




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.
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.
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.




