Teledyne Galaxy PRIME
Airborne Lidar Terrain Mapper
Maximum Productivity for Wide-Area, Mountain, Urban, and Corridor Survey Applications
The new ALTM Galaxy PRIME is the ultimate wide-area lidar sensor, offering best-of-class collection efficiency, smallest form factor, and highest quality data sets to meet rigorous USGS lidar standards.
With a 6000m AGL collection envelope and 1-MHz “on-ground” collection rate, Galaxy PRIME is the most productive sensor available, ensuring maximum application and platform flexibility with the lowest SWaP.
Whether gyro-stabilized or fixed-mounted, high-altitude or low, one camera or six, full waveform or discrete, Galaxy PRIME excels in all application areas with unmatched configuration flexibility, providing the highest data precision and accuracy available.
Key Applications:
- Wide-area mapping
- Urban mapping
- Natural resource management
- Engineering & infrastructure modeling
- Powerline & transportation corridor
New Enhancements Include:
- Continuous Operating Envelope
- PulseTRAK™ technology eliminates data coverage gaps and irregular point density.
- Enhances efficiency with consistent point density and simplifies mission planning.
- Dynamic Field of View (FOV)
- SwathTRAK™ technology maintains fixed-width swaths, improving point density consistency.
- Reduces the number of flightlines, saving 40-70% on collection costs.
- Boost Mode
- Enhanced range performance for improved detectability and vegetation penetration.
- Real-time Sensor Protocol
- In-air target observation and monitoring with real-time LAS file generation.
- Confirms detection of small targets like powerlines in real-time.
- High-Performance Scanner
- Boosts performance with superior scan speeds and improved data quality.
- Supports faster aircraft velocities and wider scan FOVs.
Galaxy PRIME Advantage:
- 1-MHz “on-ground” collection rate for unmatched point density.
- Large performance envelope for flat and rugged terrain types.
- PulseTRAK™ technology ensures consistent point density without data gaps.
- SwathTRAK™ technology reduces costs by up to 70% with fewer flightlines.
- Boost Mode increases range performance by up to 20%.
- Up to 8 returns per emitted pulse for high vertical density.
- Real-time LAS file generation for immediate deliverables.
- Optech Flight Management Suite with 3D planning and navigation capabilities.
- Complies with USGS Lidar Base Specification (QL0/QL1/QL2) for survey-grade deliverables.
- Custom sensor suites with gyro-stabilized and multi-sensor mounts.
- Optech LMS Lidar Mapping Suite for automated calibration and accuracy maximization.
Video
Spesifikasi
| Sensor Performance | |
|---|---|
| Performance envelope | 150-6000 m AGL, nominal 1, 2, 3, 4 |
| Absolute horizontal accuracy | 1/10,000 × altitude; 1 σ 2, 3 |
| Absolute elevation accuracy | < 0.03-0.25 m RMSE from 150-6000 m AGL 2, 3 |
| Laser Configuration | |
| Topographic laser | 1064-nm near-infrared |
| Laser classification | Class IV (US FDA 21 CFR 1040.10 and 1040.11; IEC/EN 60825-1) |
| Pulse repetition frequency (effective) | Programmable, 50-1000 kHz |
| Beam divergence | 0.25 mrad (1/e) |
| Laser range precision | < 0.008 m, 1 σ 5 |
| Minimum target separation distance | < 0.7 m (discrete) |
| Range capture | Up to 8 range measurements, including last |
| Intensity capture | Up to 8 intensity measurements, including last (12-bit) |
| Sensor Configuration | |
| Position and orientation system | POS AV™ AP60 (OEM); 220-channel dual frequency GNSS receiver; GNSS airborne antenna with Iridium filters; high-accuracy AIMU (Type 57); non-ITAR |
| Scan angle (FOV) | 10-60° |
| Swath width | 10-115% of altitude AGL |
| Scan frequency | 0-120 Hz advertised (0-240 scan lines/sec) |
| Scan product | 2000 maximum |
| Flight management system | Optech FMS (Airborne Mission Manager and Nav) with operator console |
| SwathTRAK™ | Dynamic FOV for fixed-width data swaths in variable terrain |
| PulseTRAK™ | Multipulse tracking algorithm with zero density loss across PIA transition zones |
| Roll compensation | ±5° minimum |
| Data storage | Removable SSD (primary); internal SSD (spare) |
| Power requirements | 28 V; 400 W |
| Dimensions and weight | Sensor: 0.34 × 0.34 × 0.25 m, 27 kg — PDU: 0.42 × 0.33 × 0.10 m, 6.5 kg |
| Operating temperature | 0 to +35°C |
| Optional Peripherals | |
| External data storage | Ruggedized, removable 2.5” SSD |
| Image capture | Compatible with all Optech CS-Series and most 3rd party digital metric cameras (integration kits available) |
| Full waveform capture | 12-bit Optech IWR-3 Intelligent Waveform Recorder with removable SSD |
| Gyro-stabilization | SOMAG GSM4000 integration kit |
| Multi-sensor mounts and pods | Machined aluminum sensor mounts (aircraft and/or helicopter) Carbon-fiber sensor mounts supporting nadir and fore/aft oblique cameras Heli-pod mount options for Bell 206/407 (FAA-approved) |
- Target reflectivity ≥20%; 99% detection probability
- Dependent on selected operational parameters; assumes nominal FOV of up to 40° in standard atmospheric conditions (i.e. 23-km visibility) and use of Optech LMS Professional software suite
- Angle of incidence ≤20°
- Target size ≥ laser footprint
- Under Teledyne Optech test conditions, 1 sigma
Pusatdrone.com
Jalan Pinangsia Raya Ruko No.66F, Pinangsia
