Quantix™ Mapper

Quick and Simple Mapping Solution

Quantix is a powerfully simple to use UAV empowering users through its fully-automated operation and instant insight. Its hybrid design allows the aircraft to launch vertically and transition to horizontal flight; maximizing aerodynamic efficiency and range. Users can immediately view high resolution imagery on the included Operating Tablet – no other devices, internet or additional software required. With the touch of a button, users can quickly and safely generate up-to-date maps for infield assessment. Whether assessing crop growth during key stages, or damage from storm, flood and fire, Quantix Mapper makes It easy to gather accurate images across a large area, assess and react to the situation with precision and speed.

Product Specs

Cameras Built-in dual 18MP cameras, simultaneously collects high-resolution RGB & Multispectral
Max Flight Time 45 minutes
Range (Out & Back) 2 km radio limit
Wing Span 3.2 ft (97.5 cm)
Weight 5 lbs. (2.27 kg)
Wind Conditions 20 mph (9 m/s)
Communication 900 MHz encrypted & WiFi
Navigation Fully automatic navigation
Launch and Land Vertical Take Off and Land (VTOL) – Hybrid Design

More Information

Generate Up-to-Date Maps in Minutes

Quickly and easily collect high-resolution imagery across large areas on your schedule. Four times the coverage of most quadcopters.

Get the Perfect View with Automated Adjustable Altitude Options

Simply change your desired altitude on the operating tablet to vary coverage rate and image resolution.

Cuts Collection Time in Half with Dual Integrated 18 MP Sensor System.

Simultaneously capture True Color (RGB) and Multispectral images with integrated light sensor (ILS) to color balance and correct.

Immediately See Centimeter Level Accuracy with Quick-Look HD

Immediately view High-Resolution geospatial imagery on the spot – no other devices, internet or software required. Click here to watch Quick-Look HD in action.

Non-Proprietary Digital Image Formats

Quantix Mapper Data is available in non-proprietary (open) file format for integration into a wide range of stitching and analysis tools for further analysis if required.