Armed forces
Surveillance and transport platforms built to deploy fast and be repaired in the field.
Canadian Armed Forces
Industrial and aerospace robotics · Sherbrooke, Quebec
Canadian drones built for the field
Declix designs and builds intuitive, rugged and affordable aerial systems dedicated to law enforcement and industry. Our Sherbrooke-based engineering team designs every product so its manufacturing can be automated and scaled up, drawing on our own automation expertise.
LAT 45.40° N
LONG 71.89° W
DESIGNED AND BUILT IN CANADA
- Support
Local
A team close to you, quick to reach.
- Onboarding
Fast
Intuitive controls for users of every experience level.
- Cost
Affordable
Priced to equip whole teams, not a single unit.
- Maintenance
Minimal
Few wear parts and simple maintenance done on site.
- Origin
Made in Canada
Systems designed, assembled and tested in Quebec.
Who we work with
Serving the public and private sectors
We deliver robotic solutions to companies that value local production, and we support government organizations in their search for high-performance drones.
Police services
Ready to take off for any operation: search and rescue, or an eye in the sky at critical moments.
Law enforcement
Drone industry
Co-development, integration and custom component development to support our NATO partners.
Designers and integrators
Factory automation
Robotic cells and machine vision to optimize operations for local manufacturers.
Canadian manufacturers
NAVSYTE ecosystem
Your team, qualified in under an hour
NAVSYTE is our drone ecosystem in development. Its extremely intuitive control method works in all environmental conditions and is designed for pilots with little drone experience.
AERIAL VIEW
In developmentField trials December 2026
- STRYKRDetterent and single-use
- SEEKRReconnaissance and search
- TRAINRPilot training
- REPEATRCommunication relay
- Learning
- Under an hour to learn to fly
- Conditions
- Control suited to all environmental conditions
- Built in
- Sherbrooke, Quebec
- Production
- From a few dozen to a few hundred a month
In progress
3-axis gimbals, adaptable and modular
Compact, high-performance and cost-effective gimbals made here with components sourced from trusted countries.
In progress
Rugged, modular frames
Because one crash shouldn't put an entire mission at risk, our platforms can be repaired and modified in the field.
Let's set up a meeting
Custom integration with your current fleet
Accessories tailored to your equipment and operational context, that fit seamlessly into your operations.
Scalable production
From tens to hundreds of drones a month
Our drones are designed to be deployed at scale. Thanks to our automation expertise, we quickly move from a few dozen to a few hundred drones a month, or more.
For a large organization, this means equipping an entire fleet, not just a few aircraft, on short timelines.
One cell: 3D-printed frame, then robotic assemblyThe plant: dozens of cells producing in parallel
Canadian integrator · Pirate Eye by PLTech
The drone video feed at a glance
Since 2026, Declix Solutions has been the official distributor of the Pirate Eye in Canada. The Pirate Eye is a raised FPV display mounted directly on law enforcement helmets. It lets pilots in the field see the drone's video feed without blocking their field of view. Looking ahead, the pilot sees their surroundings, naturally. Looking up, they see what the drone sees from high above.
The Pirate Eye is a practical, user-friendly solution that complies with Transport Canada's visual line-of-sight rules.
- Vision
- Dual: the drone feed above, the real scene below
- Mount
- Installs on the NVG mount
- Eyewear
- Works with prescription, progressive or tinted glasses
- Readability
- Clear image, even in full sunlight
- Origin
- Designed and built in France by PLTech
Looking ahead: the real sceneGlance up: the drone's FPV feed
Industrial automation
Where Declix began: industrial robotics
Declix was born from a drive to boost the productivity of Canadian manufacturers. By combining vision systems, industrial and collaborative robots, additive manufacturing and a touch of ingenuity, we have sped up the production of many products. Agile methods and clear, effective communication are at the heart of our company's values.
We design and build robotic assembly cells equipped with vision systems and laser sensors that ensure quality production. For bulk parts, we integrate equipment that handles feeding and separation for optimal part bulk handling. When a project requires a tool that doesn't exist yet, we handle its rapid design in-house.
Integrator since 2023
MECADEMIC
Compact industrial robots designed in Montreal, among the smallest and most precise in the world. We build them into our small-part assembly cells, like the terminal assembly cell shown below.
- Model
- Meca500, 6-axis arm
- Repeatability
- 0.005 mm
- Payload
- 0.5 kg (up to 1 kg)
- Weight
- 4.6 kg
- Controller
- Built into the base
Distributor · Canada and USA
Industry Devices
Equipment that, together, lets a robot pick parts delivered in bulk.
- PART X
- Part separators
- FEED X
- Feeders that supply the separator
- Accessories
- Lighting and other accessories
Our work
Recent projects
From aerospace to electronics assembly, a selection of completed projects.
AutomationTerminal assembly
Robotic cell backed by two vision systems and a PART X part separator.
Automating the assembly of small parts is always a good decision. This robotic cell shows how a vision system, an Industry Devices part separator and a MECADEMIC robot can work together to perform an ergonomically challenging task.
Watch the demo video ↗AutomationHigh-mix assembly
Picks, inspects and inserts parts into connectors using four vision systems.
“A Scara robot only works for 2D applications”
Really? If you look closely, you may see it handling small parts... in 3D! Speed was a key factor in this application. By combining an Epson Scara robot, an Industry Devices flexible feeding system and 3 vision systems, this cell assembles connectors in record time.
Watch the demo video ↗AerospaceAutomated battery swap
Test bench that swaps the battery of an autonomous quadcopter, built with ARA Robotique and the Centre technologique en aérospatiale.
The latest autonomous drones can now operate without a pilot. But how do they recharge?
As part of a collaboration with ARA Robotique and the Centre technologique en aérospatiale (CTA), Declix developed an automated battery exchange system. This test bench will be used to validate the robustness of the electrical connection and determine the characteristics of the final system.
Watch the demo video ↗AutomationPCB assembly
Multi-function cell: part placement and pressing, solder mask, visual and laser inspection.
A multi-function robotic cell that installs small mechanical parts, presses them, applies solder mask and performs visual and laser inspections to build an electronic circuit board.
Watch the demo video ↗The company
An engineering team in Sherbrooke
Declix Solutions brings together electrical engineering and robotics backgrounds. We design, prototype and build in-house, so we iterate fast and support our clients directly.
Dominic
CEOElectrical engineer
William
CTORobotics engineer
Keven
DeveloperEngineer-in-training, robotics
Michael
Robot programmerEngineer-in-training, roboticsContact
Tell us about your mission
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Declix SolutionsSherbrooke, Quebec, Canada
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