Aerial Photography
Coverage-Maximization andCost-Efficient Solution
Cadastral surveying
Mining and aggregates
Topographical surveys
Urban planning
Construction surveying
Why would you choose drone for surveying, drone mapping, and drones for other similar tasks?
When it comes to land inspections, mapping, and drone surveying, accuracy and ease of use are key factors. Fieldwork requires many teams putting in long manhours, extending project timelines, and entailing higher costs. Leverage solutions that will cut costs and increase accuracy using professional drone technology for aerial photography.
FIXAR 007 aerial mapping systems have a working payload capacity of 2kg (4.4 lbs), with a spacious and easily adaptable payload bay. As a result, it is easy to set up an array of sensors to capture more data and higher quality images with fewer flights, saving time, labor, and money.
The Solution:FIXAR 007
FIXAR 007 Outdoor is a vertical take-off and landing professional drone for aerial mapping that offers reliable autonomous flight with a range of up to 60 km (37.2 mi) at a cruise speed of 65-72 km/h (40-45 mph). The quick five-minute setup and high payload capacity make it perfect for aerial tasks.
FIXAR Meets the Challengesof Aerial Photography
High-Quality Images
High-quality aerial surveying images at the required shooting scale. RTK* and PPK** technologies ensure accurate geo-tagging
Simple Operation
Ultimate ease of operation using intuitive xGroundControl Software. Special piloting skills are not required. FIXAR provides basic training.
Increased Productivity
Fixed-wing productivity and capability. Complete autonomy eliminates the need for operator assistance. Simply create a flight route and click ‘Start’.
All-Terrain Take-Off and Landing
Built-in flight and navigation algorithms allow FIXAR fixed wing drone to take off, complete a flight, and land safely and reliably every time, even where geomagnetic anomalies exist.
Plug and Play Payload ModulesBased on Real Job Tasks
Sony Alpha A6000
Effective Megapixels: 24.3
Sony RX1 RM2
Effective Megapixels: 42.4
Onboard GNSS receiver
Guarantee the exact coordinates of images
using Post-Processing Kinematic (PPK) method.
Accuracy XYZ: 3-5 cm
Foxtech Map-A7R II
Effective Megapixels: 42,4