FJD Trion V4e Go

Make the Leap to Real LiDAR

A dedicated handheld LiDAR scanner designed for practical indoor and outdoor reality capture, with your compatible smartphone serving as the display and control interface.

154,600 Points per second
50 m Maximum range*
1 cm Relative accuracy*
5 h Operating time
360° Horizontal FOV

Dedicated LiDAR Hardware

Real LiDAR.
Beyond Phone Scanning.

V4e Go is a dedicated LiDAR scanner built for professionals who need to move beyond the limitations of basic phone-based scanning.

Your compatible smartphone becomes the display and control interface, while V4e Go handles the LiDAR capture. The result is a practical combination of dedicated scanning hardware and a familiar mobile workflow.

Dedicated LiDAR

Professional scanning hardware designed for dedicated reality-capture workflows.

Smartphone Interface

Use a compatible smartphone for control, real-time viewing and point-cloud colourisation.

Portable Workflow

Bring dedicated LiDAR capability into practical field-scanning projects without a complex setup.

FJD Trion V4e Go magnetic smartphone mount

Simple Setup

Ready in a Snap

Connect your compatible smartphone to V4e Go using the magnetic mounting system and get ready to scan in seconds.

The familiar smartphone interface keeps the scanning process simple, while the dedicated V4e Go hardware provides the LiDAR capture.

LiDAR Performance

Precise Capture on Every Pass

Capture dense spatial data while moving through your environment, with a wide field of view and professional LiDAR performance.

154,600 Points per second
360° Horizontal field of view
50 m Range at 90% reflectivity
1 cm Relative accuracy*

* Post-processed accuracy under stated conditions. Actual results may vary depending on environmental conditions, surfaces, scanning method and processing workflow.

FJD Trion V4e Go outdoor LiDAR scanning with GNSS

Indoor + Outdoor

One Scanner,
Two Environments

V4e Go is designed for reality capture across indoor and outdoor environments, helping you use one scanning platform across different project types.

Indoor

Floor plans, interior documentation, renovation and BIM-related workflows.

Outdoor

Reality capture, forestry, mapping and other outdoor projects.

Need georeferenced outdoor data? Pair V4e Go with the FJD Trion V4e Pro GNSS Receiver for centimeter-level RTK positioning under applicable conditions.

FJD Trion Software Ecosystem

From Scan to Result

V4e Go gives you the hardware to capture your environment, then lets you choose the software workflow that best fits the project.

01

Capture

Scan your environment with dedicated LiDAR hardware.

02

Process

Choose the Creative or Model Web workflow for your project.

03

Deliver

Turn captured data into useful project outputs and documentation.

FJD Trion Creative workflow for reality capture

Creative Workflow

From Space to Floor Plan

A focused workflow for indoor scanning and floor-plan creation. Capture the space, review the scan and continue with processing through the FJD Trion Creative workflow.

Best for Interior Designers · Contractors · Remodelers · Existing-Condition Documentation
FJD Trion Model Web point cloud processing workflow

Model Web Workflow

From Scan to Broader 3D Data

Extend your reality-capture workflow beyond floor plans with indoor and outdoor project processing, point-cloud workflows and broader professional applications.

Best for BIM Teams · Survey Providers · Forestry · Mapping · Reality Capture
FJD Trion Creative Portal floor plan workflow

Indoor Deliverables

Turn Scans Into Floor Plans

For indoor projects, the FJD Trion Creative workflow helps move captured spatial data toward usable floor-plan deliverables.

01 Scan
02 Upload
03 Process
04 Export

Real-World Applications

Built for Real-World Applications

From indoor floor plans to outdoor site analysis, the FJD Trion V4e Go supports professional 3D reality-capture workflows across a range of applications.

01

Floor Plans

Capture indoor spaces and turn scan data into detailed floor plans for documentation, renovation and design workflows.

02

BIM Models

Capture existing conditions and generate accurate 3D data to support BIM, modeling and project documentation.

03

Tree Inventory

Capture detailed 3D data for tree inventory, forestry documentation and outdoor reality-capture projects.

04

Volume Analysis

Capture 3D point-cloud data for volume analysis of stockpiles, materials, terrain and other outdoor environments.

FJD Trion V4e Go compatible smartphone interface

Before You Buy

Your Phone Becomes the Interface

V4e Go uses a compatible smartphone for scanning control, viewing and point-cloud colourisation.

Smartphone compatibility varies between scanning and point-cloud colourisation, so please confirm your device before purchase.

Current Compatible Models

Scanning: Samsung Galaxy S25 series and later; iPhone 15 series and later; Google Pixel 10 series and later; OPPO Find X8 Ultra, Find X9 Pro and later.

Point-cloud colourisation: Samsung Galaxy S25 series and later; iPhone 15 series and later; Google Pixel 10 series and later.

More models may be added over time. iPhone e and Air models and phones released before 2023 are currently not supported.

Product Overview

FJD Trion V4e Go at a Glance

A dedicated LiDAR scanning platform designed to combine portable hardware with flexible mobile workflows.

FJD Trion V4e Go product overview and accessories

Technical Specifications

FJD Trion V4e Go Specifications

LiDAR

Point Cloud Output 154,600 points/s @ 70° vertical FOV
Detection Range 0.05–50 m @ 90% reflectivity
0.1–25 m @ 10% reflectivity
Post-Processed Accuracy Relative: 1 cm
Absolute: 3 cm
Field of View Horizontal: 360°
Vertical: -10° to 60°
Laser Wavelength 905 nm ± 5 nm
Laser Classification Class 1
Sampling Rate ≥ 200 kHz

Mobile Compatibility

Scanning Samsung Galaxy S25 series and later;
iPhone 15 series and later;
Google Pixel 10 series and later;
OPPO Find X8 Ultra, Find X9 Pro and later
Point-Cloud Colourisation Samsung Galaxy S25 series and later;
iPhone 15 series and later;
Google Pixel 10 series and later

Electrical & Interface

Charging Input 5 V / 3 A
Battery 3.6 V / 6,700 mAh
Power Consumption < 5 W at 25°C
Charging Time 3 hours
Operating Time 5 hours
Data Port USB 3.0
Charging Port USB 2.0

Physical Characteristics

Dimensions 140 × 167 × 270 mm
Weight 1,025 g (Main Unit)
Mounting Interface 5/8-inch internal threaded mount
Operating Temperature -20°C to 60°C
Charging Temperature 0°C to 45°C

GNSS

Supported Satellite Systems BDS, GPS, GLONASS, Galileo, QZSS and SBAS
Parallel Channels 1,408
Differential Data RTCM 2.3 / RTCM 3.x / CMR
Output Format NMEA-0183

Positioning Performance

Single-Point Accuracy (RMS) H: ≤ 1.5 m
V: ≤ 2.5 m
DGPS Accuracy (RMS) H: ≤ 0.4 m
V: ≤ 0.8 m
RTK Accuracy (RMS) H: ≤ 0.8 cm + 1 ppm
V: ≤ 1.5 cm + 1 ppm
RTK Initialization Time < 5 s
Initialization Reliability > 99.9%
Update Rate 1 / 2 / 5 / 10 / 20 Hz
Time Accuracy 20 ns
Speed Accuracy 0.03 m/s
* Specifications and accuracy values are based on manufacturer-stated test conditions. Actual results may vary depending on environmental conditions, surface characteristics, scanning conditions, positioning environment and processing workflow. GNSS positioning specifications apply to the applicable GNSS configuration.