DeltaQuad Pro VTOL Cargo UAV
The long range cargo UAV
The DeltaQuad Pro #CARGO is designed for organizations who need a fast and reliable means of air transport.
It’s smart features and powerful performance enable cargo transport up to 1.2KG.
Key Features
Flight time of up to 110 minutes
This is including a payload. Long flight time makes the DeltaQuad a compelling solution for long range cargo transport.
Airborne within 2 minutes
No pre-flight calibrations are necessary. This feature allows the DeltaQuad to be airborne in under 2 minutes.
Fully autonomous missions
Fully autonomous missions from takeoff to landing are possible, even beyond communication range.
50KM HD video range (or unlimited via LTE/4G)
We are the only platform that can offer up to 50KM transmission range of HD quality video from a hand-held remote controller.
High quality components & payload options
110 minutes
100 Kilometers
2 minute
50 Kilometers
Platform specifications
Dimensions:
Wingspan
235 cm
Length
90 cm
Wing area
90 sq. dm.
Flightcase dimensions
122 x 45 x 51 cm
Payload bay
20 x 12 x 8 cm
Weight and Payload:
Empty weight
3.3 Kg
Empty weight including battery
5 Kg
Maximum takeoff weight
6.2 Kg
Payload capacity
1.2 Kg
Flight Characteristics without payload
Cruise speed
18 m/s (65 Km/h)
Maximum speed
28 m/s (100 Km/h)
Stall speed
12 m/s (43 Km/h)
Maximum flight time*
2+ hours
Range through air*
120 km
Flight Characteristics at 1KG payload:
Cruise speed
16 m/s (60 Km/h)
Maximum speed
25 m/s (90 Km/h)
Stall speed
13 m/s (47 Km/h)
Maximum flight time*
1 hour 50 minutes
Range through air*
100 km
Flight Characteristics with Auxiliary LiPo:
Payload capacity
400 g
Maximum flight time*
2 hour 45 minutes
Range through air*
150 km
Power
Battery type
LiPo
Battery cells
4s
Battery capacity
23Ah
Tolerances
Maximum takeoff/landing wind**
9 m/s (33 Km/h)
Maximum wind in cruise flight **
14 m/s (50Km/h)
Maximum precipitation
Drizzle
Operating temperature
Between -20 and +45 Celsius
Maximum altitude
13.000ft (4000m)
All flight characteristics are based on optimized settings at sea level
* These values assume 90% battery usage, low wind conditions and include a low altitude vertical takeoff and landing at sea level. For countries that did not sign the Wassenaar Agreement, a separate export permit is required or the models are locked to 59 minutes.
** These values are based on measurements at flight altitude.
| Dimensions: | |
| Wingspan | 235 cm |
| Length | 90 cm |
| Wing area | 90 sq. dm. |
| Flightcase dimensions | 122 x 45 x 51 cm |
| Payload bay | 20 x 12 x 8 cm |
| Weight and Payload: | |
| Empty weight | 3.3 Kg |
| Empty weight including battery | 5 Kg |
| Maximum takeoff weight | 6.2 Kg |
| Payload capacity | 1.2 Kg |
| Flight Characteristics without payload | |
| Cruise speed | 18 m/s (65 Km/h) |
| Maximum speed | 28 m/s (100 Km/h) |
| Stall speed | 12 m/s (43 Km/h) |
| Maximum flight time* | 2+ hours |
| Range through air* | 120 km |
| Flight Characteristics at 1KG payload: | |
| Cruise speed | 16 m/s (60 Km/h) |
| Maximum speed | 25 m/s (90 Km/h) |
| Stall speed | 13 m/s (47 Km/h) |
| Maximum flight time* | 1 hour 50 minutes |
| Range through air* | 100 km |
| Flight Characteristics with Auxiliary LiPo: | |
| Payload capacity | 400 g |
| Maximum flight time* | 2 hour 45 minutes |
| Range through air* | 150 km |
| Power | |
| Battery type | LiPo |
| Battery cells | 4s |
| Battery capacity | 23Ah |
| Tolerances | |
| Maximum takeoff/landing wind** | 9 m/s (33 Km/h) |
| Maximum wind in cruise flight ** | 14 m/s (50Km/h) |
| Maximum precipitation | Drizzle |
| Operating temperature | Between -20 and +45 Celsius |
| Maximum altitude | 13.000ft (4000m) |
All flight characteristics are based on optimized settings at sea level
* These values assume 90% battery usage, low wind conditions and include a low altitude vertical takeoff and landing at sea level. For countries that did not sign the Wassenaar Agreement, a separate export permit is required or the models are locked to 59 minutes.
** These values are based on measurements at flight altitude.
This comes included with the DeltaQuad Pro #CARGO platform:
✔ A license for the DeltaQuad e-Course
✔ 1 year warranty program
✔ Lifetime software upgrades
Price starting at €9.999
Payload Drop Mechanism
Allows payloads to be dropped during flight. Payloads can be dropped during fixed wing flight for maximum efficience, or during hover mode for precision drops.
€ 899
Ground control
The DeltaQuad Pro #MAP is available with the following ground control systems
DeltaQuad Controller
✔ Up to 30KM (50KM with booster package) via radio & unlimited range via LTE HD-Video & Control
✔ Instant switching between Radio and LTE communications
✔ Live dual camera switching (FPV nose camera and mapping camera)
✔ IP67 all weather operation
✔ Touch-screen mission planning and flight control
✔ Simple joystick control in both fixed-wing and hover flight
✔ Encrypted 2.4Ghz ISM band, worldwide license-free operation
✔ CE & FCC certified
✔ Video and/or Command & Control sharing on remote devices via WiFi or LTE
For more information please see The DeltaQuad Controller
€ 3.499
| DeltaQuad Controller ground unit | |
| Processor | Pinecone S1 |
| Working frequency | 2400-2483 Mhz |
| Transmission power | 23DB (FCC) / 20DB (CE |
| Bandwidth | 20Mhz |
| Frequency hopping | FHSS |
| Operating voltage | 4.2V |
| Battery capacity | 20.000mah |
| Operating time on a full charge | 6 Hours |
| Screen size | 7 inch LCD 1920*1200 |
| Screen brightness | 2000nit |
| Working temperature | Between -15C and +50C |
| Maximum humidity | 85% |
| Weight | 1034 gram |
| Dimensions | 272*183*94 mm |
| DeltaQuad Controller air unit | |
| Processor | Pinecone S1 |
| Working frequency | 2400-2483 Mhz |
| Transmission power | 23DB (FCC) / 20DB (CE |
| Bandwidth | 20Mhz |
| Frequency hopping | FHSS |
| Operating voltage | 8-48V |
| Power consumption | 2.4Watt |
| Working temperature | Between -10C and +60C |
| Weight | 90 gram |
| Dimensions | 76*59*11 mm |
| SBUS output | 16 channel |
Booster Package
The DeltaQuad booster package will increase the operational range of the DeltaQuad Controller up to 50KM. The package consists of an easy to remove panel antenna, an 8 Watt ground booster with powerbank, and a 3 Watt booster inside the UAV. The DeltaQuad Controller will also include the standard antennas for omnidirectional use up to 30KM
€ 1999
| DeltaQuad Controller booster package GROUND side A permit might be required to operate this system |
|
| Antenna | 10dBi dual vertical directional panel |
| Battery pack | 12v 6000mah power bank |
| Amplifier | EDUP AB003 |
| Amplifier power | 8 Watt |
| Amplifier frequency | 2400-2500Mhz |
| Amplifier receive gain | 11dB typical |
| Amplifier transmit gain | 17dB typical |
| Switch time delay | >1us |
| Size | 103*77*21 mm |
| Weight | 511g |
| DeltaQuad Controller booster package AIR side A permit might be required to operate this system |
|
| Amplifier | Sunhans SH-RC24G3W |
| Amplifier power | 3 Watt |
| Amplifier frequency | 2400-2500Mhz |
| Amplifier receive gain | 10dB typical |
| Amplifier transmit gain | 15dB typical |
| Switch time delay | >1us |
| Size | 73*40*10 mm |
| Weight | 46g |
Secondary Control Station with Camera Control Joystick
This touch screen Thinkpad laptop combined with the Camera Control Joystick is fully configured to connect to the DeltaQuad Controller using either a local WiFi network (hotspot), or over the VPN network for unlimited range camera control. This system can be integrated into a remote command center.
€ 2.289
Auxiliary LiPo module
The Auxiliary LiPo module allows for an additional battery that extends the endurance by 50% allowing up to 150KM autonomy and 165 minutes flight time.
Compatible only with Surveillance package 1, the kit includes 1 battery.
€399
DeltaQuad 23Ah high quality battery
The DeltaQuad 4S 23Ah Li-Po battery, produced by our partner MaxAmps is one of the highest quality batteries on the market.
€499
DeltaQuad Rugged Flight Case
This rugged flight case is perfectly designed to safely transport your DeltaQuad UAV.
€899
Technical specifications for the DeltaQuad Pro #CARGO
To get a detailed overview of specifications for your selection, please request a quotation.
| Dimensions: | |
| Wingspan | 235 cm |
| Length | 90 cm |
| Wing area | 90 sq. dm. |
| Standard box dimensions | 118 x 49 x 40 cm |
| Flightcase dimensions | 122 x 45 x 51 cm |
| Payload bay | 20 x 12 x 8 cm |
| Weight and Payload: | |
| Empty weight | 3.3 Kg |
| Empty weight including battery | 5 Kg |
| Maximum takeoff weight | 6.2 Kg |
| Payload capacity | 1.2 Kg |
| Flight Characteristics without payload | |
| Cruise speed | 18 m/s (65 Km/h) |
| Maximum speed | 28 m/s (100 Km/h) |
| Stall speed | 12 m/s (43 Km/h) |
| Maximum flight time* | Unlocked: 120 minutes Locked: 59 minutes |
| Range through air* | Unlocked: 120 km Locked: 100 km |
| Flight Characteristics at 1KG payload: | |
| Cruise speed | 16 m/s (60 Km/h) |
| Maximum speed | 25 m/s (90 Km/h) |
| Stall speed | 13 m/s (47 Km/h) |
| Maximum flight time* | Unlocked: 110 minutes Locked: 59 minutes |
| Range through air* | Unlocked: 100 km Locked: 90 km |
| Flight Characteristics with Auxiliary LiPo: | |
| Payload capacity | 400 g |
| Maximum flight time* | Unlocked: 160 minutes Locked: 59 minutes |
| Range through air* | Unlocked: 150 km Locked: 100km |
| Power | |
| Battery type | LiPo |
| Battery cells | 4s |
| Battery capacity | 23Ah |
| Tolerances | |
| Maximum takeoff/landing wind** | 9 m/s (33 Km/h) |
| Maximum wind in cruise flight ** | 14 m/s (50 Km/h) |
| Maximum precipitation | Drizzle |
| Operating temperature | Between -20 and +45 Celsius |
| Maximum altitude | 13.000ft (4000m) |
All flight characteristics are based on optimized settings at sea level
* These values assume 90% battery usage, low wind conditions and include a low altitude vertical takeoff and landing at sea level. For countries that did not sign the Wassenaar Agreement, a separate export permit is required or the models are locked to 59 minutes.
** These values are based on measurements at flight altitude, levels measured at ground level are usually 20% lower.
| Payload Drop Mechanism | |
| Maximum payload capacity | 1Kg |
| Maximum recommended payload dimensions | 15 x 10 x 9 CM |
| Payload shape restrictions | Aerodynamic wind displacement |
| Standard payload shape | Bottle |
| Dispensable payload clip | STL design available on request |
| DeltaQuad Controller ground unit | |
| Processor | Pinecone S1 |
| Working frequency | 2400-2483 Mhz |
| Transmission power | 23DB (FCC) / 20DB (CE) |
| Bandwidth | 20Mhz |
| Frequency hopping | FHSS |
| Operating voltage | 4.2V |
| Battery capacity | 20.000mah |
| Operating time on a full charge | 6 Hours |
| Screen size | 7 inch LCD 1920*1200 |
| Screen brightness | 2000nit |
| Working temperature | Between -15C and +50C |
| Maximum humidity | 85% |
| Weight | 1034 gram |
| Dimensions | 272*183*94 mm |
| DeltaQuad Controller air unit | |
| Processor | Pinecone S1 |
| Working frequency | 2400-2483 Mhz |
| Transmission power | 23DB (FCC) / 20DB (CE |
| Bandwidth | 20Mhz |
| Frequency hopping | FHSS |
| Operating voltage | 8-48V |
| Power consumption | 2.4Watt |
| Working temperature | Between -10C and +60C |
| Weight | 90 gram |
| Dimensions | 76*59*11 mm |
| SBUS output | 16 channel |
| DeltaQuad Controller booster package GROUND side A permit might be required to operate this system |
|
| Antenna | 10dBi dual vertical directional panel |
| Battery pack | 12v 6000mah power bank |
| Amplifier | EDUP AB003 |
| Amplifier power | 8 Watt |
| Amplifier frequency | 2400-2500Mhz |
| Amplifier receive gain | 11dB typical |
| Amplifier transmit gain | 17dB typical |
| Switch time delay | >1us |
| Size | 103*77*21 mm |
| Weight | 511g |
| DeltaQuad Controller booster package AIR side A permit might be required to operate this system |
|
| Amplifier | Sunhans SH-RC24G3W |
| Amplifier power | 3 Watt |
| Amplifier frequency | 2400-2500Mhz |
| Amplifier receive gain | 10dB typical |
| Amplifier transmit gain | 15dB typical |
| Switch time delay | >1us |
| Size | 73*40*10 mm |
| Weight | 46g |
Documentation for the DeltaQuad Pro #VIEW
| File type | File size | Document |
|---|---|---|
| HTML/PDF | DeltaQuad Operation Manual | |
| HTML/PDF | DeltaQuad Specifications |
Advanced safety features ensure a secure flight
Automated pre-flight checks
The DeltaQuad automatically performs pre-flight checks. Depending on the workflow settings it will prevent take-off if certain conditions fail.
Redundant flight system
A redundant flight system allows for automatic fallback recovery in the event of a failure in the fixed-wing or hover flight system.
Mission Validator
Using the Mission Validator you can be assured the mission is safe to fly based on the checks performed.
Continuous in-flight monitoring
The UAV monitors itself during flight. If it is incapable of maintaining safe fixed-wing flight it will abort the mission and revert back to rotor flight.
ADS-B
The ADS-B add-on can detect and avoid most manned aviation. This is often required for certified operation and improves overall safetyADS-B
Get in touch
We are here to answer any questions you have regarding the DeltaQuad. Please reach out if you would like to explore your project together or if you need some expert advice.
Case studies
Learn how the DeltaQuad Pro is being used by organizations.
DeltaQuad PRO makes 3D model of UNESCO World Heritage Site Uruk
The DeltaQuad was involved with an archaeological project where the mission was to present a large-scale and detailed 3D model of the ancient city of Uruk – a famous archaeological site and since 2016 recognized as a World Heritage Site by UNESCO.
Aviant performs longest ever drone flight in Norway with the DeltaQuad Pro
Last week the DeltaQuad Pro set records in Norway, as Aviant – a start-up that operates drones for medical transportation – succeeded in transporting blood samples between two Norwegian hospitals that are over 120KM apart
UN chooses DeltaQuad Pro platforms to perform safety missions in Central African Republic
We are proud to present that the United Nations chose the DeltaQuad Pro to perform safety missions in the Central African Republic. This is an important milestone for Vertical Technologies as it confirms that our VTOL UAV’s…
Skyqraft performs BVLOS powerline inspection over a city using VTOL UAVs
Skyqraft, a data-driven infrastructure inspection company from Sweden, was granted BVLOS operation permission for the Vertical Technologies DeltaQuad VTOL UAV, to inspect a large portion of the Swedish power grid. Flying fully autonomous from takeoff to landing…
Product updates of the DeltaQuad Pro