Bramor ppX

Survey Grade UAS

The BRAMOR ppX (GNSS Post Processing) UAS is ideally suited for surveying and remote sensing applications that need a quick and industry leading high precision set of results down to sub-centimeter level also in the absence of a grid of ground control points.

C-ASTRAL

Ajdovščina, SI

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Description

The system is comprised of an air and ground segment, consisting of a state of the art GNSS on board receiver and ground base station, the BRAMOR ppX blended wing body modular airframe with a lot of sensor options, a portable and ergonomic rugged ground control station and catapult launcher. The BRAMOR ppX UAS combines high precision autonomous operations with data acquisition, turbulent air penetration and stability with long endurance. Optional enhancements such as high precision IMU and tracking antennas are available.

The BRAMOR ppX is the ultimate high productivity tool for global surveying and remote sensing in very remote and less remote areas, with an industry leading endurance of 3,5 hours, an operational ceiling of 5000m AGL and capable of operating in winds of up to 60km/h. Unrivalled. The airframe is made of advanced composite materials (Kevlar/Carbon/Vectran) that provide a high level of survivability. A high visibility colour scheme, strobe and NAV lights are optional. Embedded autonomous flight procedures include an array of fail-safe options based on man-rated standards. It is equipped with C-Astral high rate GNSS receiver and IMU precision data-logging electronics.

ONLINE FLIGHT AREA CALCULATOR

COMPATIBLE WITH IMAGE PROCESSING SOFTWARE:

And others: EnsoMOSAIC, Menci

* Flight endurance measured at ICAO standard atmosphere conditions (15 °C / 1013,25 hPa / winds calm), depends on UAS configuration/system weight.
** Product images are for illustrative purposes and may differ from the actual product.

Website: http://www.c-astral.com/en/unmanned-systems/bramor-ppx

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Specifications

Environment: Min. operation temperature [°C]

-25

Max. operation temperature [°C]

50

Max. wind speed [m/sec]

12

Max. humidity [%]

95

Battery and Power: Battery type

LiPo

Imaging/scanning devices: Onboard imaging/scanning devices

Additional sensors

Type of Camera

24.3 Megapixel RGB Sensor with 19mm or 30mm lens

Additional Sensors and additional information

IR, NDVI, Multispectral, Hyperspectral

Build-in Stablilsation

N

Exchangeable

Y

Sensor tilting to allow oblique views

N

Platform: Platform

Aircraft

Brand

C-Astral

Max. payload [kg]

1

Max. stay in the air [min]

150

Max. speed [km/h]

83

Max. height above sea level [m]

5000

Propulsion

Brushless Electric

Maximum rate of ascent

8 m/s

Maxirum rate of descent

3 m/s

Maximum roll angle

57°

Maximum climbing speed

8 m/s

Maximum descending speed

3 m/s

Weight (with cooling fan)

4.7 kg

Material

carbon, kevlar, vectran

Maximum rotation angle

25°/s

Accessories: Transportation accessories

rugged flight case transportation box or water-resistant rugged mil-spec backpack made from CORDURA fabric

Included batteries and charger

Y

More included products and spare parts

Battery charger, Battery charging cables, Computer charging cable, Parachutes, Checklist, Protective filter, Tools

Operation Characteristics and Safety: Min. ø of launch/landing site [m]

50

Launching method

Catapult with elastics or Pneumatic catapult

Automatic launch and landing

Y

Training provided

Y

Collision avoidance systems (CAS)

N

Autonomous emergency landing

Y

Dimensions: ø / wingspan [cm]

230

Height [cm]

15

Weight [kg]

4.7

Weight of battery [kg]

1.6

Number of rotors

1

Transport on human back

Y

Length [cm]

95

Width [cm]

230

Base Station: Ground computer included

Y

Type of Ground computer

Getac F110

Sensor control

Y

Real time image and video download link

Y

Navigation Sensors: Type of GNSS receiver and captured signals

L1&L2 GNSS Reciever

Other sensors and additional information

GPS, Glonass (+optional: Beidou, Galileo)

Correction services [PPK, RTK]

SBAS, PPK

Velocity Measurement Accuracy

0.1 m/s

Orientation Accuracy

8°

Positioning Accuracy

0.02 m

Type of IMU

Standard or Very Accurate External

General: Year of last update

2020

Typical applications

DSM, Pointcloud orthophoto, Volume calculation

Models in series

C4EYE, ppX, sAR, mSX

Product Name

Bramor

Product manual

Y

Included software and automatically generated: Type of software included

Block adjustment, Camera self-calibration, Flight planning, Photogrammetric software, Point cloud processing software

Flight planning software

C3P

Photogrammetric software

Pix4D, Agisoft PhotoScan, 3Dsurvey, Correlator3D, Ensomosaic, PIEneering, Menci Software, Orbit

Point cloud processing software

Pix4D, Agisoft PhotoScan, 3Dsurvey, Correlator3D, Ensomosaic, PIEneering, Menci Software, Orbit

Automatically Generated Products

3D City Models, Point Clouds, 3D Landscape Models, DEMs, Orthomosaics

Additional information on software or automatically generated products

High spatial resolution, High geometric accuracy