ARRAY GeoSpatial

(DEMO PRODUCT) RESEPI-LIVOX AVIA by Inertial Labs

RESEPI AVIA by Inertial Labs excels at surveying thin objects such as powerlines. Utility lines are long with a small diameter and can be challenging for some lasers to track. AVIA’s high point density causes the lines to stand out and appear more clearly in point cloud data. Another great application is surveying long distances over large tracts of land, such as airport runways or racetracks. RESEPI AVIA can be flown at higher speeds, and the narrow Field of View allows for preserving point cloud density. Coupled with the lighter weight of the payload, available flight time is improved.

RESEPI Overview

RESEPI™ (Remote Sensing Payload Instrument) is a sensor-fusion platform designed for accuracy-focused remote sensing applications. RESEPI utilizes a high-performance Inertial Labs INS (GPS-Aided Inertial Navigation System) with a tactical-grade IMU and a high-accuracy single or dual-antenna GNSS receiver, integrated with a Linux-based processing core and data-logging software. The platform also provides a WiFi interface, optional imaging module, and external cellular modem for RTCM corrections. RESEPI can be operated by a single hardware button or from a wirelessly connected device via a simple web interface.


RESEPI WITH LIVOX AVIA

RESEPI equipped with AVIA LiDAR is the lightest configuration, coming in at below 1 kg. It enables longer flight times and increases the selection of drone platforms, including those with lower payload capacity. The narrow scan field of view concentrates laser
measurements, resulting in a higher ground point density. RESEPI AVIA is a compact, lightweight, and competitively priced scanning and mapping solution.


Key System Features of RESEPI™ LIVOX AVIA UAV LiDAR Scanner

  • System Vertical Accuracy:  3 – 5 cm(1)
  • Precision: 4 – 5 cm(2)
  • Precision:  (1σ Noise Removal) 2 – 3 cm(3)
  • Recommended AGL: Up to 85 m
  • Weight: 1.2 kg (with camera),0.9 kg (without camera)
  • Dimensions: 20 x 13 x 9.2 (cm)
  • Max Flight Time (DJI M300):  33 minutes
  • External Storage:  256 GB USB Included
  • System Computer: Quad Core, 1GB RAM,8GB eMMC
  • Operational Voltage Range: 9-45V
  • Power Consumption:  16W

LiDAR

Laser Range Capabilities

190m @ 10% ref. (all channels);
320m @ 80% ref. (all channels)

Range Accuracy

+/- 2 cm

FOV (Horizontal)

70.4°

FOV (Vertical)

4.5° / 77.2º(4)

Scan Angle (Vertical)

N/A

Laser Beam Divergence

0.03° (H), 0.28º(V)(5)

Number of Laser

6

Number of Returns

3

Pulse Rate

240k/s (single return);
480k/s (dual return);
720k/s (triple return)

Laser Safety

Class 1 (IEC 60825-1:2014)


GPS-Aided IMU

Inertial Labs Tactica
Grade IMU-P

GNSS

Single or Dual Antenna

Constellations

GPS, GLONASS, Galileo, BeiDou,
QZSS, NavIC (IRNSS), SBAS, L-Band(7)

Frequencies

L1, L2, L5(8)

Operation Modes

RTK and PPK

Output Rates

Up to 200Hz (INS);
Up to 2,000Hz (IMU)

Pitch/Roll Accuracy

0.03° (RTK);
0.006° (PPK)(9)

Heading Accuracy

0.15° (RTK);
0.03° (PPK)(10)

Velocity Accuracy

<0.03 m/s

Position Accuracy

1cm + 1ppm (RTK);
0.5cm (PPK)

Camera

Model

 24MP RGB Mapping Camera

Lens

 Sony E-Mount 16mm, 70° FOV

Max Trigger Rate

 2 seconds

External Camera Support

 Yes(6)

 
 

Software

Field Checks

Yes, Included

Pre-Processing

Yes, Included

Post-Processing

Yes, Supported

 

Notes:

(1)(2)Single Pass, 50m AGL, 5m/s, Nadir, Values Based on Inertial Labs Test Conditions.
(3)Single Pass, 50m AGL, 5m/s, Nadir, Single Noise Removal, Values Based on Inertial Labs Test Conditions.
(4)Dependent upon scanning pattern used.
(5)Varies by measurement range.
(6)For select models.
(7)(8)Maximum available; dependent on receiver configuration.
(9)Dynamic accuracy is dependent on type of motion.
(10)Dynamic accuracy is dependent on type of motion; RTK with a 1-meter baseline

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(DEMO PRODUCT) RESEPI-LIVOX AVIA by Inertial Labs
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(DEMO PRODUCT) RESEPI-LIVOX AVIA by Inertial Labs