Grants and Contributions

The project will advance two Canadian-developed defence technologies Arctic OWL & MIL-V through late-stage development, military integration, ruggedization, validation, & transition to production readiness

Adapting our custom stealth battery electrical side by side from agriculture market toward military variant will allow for secure supply chain platform that is modular and scalable with integration of defense technology. The 100% Canadian IP platform has evolved to allow for simplistic manufacturing and NATO friendly drivetrain integration to allow for robust manufacturing plan for defense. The rugged drive performance, power of the initial vehicle allow for a harsh/variable drive conditions that can include steep inclines, mud/sand/snow, heavy payload under towing. The initial design upgrade has included an autonomy kit to allow for driverless steering options for things such as soldier retrieval or perimeter monitoring/drone defence.

The purpose of this CanExport SMEs agreement is to support small- and medium-sized enterprises (SMEs) for activities related to export market development that are part of an export business case for a specific target market, particularly where activities are targeting departmental priority markets and sectors.

This project aims to hire a recent graduate to acquire and refine skills in electronics, AI, onboarding processes, PCB design, with a strong focus on electrical circuit design.

This project entails the engineering design, customization, and integration of a rugged thermal enclosure to house the current Dragon Fire PCB design with increased abilities on electronics platform for the current (OI V01.0).

The purpose of this CanExport SMEs agreement is to support small- and medium-sized enterprises (SMEs) for activities related to export market development that are part of an export business case for a specific target market, particularly where activities are targeting departmental priority markets and sectors.

This project is to hire a recent graduate student to participate in acquiring and honing skills in robotics, AI, onboarding processes, electrical vehicle design, and mechanical engineering. It will be focusing on the design of an Electric Vehicle, Infotainment and System Design Engineering, as well as working on the design of a boat.

This project is to hire a recent graduate student to participate in acquiring and honing skills in robotics, AI, onboarding processes, electrical vehicle design, and mechanical engineering, focusing on the design of an Electric Vehicle, Infotainment and System Design Engineering.

The new IRAP project of setup commissioning of an EMI test chamber differs from the previous two projects in several ways.
Firstly, while the turntable project focused on expanding the acoustic testing abilities of the company, the new project focuses on expanding the electromagnetic interference (EMI) testing abilities of the company. EMI testing is a specific type of testing that is used to ensure that electronic devices and systems meet regulatory requirements for electromagnetic compatibility (EMC).
Secondly, the turntable project was focused on improving the speaker product development and testing, whereas the new project is focused on providing EMI testing services to external clients and develop new products internally.

As environmental awareness increases many businesses are seeking to electrify various products. While the focus right now is on the automotive industry, water transport is another field of interest. Paddleboards specifically present a great market for electrification. This project seeks to tackle this growing market and deliver an easy-to-use/install product. Product components will include the battery, electric fin, thrust button, mounting hardware, and required cables. This project will deliver a working prototype and product documentation.
The current market competition is low due to supply chain issues. A handful of products have been released in this growing market. The current targeted prototype completion is within a year.