The IMU-P and Kernel are calibrated within their operating temperature range to achieve maximum end-user usability. This also ensures tactical grade performance regardless of the environment in which it is used. These IMUs are a cost-effective ITAR-free solution for systems that may have previously only used Fiber-Optic Gyroscopes (FOGs) as the primary solution. Using extensive calibration methods and a robust Kalman Filter, Inertial Labs developed the IMU-P and the Kernel product lines to compete in performance with many FOG units on the market. The Inertial Labs team of skilled engineers provides expertise to help users select and configure from the models available: IMU-P Industrial, IMU-P Tactical (Stabilization), IMU-P Tactical (Standard), and Kernel-100.

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 Dillon Aero M134D is one of the most reliable weapons in the world, given its capacity, simplicity in loading, and ease of maintenance. Designed for speed and accuracy, the M134D is a true force multiplier. The rapidity of shooting is of the utmost importance: only guns as rapid as the M134D can achieve the [...]

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.