Paramount V-Raven

History

The Paramount V-Raven is a vertical take-off and landing unmanned aerial vehicle developed in South Africa for intelligence, surveillance and reconnaissance missions, with a light-attack configuration also planned. Paramount publicly launched the aircraft at the AAD 2026 defence exhibition in September 2026.

The V-Raven evolved from the earlier N-Raven programme. Development moved away from the original catapult-launched concept toward a recoverable VTOL aircraft family intended to operate from dispersed locations without runways, catapults or fixed launch infrastructure.

The aircraft is offered with petrol or electric propulsion. The petrol-powered configuration emphasizes endurance and range, while the electric configuration provides shorter-duration operation using the same basic VTOL concept.

Development

The V-Raven was revealed during AAD 2026 at Air Force Base Waterkloof, where Paramount presented it as a system intended for operations across large areas, remote terrain and dispersed operating locations. The change from the N-Raven programme also reflected a shift toward a reusable VTOL platform rather than a system dependent on catapult launch infrastructure.

The ISR configuration was presented with an electro-optical/infrared sensor. A separate light-attack configuration is planned to integrate unspecified precision-guided glide munitions. The available information does not identify the weapons or state that the armed configuration has entered service.

Design

Airframe and VTOL operation

The V-Raven has a wingspan of 3.6 m and a fuselage length of 2.1 m. Maximum take-off weight is 65 kg. Its VTOL arrangement allows deployment and recovery without a conventional runway, launch catapult or fixed recovery infrastructure.

This configuration is intended to permit operations from dispersed and difficult locations. The source material does not specify the exact lift-propulsion arrangement or provide details of the airframe materials, landing system or flight-control architecture.

Sensors and mission equipment

The ISR version carries an electro-optical/infrared sensor for surveillance and reconnaissance. The planned light-attack version is intended to carry precision-guided glide munitions, although the type, number and weight of these weapons have not been disclosed.

Propulsion and endurance

The petrol-powered V-Raven has a stated endurance of up to eight hours, a range of up to 1,200 km and a cruise speed of approximately 140 km/h. Its stated communications range with the ground station is up to 150 km.

An electric configuration is also available. It has a stated endurance of up to two hours and a range of up to 250 km.

Program status

The V-Raven was publicly launched in September 2026. The ISR configuration had been presented with its EO/IR mission system, while the light-attack configuration remained planned. The available information does not identify operational users, production quantities or an entry-into-service date.

Variants

• V-Raven ISR: VTOL intelligence, surveillance and reconnaissance configuration equipped with an electro-optical/infrared sensor.
• V-Raven light-attack configuration: Planned armed version intended to integrate unspecified precision-guided glide munitions.
• Petrol-powered V-Raven: Configuration with stated endurance of up to eight hours and range of up to 1,200 km.
• Electric V-Raven: Configuration with stated endurance of up to two hours and range of up to 250 km.

Specifications (V-Raven)

General characteristics

• Length: 2.1 m
• Wingspan: 3.6 m
• Maximum take-off weight: 65 kg
• Take-off and landing: Vertical take-off and landing

Performance — petrol-powered configuration

• Cruise speed: approximately 140 km/h
• Endurance: up to 8 hours
• Range: up to 1,200 km
• Ground-station communications range: up to 150 km

Performance — electric configuration

• Endurance: up to 2 hours
• Range: up to 250 km

Mission equipment

• ISR sensor: electro-optical/infrared system
• Planned armament: unspecified precision-guided glide munitions for the proposed light-attack configuration