Teledyne EchoOne - NDAA Compliant LiDAR for Drones

Powered by Inertial Labs RESEPI GEN-II, the Teledyne EchoONE is the most innovative and powerful system that has been offered by Inertial Labs. Take advantage of unmatched precision and accuracy all in a compact system.

Compatible with the Real Time Robotics Hera.

The RMUS Mapping and Modeling Drone is a platform featuring the Realtime Robotics 
(“RTR”) HERA drone and a Teledyne Geospatial EchoONE (Powered by Inertial Labs RESEPI) LiDAR. The cost-effective platform has been designed in compliance with the latest NDAA requirements for the utmost in data security, and is ideal for gathering colorized engineering-grade point clouds.

EchoONE is a lightweight UAV LiDAR scanner weighing just 1.2 kg. This innovative platform combines a 5 MP global shutter camera and optional 61 MP camera with Inertial Labs’ cutting-edge RESEPI technology and KERNEL-210 tactical-grade IMU, ensuring highly accurate point cloud data when verified to ground control points.

The EchoONE provides a wide horizontal field of view that maximizes swath while reducing flight time, and four unique +/- 10-degree vertical scan angles for capturing targets such as utility poles and building walls.

Contact sales@rmus.com to learn more about our package.

TELEDYNE ECHO ONE KEY FEATURES

NDAA Compliant
EchoONE is compliant with FY2020 NDAA Sec 848 and FY2023 NDAA Sec 817 EchoONE is designed, developed and manufactured to be compliant with projects requiring the safety and security of data

Long-range lidar with up to 8 returns per laser pulse
Powerful eye-safe laser with 270m range to 20% reflectivity targets Flexibility to map large areas quickly from a high operating altitude, capture narrow electric utility conductors or wires, and penetrate thick vegetation with returns from both tree structure and ground

Wide-angle perspective
90 deg horizontal field of view with 4 unique +/- 10 deg vertical scan angles
Wide horizontal field of view maximizes swath reducing flight time Vertical field of view captures utility poles and building walls

Precise data
5mm lidar ranging precision and 1.5cm georeferenced accuracy
Low noise data results in crisp, detailed scans for modelling applications in utilities and transportation

Ultra-lightweight design
Echo is the lightest weight UAV laser scanner with its performance
Capture larger areas with increased flight time before needing battery swaps Compatible with smaller airline transportable UAVs and fewer transportation cases

Realtime georeferenced point cloud
Georeferenced point cloud generated on-sensor in realtime
Pilot QC review of LAS file to ensure project coverage prior to leaving site
Realtime API for third-party customized solutions

High-accuracy inertial measurement unit
EchoONE includes the Inertial Labs KERNEL-210 tactical grade IMU
High accuracy inertial measurements ensure the accuracy and reliability of
lidar point clouds when verified to ground control points

Integrated colorization camera
EchoONE includes a 5MP global shutter camera and optional 61MP camera Colorized point clouds provide additional context not available with intensity alone
Optional 61MP allows for simultaneous capture of high-resolution imagery for orthomosaics and inspection

SPECS:

• System Accuracy: 1.5cm RMSEz @120m
• Example Area Coverage  (30 min flight time, 120m Drone Height, 8 m/s speed, 20% overlap): 814 acres
• Operating Temperature: 14 F to 122 F (-10 C to 50 C)
• Ingress Rating: IP54
• Compliance: CE, RoHS, WEEE REACH, NDAA
• Size: 6.7 x 5.5 x 4.3 Inches
• Weight: 2.64 Pounds
• Power: Up to 60 Watts, 9 to 50 Volts
• Communication: WLAN, WiFi
• Onboard Storage: 512GB
• Removable Storage: USB

Laser

• Laser Pulse Repetition Frequency: 400 kHz
• Effective Pulse Repetition Frequency: 316 kHz
• Max Measuring Range 20% Targets: 270 m
• Max Operating Altitude, 20% Targets: 205 m
• Max Returns per Pulse: 8
• Range Accuracy / Precision, 1sigma:  10mm/5mm
• Laser beam divergence 1/e2:    0.5mrad
• Minimum Range: 3m
• Horizontal Field of View: 90deg
• Vertical Scan Lines (Nadir):  -10deg, -4deg, +4deg, +10deg
• Lines per Second: Up to 250
• Wavelength: 1535nm
• Laser Classification: Class 1