Leica DMC III – digital airborne camera with world’s largest single frame
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The Leica DMC III – breaking new ground
Based on new CMOS technology specifically engineered for airborne applications, this sensor combines the world’s largest single frame with the most efficient workflow. With 25,000+ pixels across, it offers the largest swath generated by a single frame. That is 25% more area performance than the closest system. Due to the revolutionary forward motion compensation, this solution delivers unprecedented image quality.
Description
The Leica DMC III – breaking new ground
Based on all new CMOS technology specifically engineered for airborne applications, this sensor combines the world’s largest single frame with the most efficient workflow.
With 25,000+ pixels across, the Leica DMC III camera offers the largest swath generated by a single frame. That is 25% more area performance than the closest system. Due to the revolutionary forward motion compensation, this solution delivers unprecedented image quality and the unsurpassed geometric accuracy of a monolithic sensor.
Revolutionary CMOS technology
The DMC III is the first large format frame camera using CMOS sensor technology, thus reaching beyond the limitations of traditional CCD technology.
- Reduced data acquisition cost due to increased sensor size / area performance and increased data acquisition efficiency by over 40%
- Capturing more information due to 100% increase in dynamic range
- Never before achieved image quality because of less image noise and almost zero blooming
- Integrated workflow, from planning to post processing 90% forward overlap
The Leica DMC III has an embedded flight management and GNSS/IMU system. Customised optics and a class 5 IMU provides the highest geometric accuracy.
Unprecedented productivity with high-performance workflow
To be No.1, the most efficient camera relies on the most efficient data processing. Based on the acclaimed Leica XPro processing suite, Leica Geosystems is introducing Leica HxMap, the most innovative and intuitive common data processing platform to support fast and efficient processing of all sensors.
Additional information
Year of introduction | 2015 |
---|---|
Helicopter | N |
CCD RGB | 3 x 60 MPixel CCD for RGB |
Charged Coupled Device (CCD) IR | 60 MPixel CCD for NIR |
CCD simultaneous | n.a. |
Data collection rate [megapixel/s] | 631 |
Max. across-track FOV [deg] | 57.9 |
Platform | Fixed-wing |
Fixed-wing | Y |
Megapixels | 391 |
Min. flying height [m] | 200 |
Forward motion compensation | Y |
In flight pre-view | Y |
Temperature controlled pod | N |
Training facilities | Yes |
Brand | Leica Geosystems Airborne Solutions |
Dynamic range [bits] | 14 |
Pixel size [µm] | 3.9 |
Type of storage | SSD |
Power requirements | 280 W |
Storage capacity [GB] | 16000 |
Storage Replaceable | Y |
Camera unit Weight [kg] | 63 |
Camera unit Length [m] | 0.622 |
Camera unit Width [m] | 0.497 |
Camera unit Depth [m] | 0.460 |
Type of GNSS/ INS positioning system | Novatel SPAN |
Type CCD | n.a. |
On board image storage format(s) | internal |
Type of mission planning software | Leica MissionPro |
Type of postprocessing software | HxMap workflow software |
Number of lenses | 5 |
Lenses: focal lengths [mm] | 92 mm for PAN and 45 mm for MS |
Type CMOS | 391 MPixel CMOS for the PAN sensor |
Lenses: interchangeable | no |
Addres | Leica Geosystems Airborne Solutions |