Where GNSS-only workflows reach their limits
Traditional GNSS workflows face limitations when satellite signals are blocked, points are difficult or unsafe to reach, or projects move between open-sky and obstructed environments. V100F keeps surveying continuous with multi-sensor fusion, enabling reliable data capture beyond the limits of conventional GNSS.
Tunnel
GNSS Signal Blocked
Deep Excavation
Difficult Point Access
Under Bridge
GNSS Signal Loss
Steep Slope
Unsafe to Approach
FJD V100F
Key Highlights
GNSS, LiDAR, camera and IMU data work together for reliable positioning
Supports UHF radio, 4G, Wi‑Fi, Bluetooth and NFC
Measure multiple targets from up to 20 m away
Keep working in obstructed and GNSS-denied areas
Capture points, lines, surfaces and volumes
Use one device as both an RTK rover and a scanner
Capture data in FJD Trion Survey and process it in FJD Trion Model
Combine outdoor RTK and indoor scan data in one coordinate system
Why V100F changes field capture
Designed for complex surveying tasks, the V100F combines GNSS surveying, 3D scanning and on-site image capture in one device. It supports data capture where satellite positioning signals are weak, obstructed or unavailable. It enables continuous data capture during indoor–outdoor transitions, beneath bridges, and in culverts and tunnels, as well as stockpile volume calculation and site verification, helping improve field efficiency and deliver more complete survey results.
From Capture to Deliverables
From field data capture to engineering deliverables, FJD Trion V100F integrates positioning, spatial data collection, and modeling into one seamless workflow.
From Capture to Deliverables
From field data capture to engineering deliverables, FJD Trion V100F integrates positioning, spatial data collection, and modeling into one seamless workflow.
Built for Demanding Engineering Environments
Urban Canyons
Mining and Earthwork
Tunnels and Underground Mining
Bridges and Viaducts
Road Engineering
Utility Trenches
Designed to Work Together
Capture, process, and deliver your 3D data within one connected FJD Trion workflow.
Field Capture
Capture GNSS receiver coordinates, point clouds, and field data directly with V100F.
Cloud Sharing and Collaboration
Process, visualize, and transform captured data into accurate 3D models and deliverables.
Create your FJD Trion plan
Our solutions support different field based workflows across construction, forestry, mining, inspection, mapping, public safety, and more. The product combination depends on how your team works today and where time or money is being lost.
Si vous partagez votre type de projet, flux de travail actuel et principal défi, nos experts peuvent vous proposer une solution FJD Trion adaptée à votre équipe. Besoin d’une consultation ou d’une démonstration gratuite ? Contactez-nous
From Point Survey to Spatial Capture
Traditional Point Survey
|
V100F Spatial Capture |
|
|---|---|---|
|
Measurement
|
Point-by-point measurement
|
Continuous spatial capture
|
|
Environment
|
Best suited for accessible environments
|
Extended capability for complex environments
|
|
Data Type
|
Individual coordinates
|
Coordinates + Point Cloud + Images + Models
|
|
Coverage
|
Selected point measurement
|
Complete site capture
|
|
Operation
|
Direct target measurement
|
Non-contact measurement
|
Output | Survey points | Spatial models for verification and analysis |
Spécifications du FJD Trion V10L
GNSS
L1, L2, L3
*Supported through a firmware upgrade
System Accuracy
V: 3.5 mm + 0.4 ppm RMS
V: 5 mm + 0.5 ppm RMS
V : 5 mm + 1 ppm RMS
V: 15 mm + 1 ppm RMS
Tilt angle: 0 to 60°
Caméra
Communications et stockage des données
Transmit power: 2 W
Protocol: TRIMTALK, TRIMTALK 450S, TRANSEOT, TRIMMARK 3, SATEL, LoRa
Range: typically 6–12 km; up to 16 km under optimal conditions
Port d’antenne UHF
Port USB Type-C
Input: RTCM 2.x, RTCM 3.x, CMR
Matériel
FOV: H 360°, V 62°
Number of lines: 32
Eye safety class: Class 1
Storage: -40 °C to +75 °C (-40 °F to +167 °F)
45 W PD fast charging
UHF/4G RTK rover: typical 3 W, up to 22 h
(8.46 in × 5.12 in × 4.72 in)
Remarque : l’autonomie de la batterie dépend de l’environnement d’utilisation, de la température de fonctionnement et du mode de fonctionnement. Elle présente une durée de vie standard dans des conditions normales d’utilisation.
