Your coverage will depend on the resolution and overlap that you require. Highest resolution you can achieve with Sony RX0 is 1.5cm/px (0.6"/px). The Dronee Plane can achieve a front overlap of more than 95%.

Orthomosaic processing services require a side overlap of at least 60%.

SINGLE FLIGHT COVERAGE:

Using Wi Fi technology, your tablet connects to HUB without any cables. This allows you to communicate with the drone using a telemetry signal. The HUB also acts as your Real-Time Kinematic (RTK) Base Station. Affording you the best precision with absolute ease of use the internal HUB battery will keep working for up to 20-hours on a single charge.It even can be charged with 5V microUSB charger inside your car. No downtime means improved productivity.

You can choose the Dronee Plane version to meet your specific requirements.

DRONEE REGULAR is the most basic format, allowing for an orthomosaic position accuracy down to 2.5m (8.2ft). 

ACCURATE version takes orthomosaic position accuracy down to 50cm (19.6in).

RTK/PPK offers the ultimate in accuracy and precision, using double frequency (L1/L2, E1/E5, B1/B5) multi-GNSS. This easily compensates for the shape of the ionosphere, eliminating resultant errors. This double frequency multi-GNSS system has incredible position accuracy, and less than 20 secs convergence time. For high precision survey tasks, you probably won't require GCPs. As it is, DRONEE RTK precision is already down to 1cm (0.4in) + 1 ppm.

In addition to this, our PPK software can reduce the error margin down to 0.8cm (0.3in).

DRONEE PPK software is compatible with third party providers, allowing you to use custom ephemeris data (RINEX v3). Simply download your data, then drag-and-drop into your Dronee PPK application. You can obtain your GNSS data (RINEX v3) directly from the drone, that can be used with the post processing service of your choice for your geodesic application.

As GNSS(Global Navigation Satellite System) satellites are distributed and moving around the globe. It might not always be feasible to get required GNSS signals from a single GNSS as much as it is needed to achieve high precision results. To achieve high precision survey results,all the time, it is very essential to receive satellite signals from all the GNSS satellites concurrently (or in parallel). Dronee’s RTK system receives GNSS signals from 5 GNSS  simultaneously to give better results always.

(Supported GNSSs: GPS, QZSS, GALILEO, BEIDOU)

The Dronee RTK/PPK version offers you the very best multi-GNSS RTK Base Station. Yet we realize that users may be required to use an existing CORS NTRIP service or may just want to use a service to supplement the Dronee system. We've made this is easy to do. Simply enter the IP address and login parameters using the settings page. These RTCP data packets will be forwarded to the drone through the Dronee HUB in real-time.

Only RTCM v3.3 enabled services are supported.

In most RTK systems you will only get the coordinate of the Antenna Center that receives GNSS signals.As we are well aware of our system, where precisely camera sensor is located,We already adjust the coordinate of the taken image in millimetric precision.

Output coordinate system is in WGS84.

Corridor Mapping tool allows user to easily generate mission to survey roads, coastal lines, borders effortlessly, just by adding points over the line, DRONEE APP will automatically generate flight path.With two fingers, you can drag to indicate the number of strides within the corridor mission.

Your planned mission may often exceed what can be achieved on a single battery. The last thing you want is for your Drone to abort the flight when the battery runs flat. The estimated flight time of 55-minutes is calculated at 60% of the battery capacity, leaving 40% for a safe return. When the computer detects low battery standby time, it will record the current position and proceed on the shortest path to the predefined landing spot with the preselected angle. You can then replace the battery and the DRONE will return to the position where it left off and continue the mission as planned.

Calibration is essential for good flights,but it is also a hassle to make it everytime properly. Drone’s Auto Calibration makes it automatically every time you plug the drone into battery for 30sec. All you have to put the drone to flat surface and wait for 30sec to autocalibration be done.Drone icon in the app will blink until calibration is done properly and GPS precision becomes fair enough to make accurate survey flights. In fact drone will not fly if something fails in these automatic preflight calibration process.

When it comes to surveying seeing real time camera status and its triggering success and failure is essential for the successful survey tasks.Thanks to Sony RX0 feedback mechanism now you can see realtime camera connection status and photo triggering success and failure(even if it fails for some reason)

Only on REGULAR,and ACCURATE versions(as RTK version currently use hot shoe adapter for ultra-low latency  we don’t have feedback from the camera)

Thanks to Dronee's intelligent geotag software all you have to is to connect to DRONEE wifi and drag-drop your images to geotag page, and let Dronee Geotagger do the rest in few minutes.(or few minutes)

Learn more about GEOTAGGING.

DRONEE comes with Geofence capability to limit your flight in extreme emergency cases,or there might also be regulation to use geofence in your flights,All you have to set is maximum flight altitude and the radius of the Geofence which Dronee will set a boundary circle around your mission.If the drone exceeds the Geofence settings, it will end the mission and return to the predetermined landing spot.