Detector Laser Metan U10 imbina tehnologia avansata pentru detectarea scurgerilor de gaz metan cu laser si aplicatiile dezvoltate produselor in aceast domeniu.

Include metan (CH4), Etan (C2H6), Propan (C3H8), Amoniac (NH3), Acid Fluorhidric (HF) si alte gaze toxice.

U10 este un detector usor, cu sensibilitate mare in detectie avand la baza o dioda laser cu absorbtie spectroscopica (TDLAS) care este capabila sa identifice rapid matanul de la 100m distanta, in concentratie de 5ppm.

Sustinuta de platforma DJI SkyPort, este compatibila cu Platformele Aeriene DJI Matrice 200 V1, V2 si Matrice 300.

Aplicatiile practice ale acestui produs sunt in industria chimica, de extractie si transport a gazului metan, alte platforme industriale cu risc de scurgeri gaze toxice.

Low-frequency GPR system with 3 antenna options:

SE-40: 52MHz
SE-70: 80MHz
SE-150: 124MHz
Includes a transportation box and mountings for the DJI M600 Pro drone.

HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Ultra-sensitive hi-end lightweight magnetometer for UAV.

MagArrow is fully self-contained sensor (with build-in GPS receiver, data recorder and battery), and may be used with any suitable UAV suitable to carry 1kg.

To minimise noises from drone's motors and electronics, it is recommended to use 3m long suspension ropes to mount MagArrow under the drone. For such configuration it is recommended to use larger drones as DJI M600 Pro or similar, with smaller drones (DJI M300 RTK, etc.) we recommend to use extention poles for the drone's legs.

Alternative way is to mount MagArrow right on the legs of drone and use low-pass filter during data post-processing to remove drone's noises. That approach works pretty well for the surveys like UXO search, but for work requires to register weak or long anomalies (archaeology, geology, etc.) it is better to use suspension ropes.

Recommended applications:

Environmental (abandoned wells, pipes, and storage tanks)
Geology - survey for variations in the magnetic field
Archaeology - detect weak anomalies from archaeological features and artefacts
Searching for UXO (UneXploded Ordnance)
Note, that general rule with magnetometer when it is necessary to detect artificial objects or artefacts - fly as alow as possible. Recommended altitude for the tasks like UXO search - 1m above surface or even lower. That means that drone should be equipped with terrain following system (included in recommended magnetometer bundle).

FEATURES AND BENEFITS

Lightweight: Weighs only 1 kg, allowing a flight time 20% longer than a 2.5 kg-payload UAV.
UAS Agnostic: Attachable to most enterprise UASs
Self-Contained: GPS, storage, and WiFi on board. No data connections to UAV needed.
Super-Fast Sampling Rate: Fly faster, up to 10 m/s with samples every 1 cm. Filter out UAV motor noise.
QC in the Field: View and QC data in the field using any device with a web browser app interface.
Low Power: A single 1800 mAh lithium polymer battery will power the system for 2 hours, outlasting multiple UAV flights. Batteries are hot-swappable.
Additional information:

MagArrow datasheet
MagArrow data examples
HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Packaging information: 122 x 48 x 20 cm, 11kg in transport box

The MagDrone R4 is an ultra light weight magnetometer with 5 triaxial Fluxgates to be attached to any UAV with a 1,5 kg payload.

In opposite to the MagDrone R3, the MagDrone R4 is used for high resolution mapping in order to detect small and compact objects as well as structures in the ground, such as UXO or archaeological features.

Recommended applications:

Searching for UXO (UneXploded Ordnance)
Archaeology
Surveying for any metal objects weighing a few hundred grams or heavier lying underground
Note, that general rule with magnetometer when it is necessary to detect artificial objects or artefacts - fly as low as possible. Recommended altitude for the tasks like UXO search - 1m above surface or even lower. That means that drone should be equipped with terrain following system (included in recommended magnetometer bundle).

Recommended drone to carry MagDrone R4: DJI M300 RTK

What's in the set:

MagDrone R4 magnetometer with 5x triaxial fluxgate magnetic sensors, sensor bar and data recorder
MagDrone Data Tool software
Power supply cable MagDrone R4 (XT30 plug for UgCS SkyHub)
USB cable to connect MagDrone R4 to Windows computer
USB cable to connect MagDrone R4 to GPS-out interface of UgCS SkyHub
Mountings for DJI M300 RTK drone
Manual
Transport hard case
Additional information:

MagDrone R4 datasheet
MagDrone R4 data examples
HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Packaging information: 112 x 29 x 11 cm, 12kg in transport box

Laser Falcon methane detector plus all required components, software, training and services for use with DJI M300 and M600 Pro drones (drone not included).

Zond Aero LF ground penetrating radar plus all required components and software for use with DJI M300 and M600 Pro drones (drone not included).

Airborne version of the Radarteam Cobra CBD georadar system.

Thanks to a special antenna, it has a very wide frequency range.

Includes transport case and mounts for the DJI M600 Pro drone.

HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Zond Aero 500 GPR plus all required components and software for use with DJI M300 and M600 Pro drones (drone not included).

Recommended additional item: cart for terrestrial surveys.

Zond-12e Drone 500A GPR plus all required components and software for use with DJI M600 Pro drones (drone not included).

Zond Aero 500 GPR plus all required components and software for use with DJI M300 and M600 Pro drones (drone not included).
Recommended additional item: cart for terrestrial surveys.

Echo sounder combo: ECT 400S single-frequency

EchoLogger ECT 400S single-frequency echo-sounder plus all required components and software for use with DJI M300/M210/M600 drones (drone not included).

Laser Falcon is sensitive only to methane, so no false readings of other gases are possible. It is a class 3R eye-safe laser.

The concept is based on Infrared Absorption Spectroscopy. The laser emits light (spectral range of 1,65 μm), which reflects back and is captured by the sensor. The outgoing and incoming signals are compared with the built-in reference cell. If methane is present along the laser path, the laser light is partially absorbed. An algorithm calculates the gas concentration in ppm×m (parts per million multiplied by meter). The value is instantly transferred to the remote control (RC) of the drone pilot and to UgCS software.

Extra-lightweight GPR system, suitable for medium-sized drones like DJI M300 RTK.

Comes with 3x sets of dipoles for the 300, 150, and 75Mhz.

Utilizes Real Time Sampling (RTS) with high hardware stacking, delivering high-resolution low-noise data.

HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Please note that additional components and software must be ordered to use this GPR with drones. It is recommended to order a complete set.

TOPODRONE LIDAR kit for DJI Matrice 300 RTK/200/210V2 based on Velodyne Puck Lite sensor, high-precision IMU and L1/L2 GNSS receiver is most cost-effective UAV LIDAR system at the market with working range up to 100 m, can provide high-accuracy point cloud.

It is an ideal entry-level survey system and can be used in various industries, e.g. surveying, forestry, powerline inspection, mining and exploration.

The total weight of the system is less than 1 kg.

The MagDrone R3 is a ultra portable magnetometer to be attached to any UAV with a minimum payload of 1kg.

Recommended applications:

Searching for UXO (UneXploded Ordnance)
Locating buried infrastructure (metal pipes and shielded cables) and power cables under the load
Archaeology
Surveying for any metal objects weighing a few hundred grams or heavier lying underground
MagDrone R3 can be ordered with internal GPS receiver or with connector for the external GNSS receiver. Second option is recommended to achive better geotagging of the data, especially when R3 is used with UgCS SkyHub onboard computer and RTK-equipped drone.

Note, that general rule with magnetometer when it is necessary to detect artificial objects or artefacts - fly as low as possible. Recommended altitude for the tasks like UXO search - 1m above surface or even lower. That means that drone should be equipped with terrain following system (included in recommended magnetometer bundle).

Recommended drones to carry MagDrone R3: DJI M300 RTK, DJI M210, DJI M600 Pro.

What's in the set:

MagDrone R3 magnetometer with 2x triaxial fluxgate magnetic sensors, sensor bar and data recorder
MagDrone Data Tool software
11.1 V Li-Ion re-chargeable battery battery and wall charger (when used with UgCS SkyHub, power is provided from the drone)
USB cable to connect MagDrone R3 to Windows computer
USB cable to connect MagDrone R3 to GPS-out interface of UgCS SkyHub (for configuration with connector for external GNSS receiver)
Mounting plate and screws (used with provided Li-Ion battery)
Set of international power plugs
Manual
Transport hard case
Additional information:

MagDrone R3 datasheet
MagDrone R3 data examples
HS Code: 90158020 (meteorological, hydrological, geophysical instrument)

Packaging information: 112 x 29 x 11 cm, 10kg in transport box

Includes transportation box and mountings for the DJI M600/M600 Pro drone.
Custom mountings are available by request.

Lightweight GPR system, suitable for medium-sized drones like DJI M300 RTK.
Includes a transportation box and mountings for the DJI M300 RTK or DJI M600 Pro drone.

Zenmuse L2 integrează un modul LiDAR, un sistem IMU de înaltă precizie și o cameră de cartografiere RGB CMOS 4/3, oferind platformelor de zbor DJI achiziții de date geospațiale mai precise, eficiente și mai fiabile. Când este utilizat cu DJI Terra, oferă o soluție la cheie pentru colectarea datelor 3D și post-procesare de înaltă precizie.
Rază puternică, precizie ridicată

Zenmuse L2 integrează un modul LiDAR, un sistem IMU de înaltă precizie și o cameră de cartografiere RGB CMOS 4/3, oferind platformelor de zbor DJI achiziții de date geospațiale mai precise, eficiente și mai fiabile. Când este utilizat cu DJI Terra, oferă o soluție la cheie pentru colectarea datelor 3D și post-procesare de înaltă precizie.

Sprijinit de hardware-ul său puternic, L2 poate permite o scanare precisă a subiectelor complexe într-un interval extins și o achiziție mai rapidă a unui nor de puncte. În timpul operațiunilor, utilizatorii pot previzualiza, reda și procesa modele de nori de puncte la fața locului, cu rapoarte de calitate a sarcinilor generate de DJI Terra, oferind o soluție simplă, unică, pentru a îmbunătăți eficiența generală. Acest lucru le permite utilizatorilor să obțină rezultate în nor de puncte de înaltă precizie cu post-procesare unică.

Precizie îmbunătățită

Sistemul IMU auto-dezvoltat de înaltă precizie, combinat cu sistemul de poziționare RTK al dronei pentru fuziunea datelor în timpul post-procesării, oferă acces L2 la informații foarte precise despre poziție absolută, viteză și atitudine. În plus, adaptabilitatea îmbunătățită la mediu a sistemului IMU îmbunătățește fiabilitatea operațională și precizia L2.

Precizie de orientare [6]
În timp real: 0,2°, post-procesare: 0,05°
Precizie înclinare/ruliu [6]
În timp real 0,05°, post-procesare 0,025°

Camera de cartografiere RGB
Dimensiunea pixelilor a fost mărită la 3,3 μm, iar pixelii efectivi ajung acum la 20 MP, rezultând o îmbunătățire semnificativă a imaginii generale, precum și detalii mai îmbogățite ale norului de puncte cu culori reale. Intervalul minim de fotografiere a fost redus la 0,7 secunde. Camera de cartografiere are un număr de declanșatori de până la 200.000 de ori, reducând și mai mult costurile operaționale. Când nu este necesară colectarea norilor de puncte, camera RGB poate face în continuare fotografii și videoclipuri sau poate colecta imagini pentru cartografierea luminii vizibile.

Fără încălzire IMU
Performanța sistemului IMU a fost îmbunătățită semnificativ și este gata de utilizare în momentul în care este pornit. Și, drona însoțitoare este gata să înceapă sarcinile imediat după ce RTK este în starea FIX, oferind o experiență optimizată pe teren.

Despite the rapid progress with different sensors allowing the analysis of water contamination, turbidity, etc. in-situ, water sampling for subsequent analysis in the laboratory will stay widespread in the foreseeable future.

Traditional methods require direct access to the water body and samples are gathered from the shore, pier, bridge, or boat. Acquiring samples at some distance from the bank without a boat or ship is impossible.

A remote sampling system fully integrated with a UAV solves this problem, allowing water sampling at long distances from the shore.

The system consists of:

Ruttner water sampler with volume 1L for DJI M300RTK or up to 5l for heavy lift drones.
Onboard computer UgCS SkyHub enables to control water sampling process in a fully automatic mode. Water sampling missions are planned and flown in automatic mode with UgCS.
Radar or laser altimeter for real-time altitude measurement during the flight to the sampling location where it is necessary to take a sample, and also to control the descent to the required altitude to take a sample from a set depth.
The only specific component developed for the water sampling system is the messenger release device.