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Echar 20D

Echar 20D

The RPA Echar 20D is in its 4th generation, consolidating itself as one of the most reliable drones in Brazil. Indicated for the mapping of medium and large areas, the XMobots super drone brings innovations that have contributed to make its operation simpler, versatile and robust.

In addition to high aeronautical technology, the Echar 20D uses avionics that are the state of the art in technology of drones focused on BVLOS (Beyond Visual Line of Sight) flights. Currently, the equipment is the only drone in Brazil prepared for flights beyond the line of sight. Its BVLOS certification process is being processed by ANAC, and is expected to close in 2018.

Echar 20D - XMobots dronesEchar 20D - XMobots drones
Echar 20D - XMobots drones

Features of Echar 20D

Ideal for mapping areas over 1,000 hectares, Echar has as one of its main highlights the high capacity of mapping. It can cover 7,000 acres on a single flight. It also has positional accuracy of a few centimeters without the need for collection of control points, besides the possibility to board angled sensors like the 2M3 and 2M5 system.

Thus, they are characteristics like these, which allow the Echar to attend a large number of applications, such as precision agriculture, environmental monitoring, topography, geoprocessing, mining, among many others.

Learn about some features of Echar 20D:

Front camera with real-time digital and HD transmission

Primary data link certified by ANATEL

Navigation lighting and collision avoidance conforming to RBAC e94 (upgrade)

Parachute non-destructive landing and rescue system

7,5kg

Maximum mapping per flight: 7,100 hectares **

Automated launch by catapult (new model with quick assembly, more compact and versatile)

Innovations

Designed for BVLOS operation

Camera full frame 36 mp

New transport case: smaller boxes with greater RPA protection

Hull manufactured in kevlar fiber, with new structure even more resistant

Oblique camera system 24 mp APSC sensor in version 1M3 or 2M5

HA (High Accuracy) system: Accuracy of a few centimeters – no need for control points

Cordless battery compartment

Built-in 24 mp camera APS-C sensor in 1M3 version (R, G and B) or 1M5 (R, G, B, Nir and RedEge): isolated from dirt and easy access to the memory card

In addition to the BVLOS version, Echar 20D is available in configurations:

Echar MA

For XMobots, a good product is one that generates a high level of profitability for its customers. Always thinking about the best results, in August 2018, the company launched the MA (Medium Accuracy) technology, already shipped in the entry version of Echar 20D. The MA System comprises the onboard computer MA with RTK GPS + Glonass L1, guaranteeing decimetric accuracy in the drone mapping. The XMobots MA System is compatible with RTK technology shipped on most drones manufactured in Brazil, which use RTK GPS + Glonass only on the L1 frequency. At Echar, this technology is already present in the input configuration of the equipment, in the best cost-benefit ratio of the Brazilian market.

Understand how it works:

esquema MA Echar 20D- XMobots dronesesquema MA Echar - XMobots drones EN

MA1M3

With high performance and excellent geometric quality in obtaining images in the visible spectrum, the 1M3 camera with APS-C sensor of 24mp resolution in the RGB spectrum, is embedded in the fuselage. Thus, it is isolated from dirt and with easy access to the memory card.
This payload comes with all power, calibration, trigger and georeferencing devices, transforming the camera into an aerial photogrammetric camera.

Mirrorless camera

APSC sensor with 3.9m pixel pitch and 3-line linescan technology (blue, green and red)

Minimum resolution of 24.3 mp

16mm fixed focal length

Minimum shutter of 1/4000

MA1M5

After almost two years of development, XMobots brings to the market the multispectral version of Echar, shipped with the exclusive xM5 camera. With the 5 spectrum bands (R, G, B, Nir and RedEdge), the XMobots camera differs from the multispectral cameras developed for the drone market by combining high radiometric and geometric quality thanks to the APS-C CMOS sensor of 24mp with 6,000 horizontal pixels (in conventional cameras, the sensors usually have 1,000 horizontal pixels). The 1M5 camera bands are captured separately, allowing a single flight to generate RGB, Nir and RedEdge orthophotos.
In addition, the 1M5 camera is integrated to the MA system, guaranteeing decimetrical accuracy also in multispectral bands.

Minimum shutter speed of 1/4000

Minimum shutter speed of 1/4000

Spectrum blue, green, red, RedEdge725nm and NIR 850nm

Minimum ISO sensitivity of 6400

Files in RAW and JPEG format

Minimum resolution of 24.3 mp

Camera power supply devices by RPA, trigger and automatic synchronization for georeferencing

CMOS sensor (APSC) 3: 2 or higher, with 3.9 pixel pitch and linescan technology

Double productivity and high performance for those seeking the best results

Unique in Brazil and the world, XMobots oblique camera technology is suitable for applications that require maximum performance in drone mapping.
When boarded obliquely in Echar, the 2Mx system allows double the mapping capacity by increasing the coverage of the imaged tracks. All this without increasing the processing time of the images. They are up to 7300 ha mapped with 10 cm GSD and can still use HA technology.

MA2M3

Unique in the world in the mapping drone sector, XMobots oblique camera technology has the advantage of being able to duplicate drone mapping capability without increasing the processing time of images generated on the flight.
In this configuration, the Echar 20D is shipped with the XMX oblique sensors of 24 mp in the RGB bands. To get an idea of the productivity generated with XMX oblique camera technology, considering a 10cm GSD, Echar 20D can map 7,300 hectares on a single flight. A benchmark in productivity for the industry.

MA2M5

In this configuration, the multispectral version of echar 20D is embedded with sensors oblique XMX 24 mp, but with five bands (blue, green, red, and RedEdge725nm NIR 850nm) generating multispectral data.
To get an idea of the productivity generated with the XMX oblique camera technology, considering a 10cm GSD, the Echar 20D can map in a single flight 7,300 hectares, a benchmark in productivity for the sector.

HA Technology

With HA (High Accuracy) technology, collection of control points in the field has become a thing of the past. Available in the Echar 20D, the system developed by XMobots allows the generation of 3D models and orthophotos with accuracy of up to 2cm, without need of collection of control points.

As the only Brazilian company and one of the few in the world to have this innovation embedded on your drones, XMobots has developed HA technology thinking about clients that require maximum productivity and cost reduction in drone mapping, generating great results that contribute to the best decisions.

As a result, digital surface models, digital terrain models, contours, orthophotos and other imaging products are generated with planimetric accuracy of 1 to 3 times GSD (Ground Sample Distance) and altimetric 2 to 5 times GSD.

Understand how it works:

esquema HA Echar - XMobots drones EN

HA1M3

In this configuration, the 1M3 camera is integrated with HA technology. With 24 mp resolution in the RGB spectrum, it comes embedded in the Arator fuselage. Thus, it is isolated from dirt and with easy access to the memory card.
This payload comes with all power, calibration, trigger and georeferencing devices, transforming the camera into an aerial photogrammetric camera.

Mirrorless camera

APS-C sensor with 3.9m pixel pitch and 3-line linescan technology (blue, green and red)

Minimum shutter of 1/4000

Minimum resolution of 24.3 mp

16mm fixed focal length

HA1M5

In this unprecedented fixed-wing drone configuration, HA technology is integrated into the multispectral camera developed by XMobots 1M5. For the first time in the market of drones, this innovation allows to obtain multispectral images with positional accuracy of a few centimeters, besides high geometric and radiometric quality.
The 1M5 camera contains 5 spectrum bands (R, G, B, Nir and RedEdge), captured separately by an APS-C CMOS sensor of 24mp. In this way, in a single flight it is possible to obtain orthophotos RGB, Nir and RedEdge with high accuracy.

CMOS sensor (APS-C) with 3.9 pixel pitch and linescan technology

Minimum shutter speed of 1/4000

Spectrum blue, green, red, RedEdge725nm and NIR 850nm

Minimum resolution of 24.3 mp

Files in RAW and JPEG format

Minimum ISO sensitivity of 6400

Camera power supply devices by RPA, trigger and automatic synchronization for georeferencing

Lens with fixed focal length of 20mm

Integration with HA system: for the first time it is possible to have a multispectral image with accuracy

HA2M3 and HA2M5: higher productivity

The need to map thousands of hectares on few flights is a reality in countries like Brazil. In it, the demands for mapping gigantic areas require maximum productivity in the results. But to get high accuracy, the difficulty of access and the long time for the implementation of control points in these large areas often make projects unviable, generating excessive costs and very low productivity.
In an attempt to address this problem, XMobots® introduces Echar 20D in the HA2M3 and HA2M5 versions. The Echar comes with the HA system boarded with two 24 mp three-band (blue, green, red) or five-band APS-C CMOS sensors (blue, green, red, RedEdge725nm and NIR 850nm).
With the xMx camera technology, the positioning of the two oblique sensors allows to obtain 2X the mapping capacity of the Echar 20D. Thus, it allows the coverage of up to 7300 hectares in a single flight.

Technical Specifications