Case studies

Stockpile volume with the FJD Trion S1

The S1 replaces truck-load guesses and total-station loops. In Poland more than 15,000 m³ of aggregate was measured in 30 minutes where drones could not fly. In Asia an 18,000 m² coal pile took 19 minutes.

Handheld FJD Trion S1 used to scan a stockpile

The volume of coal, gravel, ore, or grain drives purchasing, schedules, and cash. Classic methods — truck capacity, total station, or RTK rover — are slow, uncertain, and put people close to unstable piles.

The FJD Trion S1 captures the pile from a distance. The operator plans a loop with at least 5 m overlap at start and end, walks steadily, and keeps the scanner toward the pile. Outdoors, RTK can put the cloud in a coordinate system.

Point cloud of an open-pit mine scanned with LiDAR
Volume, footprint, and contours come out of FJD Trion Model after the scan.

Two field results

  • Southeast Asia, power plant: 18,000 m² coal pile — scan and processing in 19 minutes
  • Poland, concrete plant: more than 15,000 m³ of aggregate in 30 minutes with S1 + RTK, in a no-fly zone for drones

In FJD Trion Model surroundings are clipped, noise is cleaned, and holes are filled. Then come volume, footprint, height, surface, cut/fill against a plane, and contours. Compared with monthly photogrammetry, the result can sit in a national coordinate system and be compared with the last survey.

Summarised from a customer story published by FJD Trion. Contact Norrpoint for the S1 on stockpiles and quarries.

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