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LIDAR

LiDAR (Light Detection and Ranging) technology is a massive position measurement system that uses a laser or infrared scanning sensor, which emits pulses and registers the returns against the surface.

At Octocam-maps we have a team of engineers capable of offering a multiplatform LiDAR service using Static LiDAR, Drone LiDAR, Mobile LiDAR Mapping and Profilometer.

STATIC LIDAR

The static lidar is a tripod-mounted lidar sensor, which, from a fixed point, generates a 360-degree point cloud. By positioning the machine at different points, we can scan large environments with high accuracy (up to 250 scans per day). Octocam-maps has a Leica RTC 360 Lidar, which obtains 2,000,000 points per second and accuracies of +- 2mm. 

Sensor lidar estático

USES

  • Reverse engineering: from a scan, we generate the 2D/3D plans.
  • BIM: from the point cloud, we generate the model in REVIT.
  • Inspection: the high density of points allows us to visualize cracks and imperfections in critical structures, measure and act accordingly.
  • Virtual scenarios: through the color point cloud we generate textured meshes for the generation of virtual environments for video games, films, or augmented reality.

LIDAR DRONE

Drone-borne LiDAR is a slam lidar system, which we adapt to an airborne drone to generate point clouds at altitude. It is the cheapest airborne LiDAR system on the market compared to airplane or helicopter flights. With a PPK geo-referenced system, supported by ground control points, we obtain a centimetric accuracy (+-5cm), being able to map up to 150ha per day.

Lidar embarcado en un dron

USES

  • Cartography: generation of digital terrain and surface models (DEM/SDMs)
  • Forestry: vegetation inventory and classification
    Power lines: geometric control of the cable with vegetation.
  • Virtual scenarios: through the color point cloud we generate textured meshes for the generation of virtual environments for video games, films, or augmented reality.

MOBILE MAPPING

Mobile Mapping is a slam lidar system onboard an SUV for point cloud generation while driving. With a PPK georeferenced system, supported by ground control points, we obtain a centimetric accuracy (+-5cm), being able to map up to 100 km per day.

Mobile Mapping

USES

  • Road inventory: location of road signs, paintings and other road safety elements.
  • Urban cartography: generation of three-dimensional models for calculating clearances, volumes, lane safety distances, etc.
  • Virtual scenarios: through the color point cloud we generate textured meshes for the generation of virtual environments for video games, films, or augmented reality.
  • Urban cartography: generation of three-dimensional models for calculating clearances, volumes, lane safety distances, etc.
  • Virtual scenarios: through the color point cloud we generate textured meshes for the generation of virtual environments for video games, films, or augmented reality.

PROFILOMETER

The profilometer is a slam lidar system on board an SUV-type vehicle to generate point clouds of asphalt while driving. With a PPK georeferenced system, supported by ground control points, we obtain millimetric accuracy (+-1mm), being able to map up to 100 km per day. The main uses are for detecting deformations in roadways: locating cracks, damage and paintwork.

Perfilómetro
Perfilómetro

CONTACT US FOR MORE INFORMATION

HQ – BARCELONA

Galicia Office

Mallorca Office