Iqaluit is serving as a temporary base for the Canadian Coast Guard’s largest remotely piloted aircraft as officials evaluate the drone’s ability to operate in Arctic conditions.
Drone moved north to assess Arctic operations
The Hermes 900 Starliner surveillance drone was disassembled and shipped from Greenwood, N.S., to Iqaluit in early October and is being housed in the Transport Canada hangar while testing continues into spring 2027, the Coast Guard said.
The aircraft is the Coast Guard’s only large remotely operated piloted aircraft; smaller micro drones are also part of the agency’s fleet. Federal officials say the trials will help determine how drift ice, extreme cold, low sun angles and Arctic weather affect the craft’s sensors and operations.
What the Coast Guard intends to test
According to a federal communications advisor, the drone will be used in a range of surveillance and environmental roles during the Iqaluit deployment, including:
- monitoring ships in Canadian waters;
- pollution detection and ice reconnaissance;
- surveillance activities to inform vessel deployment and response planning.
“These test flights help Canadian Coast Guard personnel familiarize themselves with drone operations and procedures so we can expand our use of this system for future surveillance operations in the North,”
the spokesperson said, noting the program’s objective is both practical and preparatory for expanded northern operations.
Range, procurement and testing history
Officials said the Hermes 900 Starliner will fly as far as 72 degrees North, a latitude on par with Pond Inlet. The federal government bought the drone from Israeli contractor Elbit Systems for $36 million in 2020, and to date it has logged about 80 hours of testing, the Coast Guard said.
| Item | Detail |
|---|---|
| Model | Hermes 900 Starliner |
| Purchase price | $36 million (2020) |
| Hours of testing so far | 80 hours |
| Planned northern reach | Up to 72° North |
Local implications and context
Iqaluit’s selection as the staging point underscores the city’s logistical importance for federal Arctic operations. Housing the drone in the Transport Canada hangar offers practical advantages for maintenance and flight operations, and provides Coast Guard crews with a northern location to practise Arctic-specific procedures.
Officials say the drone’s data could help with mapping response areas and informing decisions about vessel deployment, including responses to hazardous vessels or potential spills. For communities along the Arctic coast, better remote sensing and faster detection of pollution or navigational risks could influence emergency response times and environmental protection priorities.
At the same time, federal testing raises community questions about how surveillance tools will be integrated with local search-and-rescue, environmental monitoring and Indigenous stewardship efforts. Northern stakeholders have previously emphasised that technological capability must be paired with local knowledge and collaborative response frameworks.
Looking ahead
The Coast Guard said the current Iqaluit-based work is part of a broader effort to expand the use of drone technology for research and operations in northern waters. Testing will continue through spring 2027 as crews evaluate performance and refine operational procedures for Arctic conditions.
For Iqaluit residents, the presence of the Hermes 900 Starliner is a reminder that Arctic operations are increasingly reliant on remote sensing technologies, and that the city remains a key hub for federal activity in Nunavut’s waters.
