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Eclipse: Autonomous Mapping System
The Teledyne Optech Eclipse is an autonomous airborne system focusing on operatorless data collection on low-cost platforms. Eclipse is designed specifically for the efficient data collection of smaller project areas and corridor applications, requiring only a pilot for navigation. Lidar and image data are captured on a single removable SSD cartridge for fast and efficient data transfer to Optech Lidar Mapping Suite (LMS).
![](https://cdn.geo-matching.com/MpV2z8pe.jpg?w=128&s=f2f060e7e9c4d85ccb6469ad90c2790e)
Description
The Teledyne Optech Eclipse is an autonomous airborne system focusing on operatorless data collection on low-cost platforms. Eclipse is designed specifically for the efficient data collection of smaller project areas and corridor applications, requiring only a pilot for navigation. Eclipse combines an eye-safe, high-performance, 1.5-micron laser with a high-accuracy automatic imaging system for effortless collection of high-resolution lidar data and imagery via its innovative sensor motion detection system. Lidar and image data are captured on a single removable SSD cartridge for fast and efficient data transfer to Optech Lidar Mapping Suite (LMS).
Do you have questions about this product?
- Questions about price, availability, and/or retailers
- Questions about technical specifications and usage
- Questions about suitability for your project or application
Specifications
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General
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Year of introduction
2016
Year of last update
2016
Total Weight [kg]
36.6
Power requirements
<200 W
Type of GNSS/INS positioning system
POSAV AP40
Camera
integrated electroic camera (29 MP)
Data storage facilities
removable SSD
Mission planning software
Yes
Postprocessing software
Lidar Mapping Suite
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Application
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Main applications
corridor; small-area; asset management; rapid response; agriculture; forestry; mining
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Measurement Characteristics
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Scanning method
Rotating polygon
Scan frequency [Hz]
140
Min. pulse frequency [Hz]
450000
Max. pulse frequency [Hz]
450000
Max. field of view [deg]
60
Max. number of recorded echoes per pulse
7
Full-wave form digitization
N
Pulse sampling frequency [GHz]
0
Recording of intensity of return signal [bits]
12
multiple pulses in air
Y
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Operation Characteristics
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Platform
Helicopter, Fixed-wing, Gyroplane
Min. flying height [m]
10
Max. flying height [m]
1000
Max. acquisition time [hr]
6
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Laser Pulse Characteristics
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Wavelength [nm]
1550
Standard pulse length [ns]
2
Beam divergence [mrad]
0.4
Type/class laser
Class I
Eyesafe range [m]
10
Pulse length variation [ns]
0
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More information
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Distinguishable features
One-button operation;No training required;Fully-automatic;Eye-safe;Single processing platform;Fully-supported with comprehensive warranty options
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Uncertainty and resolution
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Pitch and roll pointing precision [deg]
0.008
Heading pointing precision [deg]
0.02
Elevation precision at 1 km [m]
0.05
Planimetric precision at 1km [cm]
18
Across-track point spacing at 1km [m]
0.5
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Application areas
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Select an application area:
Documents
![migrationhtnyro.pdf](https://geo-matching.com/media/kplV63Rr.jpg)