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Drone 3DR SOLO Mapper – Escadrone – Drone for mapping
2535 €
Production has been launched the 19th of december.
Production has started, there are only a few units left from surplus,
shipping date is for the 30th of january 2017
- 1- Complete Pack SOLO Mapper
- Smart-gimbal Mapper
- Companion computer
- SD card & USB drive 8 GB
- Foldable leg extensions
- Sony Qx1
- 8GB class 10 SD card
- Sony 16mm Lens
- 3DR Solo drone
- Drone
- Solo Controller
- 1 battery
- 1 battery charger
- 3×2 propellers
- Backpack for solo
- 1 spare battery
- 2 spare propellers
- 5 user manuals on the SOLO Mapper
- 2535€
- Paypal fees & shipping : 2535€ + Paypal fees (4.7% + 0.25€) = 2654.40 € (excl. taxes) + shipping fees outside Europe 124€ (excl. taxes). Total : 2778.40€ (excl. taxes)
- 1- Complete Pack SOLO Mapper
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- 2535€
- Paypal fees & shipping : 2535€ + Paypal fees (4.7% + 0.25€) = 2654.40 € (excl. taxes) + shipping fees outside Europe 124€ (excl. taxes). Total : 2778.40€ (excl. taxes)
Contact us for a quote !
[contact-form-7 404 "Non trouvé"]The 3DR SOLO is now a reference in the « open-source drone » industry. This version of the Solo has been developped to allow you to create flight plans dedicated to cartography and 2D/3D mapping thanks to free and cross-plateform softwares/apps
The SOLO : a professional mapping plateform
Escadrone worked to integrate different tools to transform the inital SOLO into a mapping UAV :
- A powerful camera : the SONY QX1 (lightweight, powerful, precise, without distortion)
- A live video feed integrated directly into the SOLO and TOWER apps and MISSION PLANNER
- A 2 axis servo gimbal, ultra light and adjustable from the SOLO Controller
- Another integrated micro computer to automatically collect and geotag the pictures.
SOLO MAPPER Specifications :
- 15 minutes of flight time (13 for the mission, just to be sure)
- Video Streaming HD on smartphone, tab and computer
- Max speed 80 km/h
- Max wind : 55 km/h
- weight : 1500 g alone (1999g as a SOLO Mapper with all accessories and camera)
- WiFi range : about 1 km/ 3000 feet depending of the environment
- Radio Cotroler with flight datas
- Autopilot Pixhawk 2
- Solo Battery : 14.8 V LiPo (5200 mAh)
- Battery RC : 2600 mAh / 7.2 Vdc ; 4 hours autonomy
- Hélices auto-serrantes 10×4.5″
- Engines 880 kV
Integrated micro Companion Computer !
A Raspberry Pi is integrated on the expansion bay to ensure the link between the equipments and allow the collect and geotag the pictures once the mission is cleared. The computer checks if every photos has been taken. You’ll never get pictures you can’t geotag because of some missed shots. When the flight’s over, just grab the USB Key and you’ll find the folders with the geotagged images ready to use in your favorite photogrammetry software such as Pix4D, Photoscan, Smart3DCapture, …
The SONY QX1 !
The QX1 is a perfect camera for UAVs, it gets rid of the heavy screen and buttons and allows for an interesting quality/weight ratio. It can communicate via Wi-Fi and use the Sony API for remote control.
- Effective MegaPixels : 20,1
- Sensor size : APS-C (23,2 x 15,4 mm) for an advances precision
- Recording Format : JPG, RAW, RAW+JPG
- Shutter speed : up to 1/4000
- ISO sensitivity : ISO 100-16000
- Processor : BIONZ X new generation for a high functionning speed, radiant details and noise reduction
- Weight : 158 g (body only) / 216 g (with battery and frame)
- Dimensions : 7,4*6,95*5,25 cm
- More informations on the SONY QX1 Page
2 Axis Servo Gimbal !
This gimbal has been created around the QX1 to ensure consistency between the collected photos and keeping a very light weight.
This gimbal will allow the tilt orientation of the camera for inspection or modeling applications
2 mapping missions exemples at different altitudes
Mission 1 Altitude: 45 meters AGL – GSD: 1cm/pixel
- Area covered : 35 300 m² / 3,5 hectares (379 966 ft² / 8.72 acres)
- Orthomosaic resolution : 1 cm/pixel (0.4″/pixel)
- Flight height : 45 meters (148 feet) AGL
- Flight Speed : 6 m/second (2.2 mph)
- Overlap : 60%
- Sidelap : 80%
- Mission time : 12 minutes
- Ascension time 18 secondes
- Descent time : 30 secondes
- Overall flight time : 13 minutes
- Photos taken : 221
- Distance between photos : 15 m (49 ft)
- Distance traveled : 3,3 km (2.05 miles)
Mission 2 Altitude: 90 meters AGL – GSD: 2cm/pixel
- Area covered : 142 250 m² / 14 hectares ( 1 531 166 ft² / 35.3 acres)
- Orthomosaic resolution : 2cm/pixel (0.32″/pixel)
- Flight height: 90 meters (295 ft) AGL
- Flight Speed : 12 m/s (27 mph)
- Overlap : 60%
- Sidelap : 80%
- Mission time : 11,5 minutes
- Ascension time 35 seconds
- Descent time : 60 seconds
- Overall flight time : 13 minutes
- Photos taken : 218
- Distance between photos : 15 m (95 ft)
- Distance traveled : 6,4 km (4 miles)
Frequently Asked Questions
- Have you considered using the Raspberry Zero ?
- The geotagging process at the end of the flight is somewhat time consuming. Would it be possible to geotag during the mission ?
- Is there an iOS version of the Tower Android Application ?
- Can we use other Sony or 3rd party lenses?
- Can we lock the focus distance (to infinity or some other value) or is the camera only able to auto focus ?
- Can we set the aperture to a range or fixed value?
- Can we set the ISO to a range, or a fixed value?
- Does your App allow us to put the camera into shutter priority and adjust the shutter speed? If so, what is the range allowed ?
- Can i order the smart gimbal without drone and camera (I already have a QX1 with SEL-16F28 and a Solo)
- What is the delivery time if I order a Solo Mapper ?
- How compatible is the smart gimbal for Solo Mapper with Solo’s controller, camera settings, live view and smart shots functions ?
- How do I get into the raspberry PI console ?
- When I trigger the QX1 with the Solo’s controller paddle, the gimbal moves up a bit each time. Is it possible to keep the tilt angle of the gimbal fixed?
- Why creating missions with the « Structure Scanner » in Tower doesn’t trigger the QX1 ?
- Let’s say the Solo runs out of battery before the computer’s LED goes green. Does that mean geotagging of the pictures will fail ? If it fails, are the GPS positions saved somewhere so the geotagging can be rerun?
- Is it possible for the companion computer to control two separate QX1 ?
- What is the average time it takes for the Raspberry to perform its post-flight processing of the images and telemetry (i.e., adding the EXIF data to the images?)
- Does the QX1 pull power from the Raspberry or Solo or just from its internal battery ?
- Are the Raspberry and Gimbal powered via the Solo’s accessory port?
- Does the gimbal have any vibration damping or just the mechanical dampening of the servo motors ?
- Because you are using a WiFi connection between the RPi and the QX1 in order to leverage the Sony API have you thoroughly tested the potential interference between this WiFi connection and the internal Solo WiFi connection to the controller?
- What OS is being on the Raspberry Pi ?
- If you are using a Raspberry Pi 2 what USB WiFi dongle is being used ?
- Does the system use a Raspberry Pi 2 or Raspberry Pi 3 ?
- Is there a english certification and user guide for the Solo Mapper ?
- Does the Solo Mapper’s gimbal needs to be balanced ?