150 MP resolution
per camera
- 1.8X focal length ratio
(Oblique-Nadir) - 2 fps
capture rate - Up to 1/2500 s
shutter speed - 650 km/h @ 5 cm GSD
80% forward overlap - 5*2 TB SSD
mass memory - Multi-platform
compatibility - Smart cooling
system
A New Way to Aerial-map the World
FJD Trion O1 is a large-format aerial solution with extraordinary capturing performance and operational efficiency. Carrying four oblique RGB cameras and one nadir camera, 150 MP each, O1 captures photogrammetric images of superior quality, resolution, and clarity. It is by far one of FJD's most efficient all-in-one solutions for wide-area mapping and 3D city modeling.
Application Scenarios
Trion O1 makes urban planning, surveying, and mapping more efficient.
O1 Flexing Its Muscle
An O1 case shot at Zhangjiajie, the filming location of Avatar by James Cameron.
Top-level Image with High Efficiency
Collect 1.5 billion geospatial pixels every second.
-
1 frame
per 0.5 seconds -
150 MP nadir
RGB camera *1 -
150 MP oblique
RGB cameras *4
Efficient Collection
Covers a wider area and adapts to faster speed.
- 650 km/h @ 5 cm GSD & 80% forward overlap
- 275 km/h @ 2 cm GSD & 80% forward overlap
Outstanding Capturing Lens Configuration
1:1.8 Oblique-Nadir focal length ratio.
Multi-platform Compatibility
A single person can handle the camera pod using the specifically designed pod lifter.
Separated Mode
Your Brilliant Assistant
FJD Pilot - flight control and navigation
FJD Pilot uses FJD Plan data to manage and guide the precise execution of aero-photography flight.
- Show rulers of flight lines
- Timed interval exposure control
- Display the actual exposure position
FJD Capture - camera control
FJD Capture is a software that provides real-time operation data of cameras installed on the FJD
Trion O1.
- Set the exposure parameters
- Set the path of stored photos
- Manage the photo files and display
the photo thumbnail - Display available storage capacity
FJD Plan - flight plan design
With multiple control functions , FJD Plan allows you to easily generate flight plans.
- Define the area of survey
- Generate the flight lines