RESEPI™ Remote Sensing Platform

Transform Your Remote Sensing Capabilities

RESEPI™ (Remote Sensing Payload Instrument) is the industry's most flexible LiDAR mapping platform, combining precision navigation, advanced processing, and modular design in one integrated system.

RESEPI™ (Remote Sensing Payload Instrument) is the industry's most versatile LiDAR mapping platform, combining a dual antenna GNSS-aided inertial navigation system, advanced datalogger, integrated camera, and comprehensive communications system to deliver real-time and post-processed point cloud solutions. The platform features a WiFi interface, embedded cellular modem for RTCM corrections, enterprise-grade data logging software, and gigabit ethernet connectivity, while maintaining compatibility with leading LiDAR systems including Velodyne, Quanergy, Ouster, RIEGL, LIVOX, and Hesai. Designed specifically for white-label deployment, RESEPI™ offers unmatched flexibility through its modular architecture, allowing customers to supply their own GNSS receivers and LiDAR sensors while we provide complete assembly, calibration, and bore-sighting services to maintain existing supplier relationships and meet local production requirements. Alternatively, RESEPI™ is available as a complete turnkey solution including pre-selected LiDAR sensors, all required cables and mounting hardware, vibration isolation systems, factory calibration, and comprehensive post-processing kinematic (PPK) and point cloud software. This dual approach enables OEMs and system integrators to leverage proven, field-tested remote sensing technology while maintaining complete control over customization, branding, and customer relationships, ultimately reducing development time and costs while delivering professional-grade mapping solutions for demanding field applications.

RESEPI GEN-II Models

 

RESEPI-GEN-II-OS1-ILX-red-01 RESEPI-GEN-II-M2X-ILX-red-01 Teledyne_EchoONE_rr

RESEPI GEN-II OS1-ILX

RESEPI GEN-II M2X-ILX

TELEDYNE EchoONE

Supported LiDAR Scanners

Ouster-logo-200 HESAI-logo-200 Teledyne-lidar-logo-200

System Vertical Accuracy

 3-5 cm 2-3 cm 1.5 cm

Precision

4-6 cm 2-4 cm 0.5 cm

Precision (1σ Noise Removal)

2-4 cm 1.5-2.5 cm >0.5 cm

Embedded Camera

61 MP Sony ILX-LR1 61 MP Sony ILX-LR1 5 MP Embedded
Optional: Sony ILX-LR1

Max Flight Time

33 minutes (DJI M300) 33 minutes (DJI M300) 33 minutes (DJI M300)

Operational Voltage Range

9-50V 9-50V 9-50V

 

RESEPI LITE Models

 

RESEPI_Ultra_LITE-rr RESEPI-Hesai-XT32-rr RESEPI-Hesai-XT32-M2X-rr RESEPI-Livox-AVIA-rr RESEPI-Ouster-OS164-rr RESEPI-Teledyne-CL360H-rr RESEPI-Hesai-XT32-M2X-rr

 

RESEPI Ultra Lite

RESEPI Lite XT-32

RESEPI Lite XT-32M2X

RESEPI Lite AVIA

RESEPI Lite OS1-64

RESEPI Lite CL-360HD

RESEPI Lite VLP-32C

Supported LiDAR Scanners

HESAI-logo-200 HESAI-logo-200 HESAI-logo-200 Livox-logo-200 Ouster-logo-200 Teledyne-lidar-logo-200 Velodyne-lidar-logo-200

System Vertical Accuracy

 2-3 cm 2-3 cm 2-3 cm 3-5 cm 3-5 cm 1-2 cm 3-5 cm

Precision

2-4 cm 2-4 cm 2-4 cm 4-5 cm 4-6 cm 1-2 cm 4-6 cm

Precision (1σ Noise Removal)

1.5-2.5 cm 1.5-2.5 cm 1.5-2.5 cm 2-3 cm 2-4 cm 1-2 cm 2-4 cm

Recommended
AGL (m)

Up to 100 m Up to 100 m Up to 150 m Up to 85 m Up to 100 m Up to 200 m Up to 100 m

Max Flight Time

35 minutes (DJI M350) 33 minutes (DJI M300) 33 minutes (DJI M300) 33 minutes (DJI M300) 33 minutes (DJI M300) 23 minutes (DJI M600, TB48S batteries) 33 minutes (DJI M300)

Operational Voltage Range

9-45V 9-45V 9-45V 9-45V 9-45V 9-36V 9-45V

 

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