Regrarians Mapping Service

Regrarians Mapping Service

$75.00$1,500.00

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Description

REGARIANS MAPPING SERVICE

By virtue of our partnership with the world’s foremost photogrammetry platform, Drone Deploy, we have been able to secure a high quality, affordable and efficient service by which to offer mapping support to our growing community of dedicated land stewards, design professionals, and practitioners.

SERVICES

1.  The specified timeframes are indicative only and may vary between projects.

2. The maximum resolution of orthophotographs and other outputs ultimately depends on the camera utilized by the UAV, on flight altitude and other factors.

 


GEOMATICS SERVICE

Our Geomatics service caters to the needs of those who are looking for additional map making assistance that may or may not be related to our UAV mapping services. We have vast experience in this field and can produce any type of output or offer any support that you may need. For example, let’s say you already have a Digital Elevation Model that you would like to generate custom maps from, or perhaps you’ve been given LiDAR data and you are unsure how to process it, or possibly you need help converting maps and data to different formats or projections, or maybe you know you need certain maps but you don’t know how to proceed. Whatever the case may be, we are here to assist you and are able to accommodate your personal needs and preferences.

PROCESS

 


STANDARD SERVICE

Our most popular photogrammetry service for members of the Regrarians Workplace. You do the flying, we do the flight planning, photo processing, and mapping output.

PROCESS

 


PRECISION SERVICE

Our Precision services differ from the Standard by additional mapping outputs and a very high degree of accuracy that is achieved by the use of precision surveyed ground control points.

PROCESS

 


FLY SERVICE

If you want us to handle everything from flight planning, flying and precision surveying, through to processing and output, then this service is for you. Limited to Australia and New Zealand.

PROCESS

 

FEE SCHEDULE

Notes:

A. Most of our engagements require a Taxi/Uber journey to the Bendigo Railway Station (BDG).

B. We then travel on the train to Sunbury Railway Station (SUY) where we catch another Taxi/Uber to Melbourne Airport (MEL).

C. When we return home to Bendigo we take the reverse journey to A-B.

D. For some short trips and when Regrarians Ltd. vehicles are available, we drive from Bendigo to MEL and park at MEL Terminal Car Parks

E. We book flights, accommodation, rental vehicles, and travel insurance through Qantas (as available).

F. We always include full insurance coverage on rental vehicles.

G. Per Diem rates follow the ATO Determination TD 2018/11.

H. Should receipts be required to be included with any invoices then this must be specified 14 days before the engagement.

I. Regrarians Ltd. Trading Conditions are found at regrarians.org/about/conditions/

1. Duration: 0.5 HRS

2. Duration: 1.5 HRS

3. Duration: 0.5 HRS

4. Duration: 4.5 HRS

5. Duration: 4.5 HRS

6. Duration: 0.5 HRS

7. Duration: 1.5 HRS

8. Duration: 0.5 HRS


IMPORTANT CONSIDERATIONS

  • You must be a subscription member of the Regrarians Workplace to contract us for this service. If you would like to become a member, please visit our subscription page.
  • You must use a Drone Deploy compatible UAV – e.g. DJI Mavic, Phantom, etc.
  • You must use the Google Earth Pro, Google Drive, Drone Deploy, DJI Go 4 and Regrarians Workplace Chat applications.
  • You or other parties under your direction will fly the UAV over the site you want to be mapped. Whoever is operating the UAV must be proficient in flying a UAV and abide by any regulations that govern the use of UAVs in your area.
  • You work with Regrarians to generate a flight plan(s) that suits your mapping needs. You must fly the UAV in accordance with the flight plan that we generate for you.
  • You must send your images to us via a Google Drive folder with editable permissions.
  • Ground Control Points must be supplied in metric and using either the Web Mercator Projection (EPSG 3857) or WGS 84 (EPSG 4326) projections in a .csv file. Additionally, you must also locate for us each Ground Control Point on Google Earth and include those as a .kmz.
  • The highest altitude a UAV can fly in Australia is 120 m.
  • Travel and accommodation costs are not included in the price of the Fly service but are instead subject to quotation. Please see our Fee Schedule above to gain an idea of the cost involved in covering these expenses. The general flight maximum time per day is 5 hours, – between 1000 AM & 1500 PM. The time between and after flight time is spend plotting GCP’s and processing flight data.

FREQUENTLY ASKED QUESTIONS

  • Do I have to be a member of the Regrarians Workplace to work with you?
    Yes, we are currently catering only to the needs of subscription members of the Regrarians Workplace. If you would like to become a member, please visit our subscription page.
  • Do subscribers receive a free mapping service?
    Yes, all Planner subscribers receive 1 x Precision/Standard service for free as part of their subscription.
  • How long will it take?
    Most of our analytics related work takes no more than a couple of hours. Highly complex tasks, however, may take up to 1 business day or more.
  • When can you start?
    Typically the same day, but it is best that you contact us as soon as possible because we are typically booked far in advance.
  • What data can you work with?
    We can work with any type of data and format. Similarly, we can export or convert data to any format.
  • What data is required from me?
    For our Standard and Precision services, you only have to send us a .kmz with an outline of the area of interest so that we can generate a flight plan for you. After you fly the UAV in accordance with our plan, you have to send us also the photos via Google Drive so that we can process them for you. For our Geomatics service the data you have to supply us with depends on what outputs you are interested in.
  • What maps can you produce?
    Our service is not limited to the types of maps listed in the services table above. We can produce virtually any type of map, so long as we are supplied with the appropriate data.
  • Can you teach me to operate a UAV?
    No. It is entirely your responsibility to know and abide by your local regulations and to understand how to safely operate a UAV.
  • Where can I find learning resources on UAV mapping?
    We suggest visiting Drone Deploy‘s video, resources and support page for an in-depth coverage of most of what you have to know to safely and successfully operate UAVs for mapping purposes.
  • What is the accuracy of your output?
    In the case of the Standard service, the horizontal and vertical accuracy of the output depends entirely on your UAV’s internal global positioning system. Unless you are running a UAV equipped with a highly accurate positioning system (e.g. Phantom RTK, SenseFly, etc.), you can typically expect some 1-10 meters of deviation. You can greatly reduce the margin of error via the use of Ground Control Points, in which case you would have to contract our Precision service (see below).
  • What is the quality of your output?
    The quality of the mapping output is directly tied to the quality of your drone hardware and the efficacy of your flight. If your photos are blurry, over or underexposed, discolored, cropped out, etc. you can expect those defects to be reflected in the processed output. Please carefully inspect your photos prior to sending them to us.
  • What UAV do I need?
    It really depends on what you have set out to accomplish and on your budget. If you are about to map a smaller site of say up to 500 Ha, then consumer UAVs like the DJI Phantom or Mavic Pro should suffice. But if you are intent on broad acre surveying, then we recommend that you look towards other, ideally fixed-wing, modular and longer flight solutions (e.g. Event 384). Whatever the case, your UAV must be compatible with Drone Deploy if you wish to use our service. Also consider that going beyond a certain craft weight ( > 2 kgs for Australia) may put you under a legal obligation to register as a pilot, which entails covering substantial costs and following special procedures.
  • If I have the Phantom 4 RTK is the Precision service obsolete for me?
    In short, yes and no. Since the RTK module and TimeSync of the P4RTK embed the sub-centimeter accuracy directly into the image’s metadata, you no longer have to carry out a precision survey of Ground Control Points and therefore you don’t need to use our Precision Service to get the accuracy. Instead, if you use the Standard Service you will achieve the same level of accuracy. However, by using the Standard Service you will not get the benefit of the additional mapping outputs such as optimized and cleaned up contours, slope,
    hillshade, aspect, etc. that are included in our Precision Service by default. If you need those, you will have to purchase them separately.
  • Why is my Orthomosaic output not loading/displaying in Google Earth? Why is Google Earth crashing?
    This is not an issue with our output, but with Google Earth. Unfortunately, Google Earth can only display images up to a certain resolution. From our testing, that limit comes up to around ~10 000 px wide. Most of our Orthomosaics are over 35000 px wide at maximum resolution. This is the main reason why Google Earth may not be able to display your output. Sadly, there is no way around this other than to create a down-sampled version of your output for use in Google Earth. For this reason, in addition to providing you with the maximum resolution output, we also create for you a 10
    cm / px and 20 cm / px versions for use in Google Earth.
  • Of what use are the optimized contours?
    Optimizing your contours is very important if you are intending to use them for tasks such as those pertaining to technical design, – e.g. dam, road, channel or earthwork design. It is important because non-optimized contours can be heavy and difficult to work with due to the presence of noise and too many vertices. Furthermore, contours used for technical design are typically smoothed in order to reduce the likelihood of software errors during triangulation calculations. Some sites with high grasses may also generate an extreme amount of contours to the point that they become unusable just due to sheer visual noise, in which case optimization is also useful. We also recommend slightly smoothing out contours prior to using them for planning in order to avoid the naturally occurring jaggedness which may cause erratic behavior in design and engineering software.

 


MAPPING OUTPUT EXAMPLES

STANDARD SERVICE

  • Orthomosaic – 4.2 cm per px and 10/20 cm per px (For use in Google Earth)

Orthomosaic at 20 cm / px as seen in Google Earth

Resolution comparison – 4 / 10 / 20 cm per pixel (left to right)

  • 3D Model

3D model of the example site as seen in SketchFab

  • Plant Health (NDVI)

  • Elevation

Elevation output at 20 cm / px in Google Earth

  • Contours – 0.5 Meter / 1 Meter / 1.5 Meter

Contours – 0.5 Meter

Contours – 1 Meter

Contours – 1.5 Meter

PRECISION / FLY SERVICE

Our Precision / Fly services include all of the outputs from the Standard service as well as the additional outputs listed below. Please click on images to expand them in full resolution.

  • Contours – Optimized and at any resolution 

Contours – 0.5 meter without optimization. Notice the amount of “noise” in the data.

Contours – 0.5 meter with optimization

Contours – 0.5 m comparison. No optimization (Cyan) vs Optimized (Red). Notice the absence of noise in the Reds. The optimized contours have been manually cleaned and slightly smoothed to get rid of the pronounced jaggedness of the original, but not so much as to compromise their accuracy.

  • Digital Elevation Model

Digital Elevation Model of the site as seen in Google Earth.

Slope

Slope map in degrees with legend, as seen in Google Earth.

Slope map variation

Slope map variation

  • Aspect

Aspect map with legend, as seen in Google Earth

  • Hillshade

Hillshade map as seen in Google Earth. This layer is useful for displaying details. It works great as a base in conjunction with other maps such as Slope, Elevation, etc.

Elevation map with transparency over a Hillshade base.

  • Waterflow

Waterflow accumulation map as seen in Google Earth. We have full control over this layer and can write any algorithm, – e.g. to delineate basin based on certain criteria such as catchment or flow debit – based on your needs.