Transforming Emergency Response
for Your Community
Partner with McGill-backed aerospace technology to deliver faster, more reliable emergency response. Proven engineering. Measurable impact. Community-focused solutions.
Community Impact
Our technology addresses critical gaps in urban emergency response, with measurable benefits for communities and first responders.
Payload Capacity
Heavy-lift capability for medical supplies, AEDs, and emergency equipment delivery.
Cruise Endurance
Extended mission time from 25.2 kWh battery, enabling wide-area coverage.
Electric
Zero-emission propulsion for sustainable, quiet urban operations.
Urban Response Delays
- ×8-12 minute average response in urban areas
- ×20+ minutes during rush hour or high-rise access
- ×Limited coverage in under-served communities
- ×Rising costs of traditional EMS infrastructure
Aerial Response Network
- ✓Sub-3-minute response to any location in range
- ✓Direct-to-rooftop delivery bypassing traffic
- ✓Scalable coverage with distributed hubs
- ✓Lower cost per response than helicopter EMS
Application Areas
Trusted Credentials
Built on a foundation of rigorous academic research, industry experience, and proven competition performance.
McGill University
Research & Development
Founded at McGill's Faculty of Engineering. Access to world-class research facilities, faculty advisors, and student innovation resources.
Canadian Space Agency
Industry Experience
Engineering internship with hands-on experience in mission-critical aerospace systems and rigorous safety standards.
GoAERO Competition
Global Recognition
Selected for the global emergency response flyer competition. Featured in official competition media and expert webinars.
Vertical Flight Society
3rd Place Finish
Top 3 placement in the VFS student design competition with a first-ever drone build—demonstrating rapid learning and execution.
Aerial Competition
1st Place Victory
First place finish validating years of iterative design, rigorous testing, and team execution under competition pressure.
Years of R&D
Continuous Development
Four years of designing and manufacturing UAVs, from initial concept to 400kg+ MTOW heavy-lift autonomous systems.
Our technology is built on years of hands-on engineering, academic rigor, and real-world competition testing—not just theoretical concepts.
Start the Conversation
Interested in partnering with us to improve emergency response in your community? Get in touch.