Calian TW5387 Smart GNSS UDR Antenna is designed for high-accuracy rover positioning, featuring multi-band GNSS (L1/L5), RTK, and an IMU for Untethered Dead Reckoning (UDR). It provides sub-meter accuracy standalone and centimeter-level accuracy with RTK corrections, making it ideal for demanding applications like autonomous vehicles and precision agriculture. Housed in a rugged IP69K-rated enclosure, it ensures reliable performance even in harsh environments.

Why Choose the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V?

• Improved noise immunity with multi-band ST TESEO V GNSS Receiver chipset (Quectel)

• On-board Inertial Measurement Unit (UDR and ADR – wheelticks) provides continuous availability during periods of signal loss

• Improved multi-path rejection with Dual feed L1/L5 Accutenna®

• Multi-band GNSS receiver is resilient to ionospheric errors

• High reliability timing with expansive constellation array

• Exceptional position performance standalone without correction services

• Broad 5V-36V operation

• RS-422 differential or RS-232 signaling

• Industrial grade IP69K enclosure

• Rugged fixed mount

• Multiple cable lengths (5m, 15m and 25m)

• Available with conical radome

What Is the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V Used For?

Typical applications of the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V include:

• Precision agriculture guidance and auto-steering

• Machine control for construction and mining equipment

• Autonomous vehicles and mobile robotics

• Marine positioning and heading

• Fleet management and telematics

Ordering Information

Part Number: 33-5387-07-yy-zz-PC0 (RJ45; Data and Timepulse: RS-422, PC0 = NMEA out, no adaptor cable.)

Part Number:33-5387-27-yy-zz-PC0 (RJ45; Data: RS-232, Timepulse RS-422, PC0 = NMEA out, no adaptor cable.)

Where:

yy = Radome (00=grey conical, 10-grey low profile, 01-white conical, 11=white low profile)

zz = Cable length in meters. Standard is 5m. (15m and 25m are special order only)

33-5387-07-yy-zz-PC0 SDK Test Adaptor required for programming - 33-0095-10

33-5387-27-yy-zz-PC0 SDK Test Adaptor required for programming - 33-0095-13

Please refer to Tallysman's Ordering Guide to review available radomes and connectors at: https://www.tallysman.com/resource/tallysman-ordering-guide/

Frequently Asked Questions

What is the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V?

Calian TW5387 Smart GNSS UDR Antenna is designed for high-accuracy rover positioning, featuring multi-band GNSS (L1/L5), RTK, and an IMU for Untethered Dead Reckoning (UDR). It provides sub-meter accuracy standalone and centimeter-level accuracy with RTK corrections, making it ideal for demanding applications like autonomous vehicles and precision agriculture.

What is the advantage of a smart antenna like the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V?

A smart antenna combines the GNSS receiver and antenna in one sealed housing, so the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V delivers positioning over a single cable interface without a separate receiver box — reducing installation time, cabling and integration effort.

Where is the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V available?

The TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V is available through Leo Drive in the following region: Turkey. For other regions, please contact Leo Drive.

How can I get the datasheet and technical documents for the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V?

The datasheet, user manual and other technical documents for the TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V are available on the manufacturer’s website. You can also contact Leo Drive for documentation and integration support.

Explore More at Leo Drive

The TW5387 High-Precision Smart GNSS Antenna with IMU, ST TESEO V is part of the Smart GNSS Antennas range at Leo Drive. Browse all autonomous vehicle sensors and components, or talk to our engineering team about integration in your project.