Total Stations
South N7 Series
High-precision total station equipment for reliable underground and surface survey control, setting out, and detailed measurement workflows.
Technology
Modern capture, processing, and digital delivery for mining data
MST uses practical surveying and geospatial technology to move from field data to reliable mine-ready outputs. Our workflows are designed to support real operations, not just create visuals.
Equipment
Field technology built for accurate mine survey work
Our equipment base supports underground and surface surveying, LiDAR capture, drone mapping, and dependable data collection workflows across mining and infrastructure environments.
RTK GPS
E-Survey E300
RTK GPS capability for fast and accurate positioning, control establishment, and efficient field data collection across larger sites.
Handheld LiDAR Scanner
FJD Trion S1 + 360 Camera
Portable reality-capture equipment for detailed scanning, spatial context capture, and flexible site documentation in complex environments.
Drones
DJI Matrice 400 + Zenmuse L3 Sensor, DJI Matrice 4E, DJI Phantom 4, Geomapper
Aerial survey and capture platforms supporting LiDAR, photogrammetry, mapping, and efficient data collection over large or difficult areas.
Our Approach
A connected workflow from capture to decision-making
We combine survey control, LiDAR, drone mapping, data processing, model creation, and structured outputs so mines can get more value from spatial data.
Stage 1
Capture
Gather site data using survey methods, LiDAR systems, drones, and control networks.
Stage 2
Process
Georeference, process, filter, classify, and export to usable project outputs.
Stage 3
Model
Generate surfaces, terrain models, sections, and plan-based deliverables.
Stage 4
Deliver
Share outputs in formats that support reporting, planning, coordination across multiple departments, and visual review.
Capture Technology
Field data collection built around real site conditions
Different sites require different approaches. MST combines traditional survey discipline with newer capture systems to improve speed, detail, and coverage where appropriate.
Underground and surface survey control
LiDAR scanning for detailed site capture
Drone mapping for terrain and large areas
Data capture for stockpiles, workings, and infrastructure
Processing Workflow
Turning raw capture into structured mine data
Raw data only becomes valuable once it is processed properly. Our workflow focuses on accuracy, clarity, and outputs that are useful to mine teams, engineers, and decision-makers.
Georeference
Confirming and preparing the raw data for processing.
Filtering and Classification
Removing noise and low-confidence data while classifying the dataset for better understanding.
Outputs
Digital deliverables that support mine operations
The goal is not just to capture data — it is to deliver information people can actually use in planning, reporting, visualisation, and operations.
LiDAR Point Clouds
For the most accurate terrain and spatial data.
Plans
From development, stoping, and DMR-compliant plans.
Reports
Volumetric deposition, stockpile reports, and tailings dam wall monitoring reports.