Always Above With Our Mapping Drone
E2500 Series Mapping Drone
E2500 Series Mapping Drone
Best-in-Class Surveillance
Start mapping your way to success with the E2500 UAV series mapping drone, only from FulcrumAir. Boasting versatile and relevant applications, this drone targets remote sensing industrial work and has been designed to enhance the endurance and carrying capacity of jobs involving remote sensing and camera equipment, including LiDAR, infrared, and heavier photography and videography systems. The E2500 series excels in all aspects of performance, including higher top and cruise speeds, longer flight times, and heavier lift capacity.
Optimal Maneuverability
Several industries are relying more on drones to perform everyday functions. With the ability to access hard to reach areas safely and with less hassle, drones can make your operations more efficient than ever.
Multi-Function Versatility
We equip our mapping drones with state-of-the-art mapping and sensing technology, including LiDAR, RGB, thermal, corona, and hyperspectral, as well as 360° cameras. We also utilize photogrammetry software.
Bird’s Eye View Visibility
Manual surveying and mapping tools are costly and time-consuming to use when mapping a large area of land. Drones offer a complete and aerial view of the section, effectively acquiring more data in less time.
Beyond Visual
Line of Sight
Beyond Visual
Line of Sight
FulcrumAir has received approval for Beyond Visual Line of Sight flight in Canada in a powerline environment. Piloting a drone BVLOS can significantly increase range and flexibility, and we are one of the only companies in Canada to obtain this certification.
Our Mapping Drone
Can Go Anywhere
& Do Everything
Environmental
Aerial surveying offers several practical uses for environmental research and data acquisition. Biologists rely on our mapping drones for everything from wildlife surveys and species identification to environmental impact monitoring and conservation management. Aerial mapping eliminates the need for conservation experts to collect data on foot, which is both dangerous and time-consuming.
- Environmental Monitoring
- Species Identification
- Vegetation Analysis
- Wildlife Management
- Stormwater Management
- Conservation Management
- Key Indicator Management
- Oceanography
- Bird Nest Surveys
Forestry
Equipped with 360° cameras and LiDAR, RGB, and thermal sensors, mapping drones can increase the efficiency of forestry management. Colourized point clouds from LiDAR and RGB cameras can be used to extract bare earth models, slopes, drainage, tree height, diameter, volumes, counts, species ID and more, while thermal cameras perform bird nest surveys, wildlife identification, and watercourse detection.
- Bird Nest Surveys
- Volume Estimates
- Mill Inputs
- Harvest Estimates
- Tree Size Data
- DTM and DSM Generation
- Cut Block Identification
- Vegetation Analysis
- Road Planning
- Wildlife Management
- 3D Scans
- Watercourse Detection
Power Transmission
Equipped with LiDAR, RGB, and thermal cameras, the E2500 series drone is ideal for powerline inspections. Applications include powerline modelling, vegetation mapping, bird nest surveys, and thermal leak detection. Our drones can perform corridor mapping, flying in a linear pattern to map long stretches more efficiently. Corona and hyperspectral cameras can also be added to the drone to collect more specialized data.
- Bird Nest Surveys
- Powerline Inspection
- Substation Mapping
- Vegetation Management
- Corridor Mapping
- 3D Modelling
- Maintenance Planning
Infrastructure & Construction
Drone data is useful throughout the entire construction lifecycle of a project, beginning with the feasibility and planning phases through to post-construction inspection and maintenance. Collected data helps construction professionals make informed decisions, and no drone is more versatile than the E2500 only from FulcrumAir. Collecting data and measurements via land surveying drones is faster and safer than utilizing other equipment. Not to mention the data is more comprehensive and accurate.
- As-Built Surveys
- DTM and DSM Generation
- 3D Modelling
- Volume Measurements
- Urban Planning
- Road Planning
- Terrain Modelling
- Visual Reporting
- Site Progress Monitoring
- Drainage Analysis
- Cut/Fill Analysis
- Digital Elevation Models
- Structural Inspections
- Road/Bridge Inspections
- Railway Inspections
- Wind/Solar Inspections
Facility Inspection
The E2500 series is our top mapping drone. With the ability to integrate with a variety of cameras and sensor technology, the E2500 is advancing processes for facility inspection. LiDAR, RGB, hyperspectral, thermal, and corona sensors are attached to the drone in addition to a 360° camera. Together, these devices capture information during a facility inspection that would be otherwise impossible to acquire.
- Facility Mapping
- DTM and DSM Generation
- As-Built Surveys
- Hotspot Detection
- Corrosion Identification
- Spillage and Leak Detection
- Drainage Modelling
Quality Engineering.
Superior Mapping.
Perfect antenna placement allows for long-range data links. With a range of 8km+, the E2500 is ready for BVLOS operation.
The payload bay above the rotors allows for unusual payload configurations, useful for Detect and Avoid Solutions.
Unique direct driven rotors ensure no driveline losses, extending flight times and minimizing maintenance.
The small frontal area and lightweight build allow for best-in-class endurance and speed. Fly at up to 100km/h or up to 50 minutes.
Coaxial rotors provide maximum power in a small, lightweight form while eliminating the need for a tail rotor. Piloting is as simple as flying a multirotor.
Vibration isolated payload bay with ample visibility provides the perfect conditions for the highest-end sensors.
- Perfect antenna placement allows for long-range data links. With a range of 8km+, the E2500 is ready for BVLOS operation.
- The payload bay above the rotors allows for unusual payload configurations, useful for Detect and Avoid Solutions.
- Unique direct driven rotors ensure no driveline losses, extending flight times and minimizing maintenance.
- The small frontal area and lightweight build allow for best-in-class endurance and speed. Fly at up to 100km/h or up to 50 minutes.
- Coaxial rotors provide maximum power in a small, lightweight form while eliminating the need for a tail rotor. Piloting is as simple as flying a multirotor.
- Vibration isolated payload bay with ample visibility provides the perfect conditions for the highest-end sensors.
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Fly Your Way to Success
