As one of the world’s first companies active in this industry we have developed a solid foundation

not only to produce high quality systems and offer ongoing support, but also to help you apply the

technology to your specific needs and environment.

We offer:

• Industrial Grade Robust Design

• UV Stable Carbon Composites

• Non Corrosive Alloys and Titanium

• Service and Maintenance

• Training and Support

• Rugged Transport Cases

• Pix4D Mapping Solution

This brochure covers the use of the Pix4D for the following industry sectors:

• Mining

• Topography

• Agriculture

• Natural Resources Management

• Construction

• Emergency Response

• And many more..

Visit our site for more information or contact us at: contact@aeronavics.com.

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AERIAL ROBOTICS – THE NEXT “BIG THING”

Aerial Robotics or Unmanned Aerial Vehicles, are already proving to be ‘the

next big thing’ comparable to the personal computer 40 years ago. There are

countless applications in a wide array of industries to help save time and money,

increase safety, offer peace of mind and expand creative perspectives. Systems

are easy to use, affordable, quiet and environmentally friendly; more great

reasons to adopt this technology.

• Modular setup - easy pack down for transport

• Pelican Custom Travel Cases (optional)

• Real-time streaming of onboard video to mission control ground stations

• GPS coordination and waypoint programming (various degrees)

• Various fail safes including ‘auto-leveling’, ‘position hold’, ‘return to base’,

‘auto-land on low battery’ and controller-redundancy (non-standard)

• Battery powered (LiPo)

• Operational wind speed for autonomous flight up to 40km/h

• Range of 3km (extendable up to 25km)

• Speed up to 80km/h

• Height ceiling of 400ft AGL (regulation enforced)

• Four hours support included

GENERAL SPECS ACROSS ALL MODELS

Pix4Dmapper is used by a wide range of industries such as Mining, Agriculture,

Topography, Natural Resources Management, Emergency Response and many

more to help professionals of multiple domains with mapping as an easy day-to-

day task.

Pix4Dmapper converts aerial and oblique images taken by the BOT into geo-

referenced 2D orthomosaics and 3D surface models and point clouds. With its

advanced automatic aerial triangulation based purely on image content

and unique optimisation techniques. Pix4Dmapper software offers up to

centimeter-grade 3D precision, features a fully automatic workflow and can

be used by anyone as it is intuitive and easy to use.

You can assess, edit and improve projects directly in the software using the

rayCloud and Mosaic Editor and seamlessly import results into any professional

GIS, CAD and traditional photogrammetry software package.

• Survey-grade accuracy: Achieve up to cm grade, LiDAR like 3D precision.

• Intuitive & easy to use: no training needed, easily process projects thanks to

the fully automated workflow and visualise & edit results.

PIX4D SOFTWARE

Aeronavics offers a BOT-Pix4Dmapper package from 19,395.00 NZD. This

solution can be used in Mining, Topography, Agriculture, Natural Resource

Management, Construction and Emergency Response industries. It will allow

you to:

• Annotate and measure polylines (breaklines), surfaces and volumes

(stockpiles) with the highest precision achievable

• Generate your orthomosaics, DSMs and point clouds from aerial and oblique

imagery using any camera and lens, including multi-band images. Keep full

control over your projects at all times by assessing and editing all tie points

(GCPs, Check points, etc.).

• Use the fully automatic workflow and let the software handle all calibration

and processing to achieve survey grade accurate outputs. Increase efficiency

and save on extra field trips with Rapid Check mode for instant quality

assessment directly on site.

• Assess and edit your projects using the rayCloud and Mosaic Editor.

Improve the accuracy of your projects and annotate objects directly in the

software, then seamlessly import your results and vector objects into your

industry specific workflow and any GIS, CAD and traditional photogrammetry

software package.

Discover how our Bot Ready to Operate and Pix4Dmapper package can cover

the needs of your industry by clicking on the video below or by visiting

our .

Application

This technology makes the management of extraction activities and

environmental protection issues easy-to-handle, available on demand, and

cost-effective, without exposing workers to dangerous conditions. Compared

to traditional surveying technology that is labour, skill and cost-intensive, using

UAVs to create airborne imagery that produces orthomosaics, Digital Surface

Maps (DSMs) and point clouds of open-pit mines, quarries and pits, and

calculate volumes of extracted materials and stockpiles. This also increases

safety, efficiency and accuracy, while keeping cost and labour to a minimum.

This new and effective process of generating up-to-date information allows for

continuous monitoring and well-structured decision making for any area of

mining sites. Results obtained with Pix4D software are traceable over time in

order to comply with environmental standards.

Application

Your surveying skills will help you to produce results with centimeter-grade

accuracy from lightweight compact cameras to large-format photogrammetric

sensors - even if you have no photogrammetric knowledge. This technology will

help you assess the quality of your acquired data within minutes while still in the

field. The automatic workflow will allow you to create 2D topographic maps and

orthomosaics, 3D raster DSMs and point clouds that you can deliver to your

clients in record-time. Output results seamlessly integrate with your existing

CAD, GIS and traditional photogrammetry software.

Increase your productivity, cut on delivery-time to clients and use the BOT and

Pix4Dmapper for countless topographic applications in mining, agriculture, con-

struction, land planning and many more.

MINING TOPOGRAPHY CONSTRUCTION

Application

Get ready for 4D construction site monitoring on a weekly or even daily basis!

Create survey-grade orthomosaics, DSMs and dense 3D point clouds almost

instantly using our automatic workflow, repeat the process in fixed time intervals

and analyze results over time to monitor contractors and construction

advancements. Take advantage of all software features: set control points to

achieve the highest accuracy and use the integrated tools to view assess and

interpret your models. Go one step further: measure points, lines, surfaces and

volumes directly in the software and annotate vector objects to seamlessly import

them into your existing CAD or GIS software package.

Our solution will help you plan and document your construction and building

sites over time and enhance security on site.

Precision Agriculture (PA) or Site Specific Crop Management (SSCM)

technologies observe, measure and respond to the variability in pasture and

crops across the farming landscape. Responding to this variation by applying

the right amount of inputs in the right place at the right time significantly lowers

the cost of inputs, while boosting yield. This optimization benefits pasture, crops,

soils, live-stock and yield, hence the entire farming system is improved.

Pix4Dmapper Create meaningful maps from any multi-spectral sensor and

customise your NDVI and any vegetation index map directly in the software with

the new Index Calculator. Set and edit map resolution, choose from predefined

formulas or create your own formulas and customise your index maps by editing

color classes and gradients.

For these reasons the technologies of Precision Agriculture are closely associated

with future farmings economics and profitability, and with Sustainable Farming’s

goals of supplying food within the ecological, economic and social limits required

to sustain production in the long term.

BOT-Pix4Dmapper

The BOT-Pix4D uses cameras to capture data and spectral images, this

information is transformed into vegetation indexes which assess the health of

pasture and can be used in various farm management software or Geographic

Information Systems (GIS).

Precise Data

Precision Agriculture uses GPS to precisely locate information on the

property such as:

• Pasture growth

• Nitrogen, Phosphorus, Potassium and other mineral levels

• pH

• Dry-matter or organic matter content

• Humidity

• Plant chlorophyll levels

• Plant water status

• Soil types

• Electric fences

• Water piping

Precise Inputs

With this information, GPS connected Variable Rate Technology (VRT)

equipment applies fertilizer, seed and other inputs at the rates that each area

needs, and can apply lower rates when close to water-ways or other fragile

environments to reduce impacts, and profit through minimizing waste.

Precise Profits

Precision Agriculture calls for continuous land management at a competitive

cost, while acting effectively within environmental constraints, meeting water

and effluent compliance requirements, and growing profit.

Up-to date aerial imagery acquired in a user-friendly and rapid way with the

BOT-Pix4Dmapper and translated into highly accurate 3D Digital Surface

Maps is a cost-effective new way to continuously optimize precision farming

techniques.

AGRICULTURE

Application

As a Geographic Information System (GIS) professional, you can now focus

more time on the analysis of environmental data. Producing orthomosaics and

DSMs of natural areas, parks, reserves and nature conservation areas has

become easily available with the Pix4D automatic workflow. It has also become

more affordable as this technology will produce survey-grade results from any

imagery and camera. You can assess and edit your projects directly in the

software.

Verifying the enforcement of environmental regulations, assessing the vigor of

vegetation through vegetation indexes, creating extensive inventories of natural

resources are only a few examples of how this technology can serve your

business.

Application

Effective emergency response needs fast and correct on-site production of

cartography. Our solution provides the fully automatic workflow that will produce

fast results all the while limit operator errors to the very minimum. Unlike satellite

imagery, orthomosaics and digital surface models produced by our solution can

be created immediately after your flight, even with cloudy skies, and will provide

you with the accuracy you need for successful operations. Use this technology

not only for operations after events but also to monitor sensitive sites throughout

the year for prevention purposes.

NATURAL RESOURCES MANAGEMENT EMERGENCY RESPONCE

Application

How to map the inside and outside of a whole castle efficiently in full 3D? The

Chillon project demonstrates the accuracy, feasibility and efficiency of image

based 3D modelling for very complex architectural objects.

The final model integrates the outside structure of the castle as well as all inside

courtyards and 18 inside rooms. The accuracy of the model varies between 5

mm and 20 cm and has been achieved through geo-referencing with 9 GCPs.

In total, 19 datasets were processed individually and then merged into larger

projects.

Application

As a Geographic Information System (GIS) professional, you can now focus

more time on the analysis of environmental data. Producing orthomosaics and

DSMs of natural areas, parks, reserves and nature conservation areas has

become easily available with the Pix4Dmapper automatic workflow. It has also

become more affordable as this technology will produce survey-grade results

from any imagery and camera. You can assess and edit your projects directly in the

software.

Verifying the enforcement of environmental regulations, assessing the vigor of

vegetation through vegetation indexes, creating extensive inventories of natural

resources are only a few examples of how this technology can serve your

business.

CULTURE HERITAGE & ARCHEOLOGY AND MANY MORE...