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SPH Engineering GPR drone integrated system

A Ground Penetrating Radar (GPR) mounted on a drone enables to see through the surface of ground, ice, rocks, freshwater, and buildings or through structures at unsafe and hazardous environments without compromising the safety of staff, providing an …

  • SPH Engineering GPR drone integrated system
SPH Engineering
Daugavgrivas 140
LV-1007 Riga
Latvia
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Description

A Ground Penetrating Radar (GPR) mounted on a drone enables to see through the surface of ground, ice, rocks, freshwater, and buildings or through structures at unsafe and hazardous environments without compromising the safety of staff, providing an additional solution for more efficient surveying.

Currently, SPH Engineering provides two configurations for the GPR-drone integrated system setup. Both are using DJI M600 Pro drone and Radarteam Cobra Plug-In GPR, but the antenna is different in each setup:

 - SUBECHO-70 (SE-70) antenna

 - SUBECHO-150 (SE-150) antenna

Antennas differ in their frequency range and centre frequency. SE-70 has a centre frequency of 80 MHz and can penetrate the ground more – up to 80 meters in good conditions (ice or dry sand). SE-150 has a centre frequency of 124 MHz and penetration up to 40 meters in good conditions, however, the resolution is much better.

Table summarizing the main characteristics of the GPR-drone integrated system

COBRA PLUG-IN ANTENNAS

SUBECHO MODELS 

SE-70

SE-150

Frequency range, MHz

20-140

20-280

Bandwidth, MHz

120

260

Centre frequency, MHz

80

124

Size (L x W x H), cm

139 x 15 x 21

92 x 22 x 22

Weight, kg

3,7

3,5

DJI M600 Pro drone with GPR

Take-off weight

with TB47S batteries, kg

14,31

14,11

with TB48S batteries, kg

14,81

14,61

Approximate flight time

with TB47S batteries, min

15

16

with TB48S batteries, min

19

20

Maximum length of survey line (speed 2m/s)

with TB47S batteries, m

1800

1920

with TB48S batteries, m

2280

2400

 

Mapping of underground infrastructure

Mapping of underground infrastructure is an important task before starting any construction works on previously developed territories or in cases when actual documentation and maps for underground infrastructure is missing.

Please note that the current GPR-drone integrated system does not enable to map small or thin objects such as cables or thin pipes. It is capable of detecting objects with an approximate size of 5 - 10% of depth, such as concrete sewage channels, tunnels, bunkers, etc.

Specifications

  • Year of last update
    2018
  • Typical applications
    Current the GPR-drone integrated system can be used in areas where deep ground penetration is required but a good resolution is not very important. Examples of applications include: - Bathymetry of fresh water - Geological surveys for soil layer profiling - Mapping of underground infrastructure
  • Platform
    Copter
  • Brand
    DJI M600 Pro drone and Radarteam Cobra Plug-In GPR
  • Max. payload [kg]
    1.5
  • Weight of filled fuel tank [kg]
    0
  • Transport on human back
    N
  • Min. operation temperature [°C]
    -20
  • Training provided
    Y
  • Collision avoidance systems (CAS)
    Y
  • Autonomous emergency landing
    Y
  • Automatic launch and landing
    Y
  • Onboard imaging/scanning devices
    Additional sensors
  • Build-in Stablilsation
    Y
  • Exchangeable
    Y
  • Sensor tilting to allow oblique views
    Y
  • Ground computer included
    N
  • Sensor control
    Y
  • Real time image and video download link
    Y
  • Type of software included
    Flight planning
  • Automatically Generated Products
  • Flight planning software
    UgCS

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