We give you an overview – not only from the air, but also about open questions on the subject of the world of UAVs and drone applications. Read the answers to frequently asked questions here. If there are still unanswered questions, please contact us.
How long has Microdrones been in business?
When investing in a professional drone system, the company's longevity and stability is important. Microdrones is an industry pioneer; we've been around for more than a decade!
The People, Places, Programs and Products makes the difference:
Smart distributors understand that a true system sell better engages their customers and creates big sales opportunities. This is a high value system and equipment purchase, not just a drone. In addition to the initial sale, successful distributors enjoy new recurring revenue streams from software and training sales, as well as cross selling into new and complementary applications from Microdrones.
Can Microdrones UAV fly beyond visual line of sight?
Yes. However, BVLOS flights are subject to different regulations by country, state/province and locality. Always check local laws before flight. Special requirements such as a proper risk assessment and comprehensive documentation and quality management should be a part of any BVLOS planning project. That being said, Microdrones has strong experience in BVLOS projects and we welcome you to engage us with your ideas.
Will I have help along the way? How does Microdrones support their customers one they purchase a system?
Microdrones customers have access to:
mdAcademy training - Learn to use your UAS to the fullest. We offer basic training as well as more in-depth payload-specific training.
Technical support - It's easy to get in touch with questions - you will usually get an answer within one business day.
Marketing/PR support - we want to tell and publicize your success story.
What should I consider when choosing a drone solution?
Cost over time and ROI.
Data accuracy - not all results are created equal. Make sure you choose a professional system.
Flight times with specific payloads.
Resistance to environmental challenges.
Ability to swap out payloads.
It should be complete for your application.
What’s the Difference Between Buying “Drone Surveying Equipment” and a Drone?
The first big difference is what’s included:
A drone is just the aircraft.
Drone Surveying Equipment includes the necessary equipment to gather Data using a UAV. It includes the drone, the payload and Microdrones proprietary mdCockpit mission planning and control software. Data collected with the survey equipment can be processed exclusively within mdInfinity
The second big difference is about development purpose – complete drone solutions are developed for specific industrial applications. For instance, Microdrones integrated systems create powerful data deliverables like 3D pointclouds, orthomosaics, and methane inspection concern maps.
Microdrones as a Service allows more companies to afford drone surveying technology by selecting plans according to their business needs and anticipated usage as compared to the traditional model of purchasing survey equipment in one lump sum.
How Can I Process the Data Collected From My Drone Surveying Equipment?
Reliable and accurate survey equipment is important, and so is great data processing software. Microdrones is making it easy for professionals to get started with everything needed to use drones for complex surveying work. mdInfinity is a powerful ecosystem that will enable you to quickly and efficiently process geospatial data, including Trajectory Processing, Georeferencing and Boresight Calibration with convenient payment options. In addition, mdInfinity Custom Services offers Strip Adjustment, Precision Enhancement, Point Colorization and FORMap services on demand.
How hard is flight planning, monitoring, and extracting the data I collected? Is the process for that complicated? How much time does it take?
Planning a flight is simple with the mdCockpit app! Just:
call up the location within mdCockpit, which utilizes Google Earth
use your fingertip to draw a polygon around the area to be mapped
tap to select your camera/sensor and set flight parameters
The process takes less than 5 minutes the first time and is stored for future use. Monitoring the mission in real time is also easy with the app and extracting the data can be accomplished in minutes via Bluetooth.
What is direct georeferencing (DG) & how is it superior to RTK and PPK?
DG solves a lot of problems inherent in RTK and PPK that impact accuracy and efficiency. One of the key things is RTK and PPK CALCULATES Z, while DG actually MEASURES it.
We'd provide some additional resources, but explaining would take a lot of reading. If you would like to discuss the science of direct georeferencing in greater detail, we suggest getting in touch with one of our UAV experts by sending us a message.
Can I really perform surveying and mapping projects without ground control points?
YES! Direct georeferencing eliminates the need for GCPs and allows users to drastically condense the amount of time it takes to complete surveying projects.
How can I get more information to help me decide if Microdrones mdMapper systems are right for my business?
That's easy! Simply e-mail us your questions and ideas and a UAV expert will personally get back to you within two business days.
What is the maximum height and range of a Microdrones UAV?
Here there are no "real" restrictions and the main limit is nearly always the battery. We have tested our system in service up to 5000m in Switzerland and Tibet.
With special rotors we could actually reach even higher altitudes. With respect to the range, the maximum distance from the operator or ground control station is the same when we talk of pure range (e.g. in automatic flight mode). When we examine remote control it depends very much on the option selected. We can offer radio connections from 500m (typical for "inspection services") to several kilometres (typical scenario for "border controls").
As well as GPS, which guarantees precise handling of your Microdrones UAV, other safety features are integrated including: self test, GPS homing (automatic return to base), automatic landing, virtual fence, real time error messages and automatic emergency landing in case of battery or control problems, to name just a few ...
Can a Microdrones UAV fly in rain, snow or strong winds?
Yes. Thanks to its rugged carbon fibre housings, advanced motors and highly efficient batteries, Microdrones can operate in the toughest conditions including rain and snow. Wind up 8 m/s or scorching desert heat or icy Artic conditions are all taken in their stride, shown by over 1,000 Microdrones working every day around the world.
Can Microdrones quadcopters fly over fire or extreme heat?
Yes. The housing and the electronics of Microdrones UAVs have been comprehensively tested for thermal stability. In different tests amazing results and insights have been recorded. For instance, the structural parts and electronics can operate without problem in temperatures up to 130°C. Flight testing over real fires resulted in temperatures recorded inside the UAV of less than 50°C, showing that a Microdrones aircraft can easily fly over fires. Despite strong winds and extreme thermic conditions, automatic GPS allows the Microdrones UAV to hover of a POI without the pilot having to make any inputs.
Can Microdrones UAVs be used to inspect high voltage power lines?
Yes. The electronics and the system were successfully tested at 380 kV in the High Voltage Laboratory of the Technical University of Dresden. Here the Microdrones quadcopter was placed as close as 3m to the high voltage cable. In a further test the influence of magnetic fields was tested. The results confirmed the trouble-free operation of all systems. Worldwide numerous companies profit from our highly professional approach to high voltage testing.
What if I Want to Integrate LiDAR Into My Geospatial Data Collection?
Microdrones has developed end-to-end LiDAR systems combining drones, LiDAR & photogrammetry payloads, a fully integrated software workflow, and world class support to consistently provide quality data deliverables.
mdLiDAR3000LR aaS, mdLiDAR3000 aaS, mdLiDAR3000DL aaS and mdLiDAR1000 aaS are fully integrated systems for producing 3D point clouds optimized for land surveying, construction, oil & gas, and mining applications.
Does Microdrones Have a System to Create 3D Models of the Details, Texture, and All Sides of a Structure, Building, City Block or Neighborhood?
mdMapper3000DµoG 3D aaS is a fully integrated drone mapping system that can be used for high wall mapping and 3D modelling. It fills a niche where traditional manned aircraft 3D mapping can’t get close enough to the subject to get the exacting detail that you demand.
What Are the Differences Between Drone LiDAR and Photogrammetry?
In general, projects can be completed more quickly with drone LiDAR than with drone photogrammetry methods, although new technology is speeding up the photogrammetric processing time.
Photogrammetry relies on a camera, so you can only collect data as far as that camera can passively see. LiDAR, on the other hand, is a laser scanner that actively senses the true surface of the earth through the vegetation. This allows the user to collect the data necessary to produce a more accurate point cloud and surface model.