Product
GULL ONE E
All-electric VTOL system for ISR and reconnaissance.
Quiet, mobile and quick to deploy. Built for demanding missions in real operating conditions.
3.2 m
Wingspan
-
up to 3 kg
Payload
-
up to 1 h
Endurance
-
3,000 m
Service ceiling
-
Electric
Propulsion
35 kg
Max. take-off weight
Overview
GULL ONE E is an electrically powered VTOL UAS for reconnaissance and surveillance missions. It offers vertical take-off and landing, quiet operation and a payload of up to 3 kg.
- Take-off & landing
- VTOL
- Propulsion
- Electric
- Wingspan
- 3.2 m
- MTOW
- 35 kg
- Payload
- up to 3 kg
- Data link
- Networked & encrypted
Role in the integrated system
GULL ONE E is fully integrated into the INFINTEQ software and control architecture and works seamlessly with the other systems.
GULL ONE E
(UAS)
BKS HV
incl. container
Antenna mast system
(trailer)
BKS MV
INFINTEQ software & control architecture
Unified. Secure. Interoperable.
The shared software foundation connects GULL ONE E with every other component and enables interoperability across the system.
Applications
AI generated– AI-generated image
ISR from the air
Continuous observation by day and night.
AI generated– AI-generated image
Critical infrastructure protection
Surveillance and inspection of sensitive facilities and terrain.
AI generated– AI-generated image
Maritime security
Maritime surveillance and support for operations at sea.
AI generated– AI-generated image
Border surveillance
Persistent observation of large areas.
Example configurations
Example configuration 01
Stationary & persistent
- One or more GULL ONE E
- BKS HV including container
- Trailer-mounted antenna mast system
Example configuration 02
Mobile & flexible
- One or more GULL ONE E
- BKS MV
- Compatible mobile antenna solution
Example configuration 03
Portable & compact
- One or more GULL ONE E
- Mobile case solution
- Portable antenna and communications solution
* The configurations shown are examples. Systems and components are configured on a project-specific basis to meet technical and operational requirements.