International Cross-Border Drone Cargo Delivery Between the United States and Canada
The first-of-its-kind effort to establish a legal, operational, and regulatory framework for unmanned cargo transportation across an international border.
Uncrewed Aerospace played a leading operational role in developing and demonstrating a cross-border drone delivery concept connecting Windsor, Ontario and Detroit, Michigan. The project brought together government agencies, customs authorities, aviation regulators, automotive manufacturers, and advanced air mobility stakeholders to explore the future of international drone cargo transportation.
PROJECT OVERVIEW
Mission
Demonstrate the feasibility of using unmanned aircraft systems as a new mode of transportation for international cargo delivery while maintaining compliance with aviation and customs regulations in both countries.
Industry
US Automotive Manufacturer
Location
Stellantis Assembly Plant, Detroit, Michigan, USA
Stellantis Manufacturing, Windsor, Ontario, Canada
Aircraft
Velos V3 Heavy Lift Cargo UAS
Pilot
Our RPIC (Michael Hill) obtained his RPIC Pilot – Level 1 Complex Operations Certificate and was granted an SFOC wavier from Transport Canada to allow a US pilot to fly in sovereign airspace.
Courier Driving Distance
Approximately 24-mile drive from the Windsor plant through CBSA across the Ambassador Bridge, through US CBP to the Detroit assembly plant.
Flight Distance
Approximately 7 miles from the Windsor plant along the railway across the Detroit River, across the international border to the Detroit assembly plant.
Payload
29# box of Automotive fasteners and manufacturing components.
THE CHALLENGE
The Detroit-Windsor corridor represents one of the busiest international trade crossings in the world, with approximately one-third of all U.S.-Canada trade passing through the region. Supply chain disruptions, bridge closures, customs delays, and manufacturing interruptions can cost industry millions of dollars in lost productivity.
The project sought to answer a simple but transformative question:
Can drones become a viable transportation mode for international cargo delivery?
Challenges included:
-
Crossing an international border by drone
-
FAA approval
-
Transport Canada approval
-
Customs and Border Protection coordination
-
CBSA coordination
-
International aviation law
-
Cargo handling requirements
-
Airspace management
-
Public safety considerations
OUR ROLE
Uncrewed Aerospace served as the UAS Operations Lead, supporting project planning, regulatory coordination, operational design, safety assessments, stakeholder engagement, and flight operations development.
Responsibilities included:
• Concept of Operations (ConOps) development
• Cross-border regulatory planning
• UAS operational strategy
• Flight safety planning and risk assessment
• FAA and Transport Canada coordination support
• Customs and border operations planning
• Cargo delivery workflow development
• Flight crew and aircraft operational planning
• Stakeholder coordination across public and private sectors
The project required close collaboration with transportation authorities, customs agencies, automotive stakeholders, aviation regulators, and regional government officials.
THE SOLUTION
Moving automotive parts between Canada and the United States has traditionally relied on ground transportation routes that can be impacted by congestion, weather, infrastructure disruptions, and border delays.
During recent supply chain disruptions, bridge closures and transportation bottlenecks highlighted the need for alternative logistics solutions capable of maintaining the flow of critical components between supplier and their manufacturing facilities.
The challenge was to determine whether unmanned aircraft systems could provide a safe, scalable, and regulatory-compliant alternative for time-sensitive cargo movements across international borders.
To address this challenge, we partnered with government agencies, regulatory authorities, customs officials, and industry stakeholders to develop a first-of-its-kind cross-border drone cargo delivery concept connecting Windsor, Ontario, and Detroit, Michigan.
The project established a comprehensive operational framework that integrated aviation regulations, customs procedures, safety management systems, flight operations, and stakeholder coordination into a single end-to-end delivery solution.
Through detailed planning, regulatory engagement, risk assessments, and real-world operational testing, the team demonstrated a viable pathway for using unmanned aircraft as a new mode of international cargo transportation, helping lay the foundation for future Advanced Air Mobility and cross-border logistics networks.
REGULATORY HURDLES
The mission explored pathways for operating an unmanned aircraft along existing railways, across sovereign airspace while complying with existing aviation regulations, customs requirements, and international agreements.
The project required close collaboration with transportation authorities, customs agencies, automotive stakeholders, aviation regulators, and regional government officials.
The project required coordination among:
-
FAA
-
Transport Canada
-
U.S. Customs and Border Protection
-
Canada Border Services Agency
-
Michigan Department of Transportation
-
Province of Ontario
-
Detroit-Windsor Port Authorities
-
Stellantis Legal and Policy Teams
-
Bonding Companies
PROJECT HIGHLIGHTS
• 100% Regulatory-Focused Mission Design
• First-of-its-Kind Cross-Border Framework
• U.S. and Canadian Aviation Coordination
• Automotive Supply Chain Use Case
• Customs & Border Protection Integration
• Future BVLOS Cargo Delivery Roadmap
• International Stakeholder Collaboration
• Advanced Air Mobility Demonstration
Project Type: Cross-Border Drone Cargo Delivery
Industry:Automotive Manufacturing & Logistics
Countries: United States & Canada
Payload: Automotive Components
Stakeholders: Government, Aviation, Customs & Industry
Mission Objective: International UAS Cargo Transportation
Future Vision: BVLOS Cross-Border Logistics Network
OPERATIONAL ENVIRONMENT
Launch Location:
Windsor, Ontario, Canada
Landing Location:
Detroit, Michigan, USA
Distance:
Approximately 7.5 Miles Across the Detroit River
Payload:
Automotive Fasteners and Manufacturing Components
Aircraft Category:
Heavy-Lift Cargo UAS
Operational Airspace:
Class G Airspace
Flight Profile:
Visual Line of Sight (VLOS) Demonstration Supporting Future BVLOS Expansion
The mission was designed to validate operational procedures for customs inspections, cargo handling, flight safety, and cross-border aviation compliance while establishing a foundation for future commercial drone logistics networks.
WHAT MADE THIS PROJECT UNIQUE
This initiative represented far more than a cargo delivery flight.
The project brought together:
• State of Michigan
• Province of Ontario
• FAA
• Transport Canada
• U.S. Customs and Border Protection
• Canada Border Services Agency
• Automotive Industry Stakeholders
• Detroit-Windsor Transportation Partners
The effort focused on developing a repeatable framework that could eventually support routine drone cargo deliveries between manufacturing facilities, ports of entry, and industrial centers on both sides of the border.
SAFETY & COMPLIANCE
The project required coordination across multiple regulatory environments and operational frameworks including:
• FAA Part 107 Operations
• Transport Canada RPAS Regulations
• Customs Import/Export Procedures
• International Aviation Coordination
• Risk Assessment & Safety Management Systems
• Flight Crew Resource Management
• Emergency Response Planning
• Airspace Risk Analysis
A crawl-walk-run methodology was developed to ensure operational safety while creating a pathway toward future BVLOS cargo operations.
KEY OUTCOMES
The project successfully established a framework for evaluating cross-border UAS logistics operations and demonstrated how drones could support future supply chain resilience initiatives.
Key outcomes included:
• Development of a regulatory pathway for future cross-border drone operations
• Validation of customs and cargo handling workflows
• Identification of future BVLOS operational requirements
• Support for automotive supply chain innovation
• Advancement of Advanced Air Mobility (AAM) initiatives
• Creation of a scalable framework for future international drone logistics operations
The lessons learned continue to contribute to discussions surrounding drone-enabled cargo transportation, advanced air mobility, and next-generation supply chain infrastructure.
LEADERSHIP & OPERATIONAL OVERSIGHT
As Lead UAS Operator and Project Architect, Michael Hill developed the operational framework, regulatory strategy, safety planning, and flight execution concepts that supported this groundbreaking international drone logistics initiative.
This project remains one of the earliest efforts to explore legal cross-border drone cargo transportation between the United States and Canada and continues to serve as a model for future Advanced Air Mobility and BVLOS cargo operations