Tag - uav

How drones are turning the tide on coastal monitoring

New and emerging technologies tend to enhance existing industries and services. In addition, emerging technologies also help create new industries and services. Unmanned aerial vehicles are one of the biggest trends due in part to their potential use across a range of service and industry applications. One such emerging application is coastline monitoring.  

Drones help fight the tide

There are many reasons why coastlines are under threat but climate change is widely seen as one of the biggest causes of beach erosion. A number of companies are starting to use drone technology for many coastal monitoring applications. The issue of protecting coastlines is a critical one in many countries across the globe. In the UK alone, over a million residential and commercial properties, as well as thousands of hectares in agricultural land lie within areas that are at the mercy of unpredictable changes. Undertaking coastal protection studies requires careful monitoring of any changes that occur. The most efficient solutions for arresting and reversing erosion of coastlines also requires an understanding of existing environmental factors and their effect on the affected beaches. Monitoring thousands of miles of coastline, though, is a tough ask especially in an era of dwindling financial resources. Effective solutions are gleaned through careful consideration of the above factors combined with any available historical knowledge and data. In effect, this is where emerging technologies like unmanned aerial vehicles come in.  

Coastal monitoring drones

Drones are quickly becoming an invaluable tool to both monitor and help maintain the health of coastlines around the world. UAVs provide many advantages for this application. One such advantage is a drone's ability to cover increasingly large distances in a single flight. Plus, when outfitted with the right equipment, drones can capture highly detailed images and footage. The data harvested on these mission can, in turn, help inform decision making. An additional advantage of using UAVs for coastline monitoring is the elimination of any human risk. For example, drones can quickly conduct an initial survey to assess damage after large storm events. UAVs can also monitor potentially dangerous situations, such as the stability of cliffs, from a safe distance. Additionally, UAVs can keep track of beach erosion by measuring land volume and capture changes in coastal vegetation states.  

Matching the drone to the environment

One company, QuestUAV, is demonstrating how new technologies can help tackle serious issues like environmental degradation. Their coastal monitoring work has helped local communities slowly reclaim lost beaches and coastlines. The harsh environment of the North Sea seemed a fitting place to test the feasibility and durability of drones for coastal monitoring. Wind speeds on the North-Eastern shores of the North Sea frequently reach up to 65 mph. Quest’s UAV platform features an airframe design with gimballed sensors and high spatial accuracy to ensure good data quality even in the difficult conditions. Plus, its use of Post Processing Kinematic (PPK) technology allows for detailed survey mapping. PPK technology allows the mapping of coastal areas with up to 2cm spatial accuracy without relying on Ground Control points. Given the difficulty in placing ground control points in landscapes such as coastal dunes and cliffs, PPK technology provides a faster and more economic way to achieve great results. Read about when and why our partner, Altavian, chooses to use PPK over RTK.  

Surveying remote and challenging environments

In addition to coastline monitoring, the company conducted geological rock and cliff surveys, monitored sea color changes, and inspected breakwaters. They've also monitored industrial applications based in remote environments such as mining sites and power stations. The company has kept track of the Northumberland Coast in the U.K. since 2008. In that time the area has suffered two major storms; one at the end of 2013 and another in the first month of 2017. In the aftermath of the most recent storms, QuestUAV deployed so as to immediately assess the damage. The information gathered is used in conjunction with historical data, satellite imagery and models created in 3-D to ensure an accurate compilation of current conditions.  

The future of coastal monitoring

Most experts agree that climate change is one of the biggest challenges to face mankind in recent memory. Beach erosion is one of the symptoms of the phenomenon. The use of drone technology can go a long way in the effort to help protect beaches and coasts around the world from being claimed by the sea.

Aeromapper Talon Completes Single-Flight Survey of Island in The Maldives

https://www.unmannedsystemssource.com/?s=aeromapper&post_type=product&product_cat=0In December Aeromao Inc., completed a full photogrammetric survey mission of an island with an Aeromapper Talon UAV...in one flight. The survey took place in collaboration with Foresight Surveyors. One of the most unique and exotic islands in the Maldives, the Talon surveyed a total area of approximately 251 acres or 1 Sq. Km. at a GSD of 2cm/pixel.
 

Talon Surveys Island

The Talon UAV flew at a cruise altitude of 100 m AGL and collected 1422 photos with an amazing level of detail. Pix4DMapper software generated a DSM, orthophoto and point cloud. Though the Aeromapper Talon has 2 hour flight endurance capability, the mission finished successfully in only 45 minutes. The UAV flew at a maximum distance from the ground control of 2km. Additionally, the Talon launched and was recovered via parachute from an island roughly 1 km away. The UAV flew without incident. The Aeromapper Talon was not equipped with PPK GNSS system, so 5 GCS points were taken on the island which resulted in a horizontal accuracy of 4.8cm  

The results

The purpose of the survey was to generate an ortho-photo to trace the "as-built" for future developments. Furthermore, the data provided clients with an up-to-date high resolution property map for the project department and decision makers. Also, the othophoto helped with their environmental monitoring and biodiversity mapping.
 

About the Maldives

The Maldives consists of 1,192 coral islands grouped in a double chain of 26 atolls. It spreads over roughly 90,000 square kilometers (35,000 sq mi) and is one of the world’s most dispersed countries. It lies between latitudes 1°S and 8°N, and longitudes 72° and 74°E. Composed of live coral reefs and sand bars, the atolls rise abruptly from the Indian Ocean. These islands are situated on a submarine ridge 960 kilometers (600 mi) long. Maldives is the lowest country in the world. As a result, its natural ground levels average only 2.4 meters (7 ft 10 in) and 1.5 meters (4 ft 11 in) above sea level. However, in areas where construction exists, ground levels have increased several meters.  

About Foresight Surveyors

The first company to introduce unmanned aerial vehicle mapping to the Maldives, Foresight Surveyors chose the Aeromapper Talon because of its ease of use, dependability and affordability. Foresight Surveyors provides a comprehensive range of surveying and survey related consultancy, including: topographical, bathymetry and engineering survey services. The company makes use of traditional techniques and modern technologies to produce accurate data.  

About Aeromao, Inc.

Founded in 2011, Aeromao Inc. is a leading manufacturer of UAVs. Aeromao developed the Aeromapper series of turnkey unmanned aerial vehicles for mapping, surveying, precision agriculture and remote sensing. Canada serves as the company's headquarters. Aeromao Inc. offers a line of products that adapt quickly to market demands and the unique needs of client applications. You can shop the entire line of Aeromapper UAVs at Unmanned System Source.

MicroPilot autopilot solutions now available at Unmanned Systems Source

April 4, 2017 – Unmanned Systems Source is pleased to announce a new distribution partnership with MicroPilot, producers of full-featured UAV autopilots. “MicroPilot is a world leader in small autopilot systems for UAS,” said Drew Osbrink, Business Development Director for Unmanned Systems Source. "The MicroPilot product line is a great fit for customers looking for a reliable solution to manage complex autonomous behaviors for their UAS platforms,” said Osbrink. Introduced in 2004 and weighing only 28 grams, MicroPilot's MP2x28g2 raised the bar around the world for functionality and value in small UAV autopilots. Paired with this full-feature UAV autopilot, the MicroPilot HORIZONmp ground control software provides a user-friendly, point-and-click interface for mission planning, parameter adjustment, flight monitoring, and mission simulation. Building on the success of these proven innovations, MicroPilot now offers a series of autopilots, software, accessories, and customized UAV training and integration services.  

MicroPilot autopilot solutions

  • Small size without sacrificing functionality: 28 grams, 4 cm by 10 cm
  • GPS waypoint navigation with altitude and airspeed hold
  • Completely independent operation, including autonomous takeoff, bungee launch, hand launch, and landing
  • Powerful script language command set
  • Open architecture – all state fields fully accessible
  • Fully integrated with 3-axis gyros and accelerometers, GPS, pressure altimeter, pressure airspeed sensors, all on a single circuit board
  • Extensive data logging and telemetry capabilities
  • UAV configuration wizard and installation video simplify installation
  • Includes HORIZONmp ground control software
 

Seamless upgrade path

From the single-use autopilot (MP2x28xp) to the powerful VTOL autopilot (MP2128HELI), MicroPilot provides a seamless upgrade path. No other autopilot manufacturer offers this high degree of adaptable technology and range of autopilot options. Once an individual learns how to operate a MicroPilot autopilot, the knowledge translates across the product line. This makes MicroPilot the single-vendor solution for autopilot hardware, software, and accessory needs. MicroPilot’s line of autopilots allows customers to grow and adapt at a fraction of the cost offered by many competitors. Visit Unmanned Systems Source to learn more about MicroPilot's autopilot solutions.  

About MicroPilot

Incorporated in 1994, MicroPilot serves UAV manufacturers who maintain high standards for both the hardware they integrate into their systems and the software that drives them. MicroPilot customers require products that are reliable, scalable and customizable. They have a solid reputation that supplies consistent products, services and support. MicroPilot has maintained itself as the world leader in professional autopilots for UAVs and MAVs.

UgCS Mission Planning Software Now Available at Unmanned Systems Source

UgCS Mission Planning SoftwareMarch 23, 2017 – Unmanned Systems Source is pleased to announce a new distribution agreement with SPH Engineering. SPH Engineering is the creator of the popular UgCS Mission Planning Software which provides central management of all types and manufacturers of UAVs. It supports both fixed wing and multi-rotor platforms. Supported platforms, include: DJI Phantom 4 / 4 Pro, Phantom 3 and Phantom 2, Inspire 2, Inspire 1 / 1 Pro / Raw, Mavic Pro, A3, N3, Matrice 600 / 600 Pro, Matrice 100, A2, Naza-M v2, WooKong-M, Vision2+, Ace One. Currently, supported autopilots, include: Ardupilot, Px4 and other MAVLink compatible; InnoFlight: Jupiter JM-1; Mikrokopter; Micropilot; Microdrones; LockheedMartin: Kestrel, Indago. "UgCS software is a great addition to our site," said Andrew Osbrink, Business Development Director at Unmanned. "Whether a customer operates a fixed wing or multi-rotor, many crafts or just one, UgCS' flexible licensing model means organizations can purchase the license that works for their situation."  

The UgCS Desktop Solution

UgCS software has convenient tools for areal and linear surveys and provides direct drone control. Its modular architecture means ease of integration and simplifies adding support for new vehicles or payloads. Other features include easy route creation, an immersive 3D mission planning environmental and No-Fly zone support. In addition, it has built-in photogrammetry and geotagging tools, map customization, and more. Users can control one or a fleet of drones on a single mission, in multi-operator mode and in multi-platform environments.  

UgCS Mission Planning software options

OPEN is the free version of UgCS software. It offers limited capabilities in terms of the range of operations, functionality and support. However, it allows users insight into the software before making a purchasing decision. For UAV hobbyists and non-professional users, the ONE license is recommended. It provides unlimited range of operations with some limitation of the advanced functions. The PRO license is recommended for UAV professionals and land surveyors. It is the fully functional, multi-drone ground control software for professional UAV mission planning. Includes photogrammetry tools, digital elevation model (DEM) and KML file import to enable map customization. It also offers ADS-B receiver support to ensure flight safety. And finally, the ENTERPRISE license is for companies that operate a fleet of different manufacturer drones requiring a unifying ground station solution. Features ADS-B transponder support, multi-node deployment enables operation of a central server with unlimited connection to UgCS universal control server.  

About SPH Engineering

Founded in 2013, SPH Engineering employs both professionals and enthusiasts. They turn client ideas into products that address specific needs and requirements. Technology is not just a product for SPH Engineering, it's their passion. Visit Unmanned Systems Source to shop and compare UgCS Mission Planning license plans to find the one that is right for you.  

Drone Insurance: what is it and do you need it?

Drone InsuranceWhen it comes to insuring personal possessions, many are tempted to decide against getting coverage if the law does not specifically require it. People are even more resistant if the cost to cover the item is higher than the cost to replace the item. That's just common sense, right? Maybe. Insurance can be an important part of planning for the unexpected, particularly if a business is involved. If you use drones in your organization, or are looking to do so, it makes sense to get insurance coverage for your air vehicles...just as you would for your terrestrial kind. There are several advantages to insuring your drone. For one, it enables you to recoup any losses due to mishap, crash or theft. And, even more importantly, drone insurance could potentially win you more clients. Many individuals simply won't work with a company that is not insured. But what is drone insurance and do you need it? And, if you're operating a drone-based business, what kind of insurance coverage do you need? Is it different from drone insurance? Read on to find out if drone insurance is the right move for you.  

Drone Insurance Coverage

Similar to other insurance policies, drone insurance provides coverage in the event of a mishap, accident or theft of the drone and any related equipment. This coverage can also include other ground-based and non-pilot crew in addition to drone operators. Drone insurance policies commonly comprise two parts; damage to the drone itself, and liability, which cover any damage and claims from third-parties. For additional peace of mind, your chosen insurer should also offer coverage for third party liability, personal injury, and premises liability. This provides insurance for any damage to your company’s buildings or those of a customer or private owner.  

Drone Insurance 101

The process of getting drone insurance is similar to securing coverage for a home or vehicle. Some companies may require additional information, such as: proof of training, maintenance logs, operating manuals, a record of parts or add-ons. Such documentation proves that you are operating your vehicle in a safe, conscientious manner. It also improves your chance of acquiring more favorable insurance rates. In terms of selecting coverage, it depends on a few factors including the primary way you employ your drone and the environments in which you operate. A drone used to take real estate photography may need different coverage than a drone used to inspect bridges. Identifying these potential hazards is a key to choosing the right amount of coverage.  

Drone Insurance Costs

When it comes to cost there are, of course, many variables. What type of drone a you're flying? How many drones do you need to cover? What are your potential operating liabilities? How much coverage do you need to protect yourself and your equipment? For example, a commercial-use policy for top end drones, such as the Yuneec Typhoon H or the DJI Phantom 4, costs between $600-$800 per year with coverage up to $1 million in liability. Another factor that influences cost is your flight experience. Of course, costs rise depending on the size of liability coverage you require. Each insurance company structures their policies differently. Some only cover single units while others are willing to insure multiple drones.  One option for fleet owners is a policy that offers coverage for both liability and physical damage using a pricing model for one UAV. As long as only one UAV is flown at a time, there is no additional cost to cover additional drones in the fleet.  

How to Get Drone Insurance

To insure your drone, simply get in touch with any of the insurance companies listed below. In addition to proof of any ongoing or completed drone pilot training, here’s what you’ll need to ensure that you get the best possible insurance policy for your business:
  • A minimum of 50 – 100 hours of piloting and flying UAVs
  • An FAA Drone pilot licence
  • Maintenance Logs
  • Type of Coverage; liability/ Hull
  • Details of Leases, or Proof of Ownership
  • Information pertaining to how the drone is used and operational environments
To ensure you get the best coverage for your dollar, you will need to shop around. Get quotes from a number of companies, compare costs and coverage and decide which one is right for you. A word of caution, it is possible to lose your coverage if any of the policy providers’ conditions are not met. These include but are not limited to: failure to log flight and maintenance data, operating a drone without proper identification details or serial numbers, and instances of unethical flying. For commercial operations based in the United States the following companies offer drone, UAV, and UAS insurance policies. Providers include Allianz, Avalon Risk Management, Aviation Insurance, Berkley Aviation, Skyvuse, UAV Protect, Verifly, Starr Aviation, and many others. There are many drone-specific insurers but others offer a broader range of insurance products.  

Filing Claims

Unfortunately, mishaps do occur and when that happens you'll need to file a claim. It's a good idea to review your policy and understand the claim process before an incident occurs. That way there are no surprises. Most often, the first step is to notify your insurance company as soon as possible. Depending on the incident, you may also need to notify local authorities. To expedite the entire process, cooperate with the insurance company. Provide any information needed quickly and efficiently. Though there are many advantages to drone insurance, particularly for commercial drone operators, ultimately the decision is up to you, the operator.

Drone Repair Shops

Drone Repair ShopsToday, thanks to a continued decrease in price, drones are now a fairly mainstream product. The skies, which were once the domain of experienced pilots, are filling with newbie operators trying their hand at drone flight. As such, some have discovered that “ready-to-fly” – as many drones are marketed – can really mean, “ready-to-crash”.  Of course, even veteran operators experience the odd mishap or two. When it inevitably occurs, a crash can impact the vehicle in a number of ways – from slight damage to outright destruction or complete loss of the vehicle. So, what should you do in the event your drone requires repairs? While some may have the skill and confidence to make their own repairs, other may hesitate. After all, these technological wonders, though more affordable, still cost hundreds of dollars. For the hesitant, perhaps a professional drone shop is the answer. But, what should you look for when choosing a shop? How do you get about getting your drone fixed? And how much will it cost? Read on to discover answers to these commonly asked questions.  

Drone repair shops: a growing industry

As the number of drones have steadily increased, so have the number of drone repair shops. It’s not surprising given the costs associated with purchasing these vehicles. Many would rather spend money repairing their drone versus simply discarding it once its damaged. To ensure your drone works as it should, it is advisable to entrust the repair work to a professional. For those with a professional repair facility nearby, its an easy solution. Simply call the shop, set up an appointment and take your drone to the shop. For those users who don’t have a local repair shop, there’s good news. Many drone repair stores accept drone delivery by mail. All you have to do is box up your damaged vehicle and send it to them.  

 Emerging companies

 As mentioned, the number of professional drone service companies, though growing, is still relatively limited. A web search should prove useful when determining your service repair options. There are a few companies attempting to distinguish themselves in this burgeoning industry. Unmanned Systems and Solutions (USAS) recently opened a 120,000 square foot facility in Chicago, Illinois. They claim to offer quick evaluation and repair of many major manufactured brands. Consumers can print a mailing label and ship their drone in for evaluation – which is usually completed within 48-hours. Another company is Expert Drones, which operates from its Old Town Alexandria repair location. Like USAS, Expert Drones also accepts damaged drones at any of their four repair facilities. Drone e-commerce website DroneFly also offers a repair service although that is currently closed to new repairs due to high volume. One thing to remember, not every shop fixes all brands of drones. Make sure you double check that they can service the make and model of your drone before you send it to them for repairs.  

Evaluation, Costs and Duration

Once you’ve selected the repair shop, the next consideration is cost. How much can you expect to pay to have your damaged drone evaluated and repaired? Most shops will charge to evaluate your drone as well as provide a list of repairs and the costs associated with each. Evaluation fees fluctuate between the various companies. On average, the cost for a drone repair evaluation is around $30. Repair costs of course depend on the damage the drone sustained. Average repairs cost around $200, with most jobs completed in less than a week. Don’t forget to account for ship time. Given these factors, most drone owners can expect to have their drone flying again within two weeks. The growing number of repair facilities is welcome news for frustrated pilots with damaged drones who hope to fly again quickly. When compared to the cost of purchasing a high-end drone, the price of repairs is reasonable. If the unfortunate does happen and your drone is damaged, professionals are now available to provide repairs. And, whether your damaged drone is for work or pleasure, you’ll soon be flying again in no time.