent price/performance value and field-friendly setup, it is an ideal choice for rapid deployment in projects requiring efficient and economical directional control.
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MES01 is the world’s most compact and lightweight motorized mast system, purpose-built for unmanned ground vehicles. With a fully enclosed, maintenance-free design, it ensures long-lasting operation under harsh conditions. The all-in-one unit integrates motors, sensors, screw shafts, control boards, and internal payload cabling. Its plug-and-play interface allows quick deployment without external flange support. Supporting TTL, RS485, RS422 communication and MIL-STD-1275 compliant 28VDC power, MES01 is engineered for military reliability. Fully compatible with the SEG1X gimbal series, it operates reliably between -40°C and +70°C.
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MES20 features a patented hybrid drive architecture using screw shafts for precise actuation, setting it apart from conventional mast systems. The system supports synchronous operation via a single screw shaft and allows secure locking at any height—without the need for springs or flange locks. MES20 is available in both electromechanical and manual configurations with a crane arm. Its square-profile, high-strength body ensures structural rigidity and minimal torsion. Engineered for both military and commercial use, MES20 delivers high performance, long service life, and simplified deployment in the field.
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MMT20 is a heavy-duty tripod-based portable mast system, capable of supporting payloads up to 90 kg with offset centers of gravity. Designed for applications where MMT10 falls short, it offers adjustable height from 2 to 15 meters. The crank-operated lift system allows for quick and tool-free setup by a single person. Its tube segments interlock securely, while a reinforced tripod ensures stability. Built from aerospace aluminum and stainless steel, MMT20 meets MIL-STD-810 standards for rugged environments. Delivered with a wheeled transport case, it offers a portable, cost-effective solution for tactical and commercial use.
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MMS20 is a high-performance manual mast system featuring a patented hybrid actuator that combines trapezoidal screws and steel wires. This innovative mechanism delivers excellent efficiency with minimal weight, making the MMS20 ideal for portable use. Its synchronized section actuation ensures smooth, stable deployment and retraction. Built with high specific strength materials, the system offers durability without compromising on mobility. Available in both electromechanical and manual versions, MMS20 is engineered for reliable performance in tactical, commercial, and surveillance applications.
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MMW10 is a belt-driven manual mast system that enables synchronized section extension via a crank arm. Offering a lighter and more cost-effective alternative to traditional steel cable systems, it features a compact, telescopic tripod base for minimal stowed height. Designed for quick deployment by a single operator, the MMW10 includes a secure locking winch system for safe elevation. It can function as a standalone fixed platform when integrated with its tripod unit. Ideal for tactical and field operations, MMW10 delivers a portable and versatile mast solution optimized for ease of transport and setup.
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TML10 is a lightweight yet robust manual tripod designed for thermal imagers, night vision devices, and optical payloads. Weighing under 2.5 kg, it supports up to 60 kg of equipment with high directional precision (under 0.01° cumulative backlash). Each leg is independently adjustable in length and angle, offering superior stability on uneven terrain. Built from thick-walled anodized tubing, it withstands harsh conditions. Features include tool-free foot replacement, ground anchoring options, magnetic compass compatibility, and available accessories like footplates and tie-down kits-making it a reliable support platform in the field.
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TMM10 is a mid-weight tripod system offering stable, rapid deployment of payloads up to 60 kg. Its independently adjustable legs and telescopic extensions enable flexible setup over uneven terrain while maintaining a compact stowed length. Built from thick-walled anodized tubing, it ensures durability in harsh conditions. The tripod features tool-free foot replacement and supports various foot types for deployment on soft ground, snow, or hard urban surfaces. Ground anchor points and additional accessories such as footplates, pin sets, and tie-down kits enhance field stability. It is also compatible with digital magnetic compasses.
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The TMH10 heavy-duty tripod is purpose-built for military-grade use, supporting payloads up to 150 kg with superior structural integrity. Featuring a unique V-shaped mechanical design, it ensures high stability—especially for off-center loads. Its wide base diameter and thick-walled, high-strength aluminum construction deliver low twist and deflection under demanding conditions. Independently adjustable legs and interchangeable metal feet make it suitable for deployment on various surfaces, from soft terrain to concrete. With minimal maintenance requirements, the TMH10 is engineered for long-term, precision support in critical operations.
PEG01 is a lightweight digital goniometer designed for precision in portable field operations. Equipped with high-resolution encoders offering 0.056° angular accuracy, it delivers superior performance in line-of-sight alignment and target acquisition tasks. Independent fine adjustment mechanisms on both pan and tilt axes ensure stable and precise sighting. A selectable counterbalance accommodates payloads up to 12 kg, offering versatility across missions. With low power consumption and compatibility with digital magnetic compasses, PEG01 is ideal for long-duration deployments where accuracy and portability are essential.
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MMT10 is a lightweight, tripod-based antenna mast system designed for single-person deployment. Supporting heights from 2 to 15 meters, it features a crank-driven lift mechanism and tool-free setup via a patented cam-lock system. The telescopic aluminum tubes provide quick assembly and disassembly, while the rugged MIL-STD-810-compliant design ensures field durability. Multiple payload adapters support flexible sensor and antenna integration. Packaged with a wheeled carry case for rapid field deployment, MMT10 offers a portable, reliable, and cost-effective solution for tactical and commercial communication tasks.
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MEM10 is one of the world’s most advanced spindle mast systems, engineered for high-precision and heavy-duty use. Unlike conventional single-shaft systems, each mast section is supported by steel telescopic screw shafts, ensuring ultra-rigid structure and under 0.2° deflection. Capable of lifting up to 250 kg, MEM10 remains stable even when fully extended on moving platforms. Its electromechanical brake-lock architecture ensures secure positioning on slopes. With lensless high wind resistance and fully enclosed, low-maintenance design, MEM10 is ideal for armored and heavy autonomous vehicles operating in extreme conditions.
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MES10 is a high-strength electromechanical mast system with a proven flange locking design, capable of lifting up to 200 kg to heights of 15 meters. Its single lead-screw drive and telescopic body offer minimal stowed height and superior wind resistance. Each section locks automatically for safe operation under load. Compatible with armored vehicles, shelters, and field installations, MES10 meets MIL-STD-810G, 461F, 1275E, and more. It features flexible communication via RS422, RS485, and CAN BUS. With field-proven performance and minimal maintenance needs, MES10 is ideal for demanding military, surveillance, and communication applications.
PMD01 is a lightweight manual pan-tilt head engineered for electro-optic sensor deployment and military surveillance requiring precision alignment. It features fine adjustment on both pan and tilt axes, with viscous damping for enhanced control. Independent braking ensures stability, while the integrated elevation scale and magnetic compass compatibility improve directional accuracy. The axis damping mechanism supports precise tracking of moving targets and accurate sensor alignment. Compact and durable, PMD01 offers a reliable, field-ready solution for applications needing manual precision without sacrificing stability.
PES10 is a zero-backlash electromechanical rotator driven by brushless motors and 22-bit encoders, offering precise closed-loop control for demanding applications. With configurable output torque ranging from 45Nm to 1032Nm, it adapts to various mission profiles. Equipped with high-strength cross roller bearings and a durable slipring rated for 30 million revolutions, supporting 1 Gbit Ethernet and HD-SDI. Compliant with MIL-STD-810G and MIL-STD-461F standards, PES10 ensures high durability under harsh conditions. Its maintenance-free components make it ideal for radar and antenna systems requiring accuracy and long operational life.
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