QUADRO-B
Patented Multi-Sensor Fusion
Real-time visible/NIR + LWIR fusion: Day/Night-Fusion plus daytime, nighttime and thermal views.
Long-Range Observation
50mm, 75mm and 100mm objective options support short-, medium- and long-range missions.
Integrated Targeting Data
Built-in compass, inclinometer and gyroscope provide orientation and targeting data directly.
Scalable System Architecture
Pairs with QRF LRFs, MVP-240, MTAR-HUD and GSCI accessories to expand observation and targeting.
The QUADRO-B is a long-range multi-spectral binocular that fuses visible/NIR and LWIR imaging in one platform. It delivers thermal, day, night, and real-time fused views from a single device, letting operators choose the best view for detection, recognition, and identification as conditions change.
Objective Lens Options :
50 mm, 75 mm, or 100 mm
Thermal Sensor (FPA) :
640x480
FPA Refresh Rate :
9 Hz or 50 Hz
Viewing Modes :
Thermal, Daytime, Nighttime, Day-Fusion, Night-Fusion
Digital Zoom :
2X, 4X, 8X
Total Magnification :
Up to 32X
Imaging Modes :
Monochrome + 8 colour palettes
Mounting :
Handheld or tripod-mounted
Products & Services
LUX-14™
GSCI Advanced Photonics
The LUX-14™ is a compact night vision monocular designed as a versatile platform for dismounted operations, observation, navigation, and individual weapon/helmet applications. Its rugged aluminum housing, intuitive controls, compact form factor, and configurable image-intensifier options allow the system to be adapted to different mission requirements without changing the underlying platform.
The LUX-14™ addresses the need for a durable, straightforward and supportable monocular that can be rapidly configured and fielded across different user requirements. Its Canadian manufacture and ITAR-free supply chain provide an additional acquisition advantage for allied and partner users seeking responsive OEM production, configuration flexibility, and direct long-term support.
ZEP-ACT
GSCI Advanced Photonics
The ZEP-ACT is a compact 640×512 thermal imaging platform designed to provide multiple operational capabilities from a single system. Its modular architecture supports handheld observation, helmet-mounted use, direct weapon sighting, and clip-on operation, allowing the same thermal device to be employed across different mission sets without requiring separate dedicated thermal systems.
The system combines a high-performance 12 µm thermal sensor, silent shutterless operation, and rugged all-aluminum construction in a highly compact form factor. Canadian manufacture and ITAR-free sourcing further provide a responsive alternative for organizations seeking flexible thermal capability without committing to separate purpose-built systems for every role.
The system combines a high-performance 12 µm thermal sensor, silent shutterless operation, and rugged all-aluminum construction in a highly compact form factor. Canadian manufacture and ITAR-free sourcing further provide a responsive alternative for organizations seeking flexible thermal capability without committing to separate purpose-built systems for every role.
QRF-4500™-BC
GSCI Advanced Photonics
The QRF-4500-BC™ combines long-range 1550 nm laser ranging, ballistic computation, GPS, digital compass, and environmental sensing into a compact weapon-mounted fire-control system. Rather than requiring operators to combine separate rangefinding, ballistic, and environmental equipment, the QRF-4500-BC provides the data required to rapidly generate an actionable firing solution at the weapon. Its eye-safe laser, integrated ballistic library, rugged construction, and recoil-resistant design support demanding applications from individual weapons through heavier-caliber platforms.
Beyond its operational capability, the QRF-4500-BC provides a rapidly available, Canadian-made and ITAR-free alternative for users seeking to field or supplement existing fire-control capabilities without relying exclusively on US-controlled supply chains. As an OEM, GSCI can support configuration, production, and sustainment directly, providing a scalable solution for programs requiring responsive delivery and long-term availability. The system addresses the equipment and decision burden associated with obtaining range, environmental data, orientation, and ballistic calculations from multiple separate devices. It also provides an alternative procurement pathway for organizations requiring rapid access to a mature, production-ready fire-control capability without dependence on US-controlled sourcing, at a more competitive/flexible price point.
Beyond its operational capability, the QRF-4500-BC provides a rapidly available, Canadian-made and ITAR-free alternative for users seeking to field or supplement existing fire-control capabilities without relying exclusively on US-controlled supply chains. As an OEM, GSCI can support configuration, production, and sustainment directly, providing a scalable solution for programs requiring responsive delivery and long-term availability. The system addresses the equipment and decision burden associated with obtaining range, environmental data, orientation, and ballistic calculations from multiple separate devices. It also provides an alternative procurement pathway for organizations requiring rapid access to a mature, production-ready fire-control capability without dependence on US-controlled sourcing, at a more competitive/flexible price point.
TI-GEAR-C
GSCI Advanced Photonics
The TI-GEAR-C provides a rapidly deployable, dedicated clip-on thermal capability for dismounted operators requiring detection and observation in darkness, obscurants, and other conditions where image intensification or visible optics are degraded. Its compact and configurable architecture allows thermal capability to be integrated into existing operator equipment without the size, weight, and acquisition burden associated with dedicated full-size cooled thermal systems.
The system is designed as a practical complement to existing weapon-mounted daytime optics, allowing operators to add thermal detection capability while retaining their established optical system(s). Canadian manufacture, ITAR-free sourcing, and direct OEM production provide allied users with a responsive alternative for acquiring and scaling thermal capability.
PVS-31C-4B
GSCI Advanced Photonics
The PVS-31C-4B is a high-performance dual-tube image intensification system designed to provide dismounted operators with reliable visual capability in low-light and no-light environments. The system combines high-performance image intensification with a rugged aluminum architecture, flexible power options, integrated IR capability, and compatibility with modern helmet-mounted accessories and thermal/augmented-vision solutions.
Beyond performance at the individual-device level, the PVS-31C-4B provides a mature, proven alternative for organizations seeking scalable access to high-performance binocular night vision without dependence on a single national supply chain. As a Canadian-made, ITAR-free system, GSCI can support allied and partner requirements with responsive OEM manufacturing, configuration flexibility, and direct export from Canada.
Beyond performance at the individual-device level, the PVS-31C-4B provides a mature, proven alternative for organizations seeking scalable access to high-performance binocular night vision without dependence on a single national supply chain. As a Canadian-made, ITAR-free system, GSCI can support allied and partner requirements with responsive OEM manufacturing, configuration flexibility, and direct export from Canada.
NOMAD-X
GSCI Advanced Photonics
The NOMAD-X is a compact multi-function laser aiming device designed for military and law enforcement applications. It integrates visible and infrared laser aiming capabilities with an adjustable infrared illuminator, providing operators with aiming and target illumination capabilities across different operational environments. Its compact and rugged design supports integration with small arms and other weapon platforms while maintaining a low-profile configuration.
The NOMAD-X addresses the need for a versatile and compact laser aiming solution, with an emphasis on ITAR-free and large-scale fast acquisition, with the added benefit of improved life-cycle maintenance, ease of repair, and direct support at the end-user level. As a Canadian-made, ITAR-free system, the NOMAD-X also provides allied users with an alternative source for critical aiming capability, with responsive OEM configuration, production, and support.
The NOMAD-X addresses the need for a versatile and compact laser aiming solution, with an emphasis on ITAR-free and large-scale fast acquisition, with the added benefit of improved life-cycle maintenance, ease of repair, and direct support at the end-user level. As a Canadian-made, ITAR-free system, the NOMAD-X also provides allied users with an alternative source for critical aiming capability, with responsive OEM configuration, production, and support.
People
Description
The QUADRO-B is a long-range multi-spectral observation system that combines visible/near-infrared and long-wave infrared imaging into a single binocular platform. Rather than requiring operators to transition between separate day, night, and thermal observation systems, QUADRO-B provides thermal, daytime, nighttime, and real-time fused views from the same device, allowing the operator to select the information most useful for detection, recognition, and identification as conditions change.
Integrated orientation sensors, digital zoom, long-range optics, recording capability, and multiple power options further support its use as a standalone or tripod-mounted observation system. The result is a single platform capable of maintaining observation across changing illumination and environmental conditions while reducing the equipment burden associated with carrying and integrating separate optical and thermal systems. GSCI's patented fusion technology, Canadian manufacturing, and ITAR-free supply chain provide an additional pathway for allied users seeking advanced multi-spectral capability with direct OEM support and responsive configuration and production.
Integrated orientation sensors, digital zoom, long-range optics, recording capability, and multiple power options further support its use as a standalone or tripod-mounted observation system. The result is a single platform capable of maintaining observation across changing illumination and environmental conditions while reducing the equipment burden associated with carrying and integrating separate optical and thermal systems. GSCI's patented fusion technology, Canadian manufacturing, and ITAR-free supply chain provide an additional pathway for allied users seeking advanced multi-spectral capability with direct OEM support and responsive configuration and production.
