FJD TRION™ V4E MINI RTK RECEIVER

Main Features

 
Global Constellations
Supported 1408 Channels
H≤0.8 cm+1 ppm
V≤1.5 cm+1 ppm
Built-in IMU
Max 30° Tilt Survey
Laser Measurement
Accuracy @3m≤3cm
Pocket-Sized
Only 320g
Battery Life ≥12h
Charging Time ≤3h
1.2m 
Anti-Drop
Startup Time
Cold: ≤30s, Hot: ≤5s,
RTK Init: <5s

Small in Hand, Boundless on Land

The FJD Trion V4E Mini RTK Receiver breaks the boundaries of traditional GNSS receivers with handheld convenience and portable precision. Weighing only 320g, the V4E delivers centimeter-level positioning without centering rods, making it perfect for individuals, teams, and professionals on the go. Easy to use and budget-friendly, it can instantly unlock the power of high-accuracy surveying.
 

Key Benefits

Small Size, Big Power

Deliver centimeter-level accuracy with ±1.5 cm static precision. It supports 1408 channels and covers all GNSS constellations, including GPS, BDS, GLONASS, Galileo, QZSS, and SBAS. Weighing only 320g, the V4E offers broad compatibility with popular correction services, supporting NTRIP connectivity with RTCM 2.3, RTCM 3.x, and CMR.

No Pole, No Problem

Compensate for tilt angles up to 30° (PRO version) with a built-in IMU, so you don't need to hold it perfectly straight. This gives you ≤3cm accuracy at a 3m distance without a leveling rod. Its onboard LiDAR rangefinder in the PRO version also achieves ±3mm precision at a 10m distance for precise point targeting.

Built Tough for All-Day Efficiency

Stay powered up for the entire workday. It can run for over 12 hours and takes less than 3 hours to charge. You can even keep the V4E working while charging it with a power bank, so your work is never interrupted. With IP67-rated protection against water and dust, and resistance to drops from 1.2 meters, it's built to withstand tough environments.

EASIER ACCESS TO FJD TECH ECOSYSTEM

Access the FJD ecosystem quickly for a smooth workflow from field to machine. The GNSS data you collect with the V4E in the field can be directly used by FJD's farming autosteering systems, robotic mowers, and other smart devices for automated tasks. You don't have to convert the data, allowing you to work faster and reduce mistakes.  

Application Scenarios