Remotely piloted aircraft system definitions and abbreviations
|Approved area||The area approved under regulation 101.030 as an area approved for the operation of remotely piloted aircraft (RPA).|
|Authority controlling the area||The entity that has control and has been authorised to manage that type of airspace, e.g.:|
|Aviation reference number (ARN)||A customer reference number issued by CASA to individual people or organisations for the administration of pilots, engineers and operators to obtain any form of license or certification from CASA.|
|Beyond visual – line-of-sight (BVLOS)||Flying an RPA without the remote pilot having a visual line of sight at all times. Instead, the remote pilot flies the aircraft from a remote pilot station (RPS) which must be approved by CASA before being conducted.|
|Hazardous operations||A person must not operate an unmanned aircraft in a way that creates a hazard to another aircraft, person or property. Refer to CASR 101.055.|
|Hire or reward||The term adopted by CASA to define commercial UAV/UAS/RPAS use. Any form of remuneration for flying an unmanned aircraft in an aerial work operation (AWO), however small the AWO task, the reward or UAV; it constitutes ‘hire & reward’ and is therefore defined as commercial. Refer to CASR101.270.|
|Populous area||An area with a sufficient population density that if a fault in, or failure of, the unmanned aircraft (or rocket) poses an unreasonable risk to the life, safety or property of a person in the area who is not connected with the operation. Refer to CASR101.025.|
|Visual line of sight (VLOS)||Keeping the unmanned aircraft in visual line of sight at all times unaided (except for prescription glasses or sunglasses) without the use of binoculars, telescopes or zoom lenses i.e. not flying the into clouds or fog, behind trees, buildings or other (even partial) obstructions.|
|AFIS||Aerodrome flight information service|
|AGL||Above ground level|
|ALA||Aeroplane landing area|
|ARN||Aviation reference number|
|AROC||Aircraft radio operator certificate|
|ATPL||Airline transport pilot licence|
|AWO||Aerial work operation|
|BAK||Basic aeronautical knowledge|
|BVLOS||Beyond visual line of sight|
|CASR||Civil Aviation Safety Regulation|
|CPL||Commercial pilot licence|
|FPV||First person view|
|HLS||Helicopter landing site|
|PPL||Private pilot licence|
|RePL||Remote pilot licence|
|ReOC||PRPA operator’s certificate|
|RPA||Remotely piloted aircraft|
|RPAS||Remotely piloted aircraft system|
|RPS||Remote pilot station|
|UAS||Unmanned aerial system (UAV/RPAS)|
|UAV||Unmanned aerial vehicle|
|UOC||Unmanned operating certificate|
|VFR||Visual flight rules|
|VLOS||Visual line of sight|
All the information below was written and supplied by: Remote Aviation Australia and reproduced here by permission.
They have written an article that explains the changes in more detail below:
In the past couple of days CASA have updated their guidance material about how to avoid the approach and departure paths around aerodromes. This advice has been provided through a change to Advisory Circulars AC 101-01 and AC 101-10 (Excluded RPA/sub-2kg operators). The main changes are the:
- addition of a clearly defined approach and departure path around controlled airports
- removal of approach and departure path diagrams for operations near non-controlled aerodromes and helicopter landing sites
- removal of 3nm exclusion zones around some high-traffic hospital helicopter landing sites
- addition of maximum operating heights when flying near high terrain that surrounds some controlled airports
Overall, while it is good to see approach/departure path diagrams added to controlled aerodromes, the removal of diagrams that previously provided a clear indication of the approach and departure paths around the thousands of Australia’s non-controlled aerodromes may cause confusion. Advice from CASA is it is now up to the individual to determine what these approach and departure paths are (using adequate risk management techniques) to meet the obligations of CASR 101.075. While we support providing operators with more flexibility to undertake their RPAS tasks, the removal of this guidance material may open up the possibility for airspace conflict between manned aircraft and RPAS operators that don’t adequately understand the area they are flying in. It also creates more ambiguity in a rule set many people already find confusing.
Australian Drone Laws: What You Need To Know Before Taking To The Skies
extract from Gizmodo
Gizmodo and Rebecca Johnston — Faculty of Law and University of Western Australia
Whether a beginner, a serious aviation enthusiast, or just a fan of gadgets, many of you will have received drones as Christmas gifts. Unmanned aerial vehicles (UAVs) have surged in popularity and affordability in recent years, and there’s no doubt that recreational drone use is on the rise as a result.
But not all recreational drone users know the law — or if they do, they don’t appear to be following it. There has been a string of near misses between drones and other aircraft, and other cases of irresponsible use.
Only last month, a recreational drone user was investigated by Australia’s Civil Aviation Safety Authority (CASA) after evidently flying a drone over a crowded Bunnings carpark to pick up a sausage at a sausage sizzle.
In the run-up to Christmas, UN aviation officials this month warned anyone getting a drone to make sure they learn how to operate it safely. So if Santa has brought you one, here’s what you need to know.
Get on board
In Australia, if you want to fly your drone for fun, you don’t need CASA’s approval – as long as you follow the authority’s simple safety rules. Recreational drone operators must comply with CASA’s rules (known as its standard operating conditions).
You must only fly your drone within visual line of sight – that is, where you are able to see the drone with your own eyes, rather than with the help of binoculars or a telescope, for example. What’s more, you can only fly in visual meteorological conditions, which generally means no night flights.
In most Australian cities, you can only fly your drone up to a maximum altitude of 120 metres – most of this airspace is considered controlled airspace. To fly a recreational drone any higher, you must seek approval from CASA and adhere to any associated conditions.
During flight, you must keep your drone at least 30 metres from anyone who is not directly associated with its operation. The drone must also not be flown over populated areas (that is, areas that are sufficiently crowded that the drone would pose an unreasonable risk to the life, safety or property of someone present). This includes crowded beaches or parks, or sports ovals where a game is in progress.
Better check the rules before going for shots like this. Gustavo Frazao/shutterstock.com
There is a general prohibition on flying a drone in a way that creates a hazard to another aircraft, person or property. A “hazard” may be interpreted fairly broadly. To be safe, CASA recommends keeping your drone at least 5.5km away from any airfield. Operations within 5.5km of an airfield are allowed in some instances, as long as they are not on the approach and departure path, and would not otherwise get in the way of aircraft using the airfield.
Recreational drone users are also advised to respect personal privacy by not recording or taking photos of people without their consent. While privacy concerns are not within CASA’s purview, operators may find themselves in breach of state and territory privacy or trespass laws, depending on how and where the drone is flown, and whether audio, video or photographic footage is recorded.
As a general rule, drones cannot be flown for money or economic reward without a specific licence. There are, however, two new instances where such a certificate is not required: for commercial-like operations over your own land, and for commercial flights with very small drones (under 2kg) provided that the pilot notifies CASA at least five business days beforehand, and adheres to all the existing rules for recreational drone use.
Having considered all the rules, the Bunnings sausage sizzle incident starts to look less like a harmless jape and more like a multiple breach of the rules (although the video’s author has claimed that the video was an edited composite rather than all shot during a single flight).
The video appears to show several breaches of the rules, including: flying a drone out of visual line of sight (assuming that it is being piloted from the backyard hot tub depicted in the video); flying within 30m of people; and flying over a populated area. The operator is potentially facing a fine of up to A$9,000.
If you’re worried your new drone might get you into similar hot water, CASA provides significant guidance to help operators avoid infringing the rules. That way, you can make sure your high-flying gift doesn’t end up ruining your Christmas cheer.
CASA also reminds us that:
- The privacy of other people should be respected by not flying near homes and backyards.
• Never fly a drone in an active bushfire area as there is a real risk of a mid-air collision with a fire fighting aircraft, which could cause an accident. Fire fighting aircraft will be grounded if a drone is conducting unauthorised flights on a fire ground, hampering work to control the fire and putting people and property at risk.
• Drones should also be kept away from police operations, accident scenes, building fires and rescue operations.
If you violate these rules, CASA can take action against you in the form of infringement notices (read: fines) up to $8500 per offence. If you put people at risk or seriously injure someone, the penalties are far more serious and will be dealt with on a case by case basis.
For example, a private drone operator was allegedly using a quadcopter above a marathon race. The drone reportedly failed and struck a woman in the head causing serious injury.
The CASA took the case before the Commonwealth Director of Public Prosecutions to see whether or not criminal charges could be laid against the operator.
Commercial Drone Use
The CASA defines the commercial use of a drone as anything you’re doing for hire or reward. For example, if you’re a production company strapping a camera to a drone for the purposes of gathering footage, or if you’re flying something into the air to test it via a drone, that’s commercial use.
However, an amendment to legislation for commercial drone operation in Australia, means that as of 29 September 2016, small operators can conduct commercial work without an operator’s certificate or remote pilot license. If you have a drone under 2kg and want to do commercial work, you won’t have to apply for the $5,000 to $10,000 “Unmanned Aircraft Operators Certificate” in order to do so — but you will need to inform the Civil Aviation Safety Authority (CASA) with a once-off registration.
Operators also need to abide by “mandatory conditions” or risk penalties. The conditions include flying only in day visual line of sight, below 120 metres, keeping more than 30 metres away from other people, flying more than 5.5 kilometres from controlled aerodromes and not operating near emergency situations.
Private landholders are also be allowed to carry out “a range of activities” on their own land without the need for approvals. This includes remotely piloted aircraft up to 25kg, as long as no money has changed hands for the flights.
The changes are designed to “cut red tape” without compromising on safety, CASA’s Director of Aviation Safety, Mark Skidmore said in a statement.
“While safety must always come first, CASA’s aim is to lighten the regulatory requirements where we can,” Mr Skidmore said. “The amended regulations recognise the different safety risks posed by different types of remotely piloted aircraft.
“People intending to utilise the new very small category of commercial operations should understand this can only be done if the standard operating conditions are strictly followed and CASA is notified.
“Penalties can apply if these conditions are not met.”
Global Market for Commercial Applications of Drone Technology Valued at over $127 bn CLICK HERE
Here at Drone Operations Queensland
We use Drone Deploy & Pix4D for
Fly and Capture Drone Imagery
Automate mapping and photo flights for DJI drones using the Drone Deploy mobile app—the most popular drone mapping app in the world.
Simple and Secure Team Collaboration
Enable teams with unlimited cloud image processing and single-click collaboration, export, and integration options.
When we take our images we set an overlap of 80% Forward and 75% Sideways, this gives us a more comprehensive and detailed view for stitching the images together to create and even more Detailed Map for our Clients.
Camera GPS workflow (no GCPs) $150 “set up fee
$32 per acre with a minimum of $130
GCP projects have a $300 set up fee plus the cost of surveying the GCPs
Apart from our Services of Real Estate and Video Photography
We also offer:
CONSTRUCTION SITES, Land Survey –
3D reconstruction of images and models (Accurate up to 4cm)
Access to areas that are dangerous for people or difficult to access for traditional vehicles
Surveillance and Safety
Integration with other vehicles on large construction sites as a means of traffic direction and sending models of the landscape to the vehicles
Prevent common construction mistakes
Get volumes faster and safer
Monitor site progress & spot deviations
Improve blast planning
Get more frequent airspace calculations
For compliance reporting
Giving site managers access to the models
ASSET AND BUILDING INSPECTION
Annual or ah-hoc Inspections
Replicate the view for a proposed site development
Constructing 3D models of structures
Small businesses use RPA’s
Boost your website and social channels
Building inspectors and architects
Farmers assessing the health of their crop
Window cleaning businesses
Record your event from a bird’s eye perspective
Live video streaming for attendees and remote viewers
RPA can actually stream Wi-Fi at an event
Flying security cameras
Can cover a large amount of terrain
Can carry sensors
Can take off from almost anywhere
Monitor Controlled Burn off’s
Stock Control – Animal Counts
Mapping missions, 3D
Water Preservation & Monitoring
River & Plain Flood Mapping
4 ways farmers are using RPA’s in 2018
1. NDVI crop health assessment
Normal cameras record images in three bands of the visible spectrum – red, green, and blue. By comparison, the hyperspectral camera captures 270 bands in the visible and near-infrared portions of the spectrum, providing far more detail than the human eye can see. RPA are now capable of carrying small versions of these incredible cameras, which were once so large and expensive only satellites and planes could carry them.The hyperspectral camera allows for the classification of different kinds of crop or vegetation type. Every object gives off a unique hyperspectral signature, kind of like a human fingerprint. A diseased plant gives off a different signature than the equivalent healthy one. From the data that the camera collects, agronomists can measure pigment absorbance and see cellular integrity problems to identify nutrient deficiencies and pest infestation.Eventually there will be a large database of these unique signatures – allowing the quick and easy identification of specific crop species and health. Artificial intelligence algorithms can automatically recognise and classify these unique signatures – the hyperspectral equivalent of a police ‘fingerprint database”. This database will become increasingly valuable to all kinds of crop farmers.E.g. to spot bacterial or fungal infections on trees: a speedy response will save an entire orchard. In addition, as soon as a sickness is discovered, farmers can apply and monitor remedies more precisely. These two possibilities increase a plant’s ability to overcome disease. And in the case of crop failure, the farmer will be able to document losses more efficiently for insurance claims.Final comment: Keep in mind that RPA are simply airborne tools for increasing the amount of information your agronomist has access to. RPA-acquired data should rarely be considered in isolation, but in conjunction with soil assessment data and other property characteristics and variables that your agronomist already knows. RPA are simply adding more pieces of the puzzle for your agronomist as he or she moves more into precision agriculture.
2. Crop spot-spraying
Do you have a weed problem in isolated areas of your property, or areas that are steep or very difficult to access by walking or driving? LiDAR enables a RPA to adjust altitude as the topography and geography of a property varies, and thus avoid collisions. Consequently, RPA can scan the ground and spray the correct amount of liquid, modulating distance from the ground and spraying in real time for even coverage. The result: increased efficiency with a reduction of in the amount of chemicals penetrating into groundwater. In fact, experts estimate that aerial spraying can be completed up to five times faster with RPA than with traditional machinery.
3. Crop monitoring
Vast fields and low efficiency in crop monitoring together create farming’s largest obstacle. Monitoring challenges are exacerbated by increasingly unpredictable weather conditions, which drive risk and field maintenance costs. Previously, satellite imagery offered the most advanced form of monitoring. But there were drawbacks. Images had to be ordered in advance, could be taken only once a day, and were imprecise. Further, services were extremely costly and the images’ quality typically suffered on certain days. Today, time-series animations can show the precise development of a crop and reveal production inefficiencies, enabling better crop management. RPA data is used for things like identifying mis-planted or thin coverage areas, or assessing damage from events such as pigs or weather.
RPA with hyperspectral or thermal sensors can identify which parts of a field are dry or need improvements. Additionally, once the crop is growing, RPA allow the calculation of the vegetation index, which describes the relative density and health of the crop, and show the heat signature, the amount of energy or heat the crop emits.
WHAT CROPS ARE BEING SCANNED?
Export Hay Production
POSSIBLE OUTCOMES FOR GROWERS
Pinpoint areas of plant stress
Establish soil constraints – salt, shallow, drainage
Scouting large areas quickly and accurately
Formation of germination
Identify soil disease areas
Identify fungal foliar disease areas
Identify root disease areas
Establish insect presence or damage
Establish low organic matter zones, sand hills
Create harvest zones for improved grain grades and profit / MT
Integrate VRT / GPS technology for cost saving benefits
Balance paddock agronomy to maximize total output
6 ways mine sites, landfill & quarries use RPA in 2018
- Get volumes faster and safer
Stop sending staff out to walk stockpiles and reduce the number of field surveys required to validate them. A drone operator will get volumes quickly and safely and then allow you to do comparisons from previous surveys. RPA/ Drone survey can also identify areas suffering from uneven settlement.2. Monitor site progress & spot deviations
Use drone data to create spatially accurate maps and models that you can overlay with design files to ensure work is progressing to plan and that deviations are identified and rectified early.3. Improve blast planning
Good site surveys by drone and bench level plans can improve blast results and significantly reduce drilling and blasting costs for quarries and mines.4. Get more frequent airspace calculations
Use the detailed elevation data to quickly calculate your sites total airspace. With RPA making frequent flights affordable, you can also compare volume changes over time. Identify areas suffering from uneven settlement. Other information such as ground water monitoring well locations can be overlaid to give a full picture of site infrastructure.5. For compliance reporting
Hire a drone operator to create a highly accurate map of your site which you can overlay on a landfill design to ensure you are keeping within the approved limits. Inspect for erosion, fence line conditions, vegetation coverage, groundwater and other physical aspects of your landfill site.
6. Finally, giving site managers access to the models
After the drone has landed and the data is taken out of it, various platforms such as Propeller and Arc GIS can be used to stitch the images and process the data to deliver 3D terrain models. Outputs are geo-referenced and ortho-rectified, meaning measurements and calculations can be taken directly from them – distance, area and slope calculations right up to stockpile volume analysis, sight lines or watershed runoff simulations.
Red Bird and 4D Mapper are programs that make the final models visible via your internet browser so site managers can easily view them without needing to download expensive software. These platforms basically allow drone pilots to manage and share their models in a browser – be it LiDAR, point-clouds, orthomosaicks, 3D terrain models (DSM/DTM) or GIS. Site managers can even do some simple interactive functions such as measure points, lines, areas, profiles and volumes.
How much do drone surveyors charge?
Experienced drone surveyors in Australia will charge around $175-$285 per hour for survey and mapping work. These guys are not your run of the mill drone flyers – they understand the need for flight preparations in order to get accurate data sets – weather checks, take-off and landing, sufficient imagery overlap, and the correct software/algorithm for processing the data after it has been acquired.
The first thing is to realize there are several challenges with traditional asset inspection methods. Most often, the boss is aware of the high costs, risks and the long time it takes to carry out a traditional inspection. Despite having this knowledge, the organization will most likely be looking at ways to improve on the methods, but rarely looking at drones as an alternative.
Already, there are several industries that are using drones to inspect a wide range of assets, including aerial photography, surveying, deliveries, asset inspections and more. Others are just starting, while the rest have yet to make the decision. While companies using the drones can quickly and safely produce detailed and accurate inspection data, the ones relying on traditional methods will find it hard to do so over the same period. The scope of drone use case applications will vary from one company to the other, but the building industry, energy, insurance, real estate and others with similar requirements are using drones to carry out a wide range of inspections. There are several benefits to using drones to perform activities, such as asset inspections, which are traditionally risky, costly and time-consuming. In addition, it replaces the traditional methods that are likely to produce inaccurate data due to human error and other factors.
10 ways businesses use RPA’s
1. Boost your website and social channels
Small business owners are using RPA photography to freshen up their website and social media channels with new and engaging media. RPAs can capture images and video of your premises, your team working outdoors (e.g. tiling, landscaping, and construction), a staff get together or a fleet of vehicles. Hire a RPA operator to come around and capture your work from a new and engaging perspective that can then be shared on social media.
2. Marine businesses
To promote their boats for sale, marine businesses hire RPA operators to fly in a slow orbit around the cruiser/yacht for sale to capture engaging video of the vessel as it moves across a sunset/sunrise. The video and photographs are added to the online for sale listing. RPAs can also be used to film sailing races. Fishing boats and prawn trawlers can fly a RPA in front of the boat to help scout for schools of prawn. A live video link from the RPA allows the captain to see where to steer the boat to next.
3. Golf courses
RPAs can be flown through each fairway, recording HD video as it goes. The video can later be edited down to create a hole-by-hole preview for golfers wanting to check out the course from their home/office. Commentary can be added to provide audio tips as the RPA goes over certain features such as bunkers and water.
4. Events companies
An aerial perspective of an event can provide a unique bird’s eye view and can bring the whole crowd plus any attractive surrounding features of the area into the shot. Examples include outdoor corporate events, sporting events, weddings, and schools & university events, shows and markets. RPAs can even deliver objects onto a stage – we have seen various requests for different kinds of objects to be delivered by RPA – a beer can, engagement ring, balloons, paper brochures, a packet of butter, water balloons, a birthday card and even a chair. Or think about this – a swarm of RPAs carrying LED lights performed a choreographed light show at NFL Super Bowl and at Disney World.
5. Real-estate agents
Aerial shots bring the garden, pool, or water views into the image. It’s well-known these days that RPAs can deliver much more engaging imagery of a house for sale. On vacant sites/development sites, RPAs can fly up and get 360 degree shots to replicate the view – to show people what the view will look like before the building is developed.
6. Building inspectors and architects
RPAs allow for inspections of the most challenging roofs and buildings. Fly the RPA up and zoom in specifically on defects such as cracking, corrosion, storm damage, guttering and facades. This has added a major safety factor to building inspections as well as eliminating traditional manual inspection processes such as hiring access equipment and scaffolds to gain access, which can cost thousands of dollars a day.
There is also tracking progress of construction sites, mapping terrains and creating three-dimensional models by stitching together RPA photos.
7. Film crews
Sprawling cities and miles of forest look great, but RPA usage in film and TV is not limited to ‘establishing’ shots anymore. RPAs are being used for stunning reveals, vehicle tracking and other creative shots.
8. Farmers assessing the health of their crop
Normal cameras record images in three bands of the visible spectrum – red, green, and blue. By comparison, a hyperspectral camera captures 270 bands in the visible and near-infrared portions of the spectrum, providing far more detail than the human eye can see. RPAs are now capable of carrying small versions of these incredible cameras and this allows for the classification of different kinds of crop or vegetation type. Every object gives off a unique hyperspectral signature, kind of like a human fingerprint. A diseased plant gives off a different signature than the equivalent healthy one.
9. Window cleaning businesses
These businesses use RPAs to fly around a building to assess the kind of windows it has and how dirty they are, and what features of the structure might make the job more challenging to do. The video from the RPA determines these things and makes quoting much easier and more accurate by being evidence based. The RPA can fly again after the job has been done to demonstrate how clean all the windows are to the building manager.
10. Asset inspection
Bridges, towers, solar panels, wind turbines… Many outdoor structures need to be inspected at least once a year. RPAs replace cranes and EWP’s and allow for faster, safer and more detailed high- res images of these assets. Images can be stitched together using software and 3d models of the assets can be developed. Each time this is done, the asset owner can benefit from more and more historical data about their asset.
7 ways event managers are using RPA in 2018
- Record your event from a bird’s eye perspective
Obviously, number one is putting a RPA up above your event and getting beautiful video footage and photographs from an aerial perspective. The aerial perspective can provide a unique bird’s eye view of the event, and can bring the whole crowd plus any attractive surrounding features of the area into the shot. Examples include outdoor corporate events, sporting events, weddings, and schools & universities.2. RPA that deliver objects onto the stage
It’s a great x-factor for any event. Here at RPA For Hire we have seen various requests for different kinds of objects to be delivered by RPA – a beer can, engagement ring, balloons, paper brochures, a packet of butter, water balloons, a birthday card and even a chair. The RPA would typically fly up past the audience from a concealed place and then deliver the object to a person or people. A second RPA can be used to record the process for promotional video / social media exposure.3. Live video streaming for attendees and remote viewers
While user generated video streaming is a growing trend in 2017 (Facebook Live, Periscope app etc.), live event streaming is being taken to the next level by RPA technology. RPA with high-definition 4K video cameras and GPS stabilized RPA platforms enable high quality videos to be screened on multiple monitors across the venue. Not only do attendees experience a whole new perspective of the event they are at, remote audiences are treated to a bird’s-eye view as well, creating an immersive event experience for everyone.4. A swarm of RPA for an LED light show
You may have heard about a swarm of RPA carrying LED lights performing choreographed light shows at huge events such as the NFL Super Bowl in the US. It was also done at Disney World. These shows are very unique and very engaging. The RPA can fly in unison with music, dancers and other aspects of the show.
5. RPA can actually stream Wi-Fi at an event
At crowded outdoor events staying connected can be almost impossible. In cases when existing mobile phone towers get overcrowded with users, RPA can actually act as additional towers. Special telco-RPA can be sent to hover up to 120m above the crowd, ensuring continuous signal and access to existing networks (Telstra, Vodafone etc.) over a wider reach, thus curbing attendees’ frustrations. This relatively new technology is still being tested out by the likes of Facebook and AT&T in the US. Remember if attendees cannot use their phones at your event, they cannot share photo and video content on social networks.
6. Flying security cameras
CCTV style cameras that are used to detect possible security violations or signs of disturbances in crowded areas can be fitted into RPA. This way, RPA will be able to catch unrest before they become fully blown problems. The continuous aerial monitoring during events will also help in the efficient delegation of security personnel should an accident or security breach occur.
7. Flying disco-tech!
Spotify teamed up with Belgian telecommunications company BASE to release their very own “Party RPA” decked out with 3 speakers and an amp at a music festival to entertain unsuspecting ravers.When people registered for the festival online, they were asked to add their favorite song to a Spotify playlist. When they turned up at the festival to collect their tickets, the RPA was able to detect which song was added by them and blasted their favorite tunes while hovering right above their heads as they entered the venue.
Uses of Drones (RPA’s) Remotely Piloted Aircraft in Construction
- 3D reconstruction of images and models (Accurate up to 4cm)
Projection of future plans on current image: Architects can view their designs and models in 3D, leaving less to the imagination.
Boost your portfolio with stunning centerpiece 3D model.
Superimposition of current progress to future plans: An exciting and visual method of showcasing progress to the clients who may not be able to go to site
Volumetric Measurements: Measurement of stockpiles, such as sand and gravel, for more precise and exact volumes
Cut and fill analysis: Determine progress with site balancing with a visual 3D model of the earth above and below the final grade
- Surveying Land
Reduce the labour and time required for land surveying and monitoring
Allows surveillance of greater detail, including detailed variations in dirt patterns
Vector Overlay: Overlay of site design and line works with RPA imagery to detect potential clashes, site accuracy, and catch mistakes.
- Access to areas that are dangerous for people or difficult to access for traditional vehicles
Collection of instantaneous information in difficult to maneuver areas
Delivery of small scale materials in a time and financial efficient manner to areas which are difficult for traditional delivery vehicular methods
- Surveillance and Safety
Live Stream: surveillance of multiple sites without the need to relocate – Track the construction site with greater frequency and degree of accuracy and precision unknown in the industry
Structural inspection in a safer and more time-efficient method
Safety: Accessing areas too dangerous for workers, better surveillance as the eyes are in the sky – on level with works in high areas
Building inspection, in combination with 3D imagery technology, allows for real time monitoring, as well as projection of future plans on current images to gauge progress
The intelligence allows construction companies to more efficiently deploy resources around a job site, minimize potential issues, trim costs, and limit delays
Save time in data collection with a RPA so that you can focus on making the important decisions
Thermal Inspection: Help to detect leaks and cracks in buildings
Integration with other vehicles on large construction sites as a means of traffic direction and sending models of the landscape to the vehicles
Prevent common construction mistakes
Site balancing, concrete layout, quantity tracking and fulfilment verification and schedule tracking
Benefits of using RPA (RPA’s)
- Time efficient
- Cost efficient – 30% of the cost of construction is wasted in the field due to coordination errors, wasted material, labour efficiencies and other problems that arise during traditional construction methods which could be eliminated by usage of an RPA.
5 reasons why property vendors should agree to get drone photography
1. For encompassing aerial views of their entire property and land – the ‘zoomed out’ perspective allows the drone operator to bring all of the surrounding features into one shot – the gardens, pool, tennis court or granny flat. A well edited aerial video of a property, with fitting background music can inspire a potential buyer much more so than a regular video.
2. For confirming the condition of the roof, fence lines, large trees and other property features that are difficult to see from the ground.
3. To show what the drive home or the kids’ walk to school looks like, the drone operator can go up to 400 feet and catch shots of the neighbourhood and surrounding area. Later they can overlay graphics to show the number of km’s to local schools, train stations, hospitals, parks and shopping centres.
4. On vacant sites, to fly up and get 360-degree shots to replicate the view – what it will look like from predetermined heights/levels of a proposed building.
5. There is also tracking progress of construction sites, mapping terrains and creating three-dimensional models by stitching together drone photos.
Why businesses should consider drones? & for what purpose.
Are unmanned aerial vehicles right for every company? For some it may not be worth the time and money. But for others, the outcome could be incredible.
One industry that should strongly consider incorporating our drones is the real estate market. For real estate agents, drone photography can be implemented with excellent results. For individuals and companies helping to sell land and property, there are several good reasons to invest in hiring a high quality UAV ( Drone ) for photography or Videography purposes. Here are 5 of them.
Drone photography will save you time
Selling a parcel of land that encompasses thousands of acres? Instead of spending countless hours walking or driving across the land to obtain all the needed photographs, simply send Aerial Imaging’s drone into the air. Producing beautiful digital aerial photography, our drone can cover the distance at a fraction of the time, creating a more efficient work process and leaving you with more time to focus on other aspects of your business: like landing the sale!
Photos from above capture ‘the bigger picture’
Not only does aerial photography enable you to cut hours off of your photography time, it undoubtedly produces some top notch images. With the possibility of perspective and distance, we can capture images that show much more than your average ground-level photo. Drone photos display “the bigger picture.” If you’re selling a large plot of land, imagine how much more effective it would be to show the entire size and scope in a single image? Clients can’t help but be impressed. Sale = made.
It takes your business to new heights (literally!)
Pardon the pun, but drone photography does take your business to new heights; it will certainly kick things up a notch. Drone usage is professional, unique, forward thinking, and sets you aside from many other real estate agents. This may change as drones grow ever more popular, of course, so it’s a great excuse to get started NOW.
Drone photography makes a mark on social media
These days, home buyers are starting their searches online. To stand out as a real estate agent, a strong social media presence can make a massive difference. Sharing content has become increasingly focused on photos and video. With aerial drone photography, you can produce incredible content that helps skyrocket your social media accounts, and brings in many more followers (and potential customers).
It helps you sell a dream
Drone photography still amazes us. In the real estate business, it offers an overarching picture of a piece of land or a home that can’t be managed with traditional photography, and in this way, such images help to capture a dream. Your potential home buyers will be enchanted by these aerial images, giving them a new vision about what their property is and could be. This alone makes drone photography completely worth it.