DeltaQuad Pro VTOL UAV
The DeltaQuad Pro VTOL UAV is available in the following models
DELTAQUAD PRO #CARGO
Versatile VTOL UAV for transport or custom sensor integration
Starting at € 8.999
DELTAQUAD PRO #VIEW
VTOL Surveillance UAV Thermal & RGB HD live video up to 30KM
Starting at € 9.999
DELTAQUAD PRO #MAP
VTOL mapping UAV for long endurance high resolution surveys
Starting at € 9.999
DELTAQUAD PRO #INSPECT
VTOL inspection UAV for Thermal & RGB HD geo-referenced recording
Starting at € 9.999
Key features
The DeltaQuad VTOL UAV is packed with features to make it one of the most reliable and user friendly VTOL platforms on the market.
Up to 150KM autonomy
The DeltaQuad can fly up to 150KM using the Auxiliary Battery option, or up to 100KM carrying a 1KG payload
Vertical Takeoff and Landing
It can takeoff and land in confined areas of 5x5 meters or more
1KG payload capacity
The DeltaQuad can carry payloads up to 1KG which could range from samples to high resolution cameras
Radio and/or mobile network communication
Up to 20KM radio range or unlimited range using VPN secured mobile networks
Fully autonomous
Fully autonomous missions from takeoff to landing, even beyond communication range
Touch screen control
Easy to use touch screen control to plan missions or guide the vehicle
Solutions for your industry
Read about our tailored solutions for your industry by selecting one here
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Latest news
Welcome to our fresh new website. After a little over a year of feedback and questions on our products we have attempted to capture the full range of our products and their capabilities in a new and more visual method. We hope you enjoy it.
Vertical Technologies has launched their latest addition to the DeltaQuad Series VTOL UAV. The DeltaQuad Pro #INSPECT is designed to record geo-referenced Thermal and RGB video for inspection purposes using the Flir Duo Pro R
A geospatial 3D rendering was created from a survey mission of a dutch peninsula. The mission was flown using a DeltaQuad Pro #MAP carrying a Sony A7R III. Pix4D processed the data into a 3D map. View the results here