FIXAR drones use a patented Fixed-Angle Rotor design with no control surfaces, making them significantly more reliable and easier to maintain than traditional VTOL or fixed-wing UAVs. This unique design provides longer flight times, superior stability in challenging weather, and fully autonomous mission capability. FIXAR drones are built for professional applications such as mapping, surveying, inspections, public safety, and BVLOS operations, making them one of the most trusted commercial UAV platforms in North America.

Yes. FIXAR drones are engineered to meet the requirements for commercial operations in both Canada and the U.S. Their robust safety features, high-precision navigation, and predictable flight characteristics make them suitable for BVLOS (Beyond Visual Line of Sight) missions. In Canada, FIXAR drones are often selected for Part IX compliant operations and SFOCs. In the U.S., they align with FAA Part 107 advanced workflows, including waivered operations.

Many agencies and enterprise operators choose FIXAR specifically for long-range autonomous missions requiring high reliability.

FIXAR drones are used across multiple North American industries, including:

• Land Surveying & GIS Mapping
• Mining & Quarrying
• Construction Progress Monitoring
• Oil & Gas Pipeline Inspection
• Agriculture & Crop Analysis
• Forestry & Environmental Monitoring
• Search & Rescue & Public Safety
• Utility & Infrastructure Inspection

Their combination of long endurance and autonomous capability makes FIXAR one of the most versatile platforms for enterprise-level drone operations.

FIXAR drones are known for delivering exceptional endurance and payload flexibility:

• FIXAR 007: Up to 60 minutes of flight time with mapping or inspection payloads
• FIXAR 025: Up to 120 minutes depending on payload and environmental conditions
  
• Payload options include:
• Multispectral sensors
• LiDAR units
• High-resolution mapping cameras
• Thermal imaging systems
• Custom payload integrations

Their long flight time and high payload capacity make FIXAR a leading choice for long-range data capture in Canada and the U.S.

Operators in both Canada and the U.S. must follow local aviation rules:

• Canada: Basic or Advanced RPAS Certificate under Part IX. BVLOS requires an SFOC. FIXAR’s predictable flight characteristics help simplify approvals.
• United States: FAA Part 107 certification is required for commercial work. Additional waivers may be needed for BVLOS, nighttime operations, or flights over people.
  

Most professional operators choose to take FIXAR-specific training to understand mission planning, payload integration, and safety workflows.

FIXAR drones can be purchased through authorized distributors who provide local support, repair services, integration assistance, and training.

You can purchase FIXAR drones directly through our store. We provide official FIXAR sales, support, training, warranty assistance, and enterprise integration services for customers across Canada and the United States.

Yes. FIXAR drones are designed to operate in extreme climates, making them ideal for Canadian winters and hot southern U.S. environments.

They offer:

• Reliable performance in sub-zero temperatures
• Strong wind resistance
• Durable build quality for heavy-duty field work

FIXAR drones use FIXAR Mission Planner, an intuitive system for designing autonomous missions, adjusting payload settings, and managing flight parameters. FIXAR UAVs are also compatible with leading data processing tools such as:

• Pix4D
• Agisoft Metashape
• DJI Terra
• Trimble Business Center
• Global Mapper

This makes FIXAR easy to integrate into existing survey and inspection workflows.

FIXAR offers the advantages of both types:

• VTOL takeoff/landing like a multirotor
• Long endurance and range like a fixed-wing
• No moving control surfaces, reducing failure points
• Lower maintenance cost than hybrid VTOL drones

Yes. FIXAR drones are designed to meet airworthiness, reliability, and navigation standards required for safe operation in Canadian and U.S. airspace. Their autonomous mission profiles, redundancy features, and high-precision GNSS navigation systems help operators meet regulatory standards and streamline approvals for BVLOS missions.