UAV Systems | VECTIS R Relay M2

VECTIS R Relay M2 – octocopter for increased relay payload margin

Coaxial octocopter platform for tactical relay, radio, datalink and network tasks with increased payload margin.

VECTIS R Relay M2 is designed as a tactical relay UAV for mission profiles where communication hardware, radio modules, antennas, datalink components and project-specific system equipment require more payload margin than a standard VECTIS relay configuration.

The platform is based on the VECTIS / Kite 75 system architecture and uses four arms with an upper and lower motor on each arm. The coaxial layout provides additional propulsion and payload reserves for relay configurations with MANET/mesh radio, IP-based system integration and mission-specific communication hardware.

The primary focus is the relay and datalink function. Optionally, a compact detachable EO/IR situational-awareness camera with quick release can be added, for example for local area awareness or visual support during system positioning, while the platform remains primarily configured for heavy relay payloads.

Tether operation can be engineered on a project-specific basis. Due to the lower propellers and the different landing gear and landing geometry, VECTIS R Relay M2 is not treated as a standard configuration for the existing TELEVATOR / landering architecture.

Relay Configuration | Radio, Datalink & IP Network

Relay hardware, datalink and network function

VECTIS R Relay M2 is intended for tactical communication and datalink applications where radio modules, antennas, network components, mission computer and power architecture must be combined into an airborne relay platform.

The coaxial octocopter configuration provides payload and integration margin for more demanding relay setups. This allows multiple antennas, IP-capable radio systems, buffer battery, cabling, mounts and project-specific system integration to be evaluated together.

Relay and radio payloads

Depending on project requirements, VECTIS R Relay M2 can be configured for MANET/mesh datalinks, tactical IP radio networks, video and telemetry transmission, range extension or elevated communication nodes. The specific radio and datalink hardware depends on frequency range, operating range, encryption, antenna geometry and integration into existing C2 or network structures.

IP-based system architecture

The relay configuration can be integrated into an IP-based system architecture. This allows video, telemetry, control data, network connectivity and mission-specific data streams to be routed through suitable datalinks and ground systems.

Optional situational-awareness camera

Optionally, a compact detachable EO/IR situational-awareness camera with quick release can be added. This camera is not intended as the primary recon payload, but for situational and system monitoring or supplementary observation during relay operation.

Technical classification | VECTIS R

Architecture and configuration-dependent specifications

VECTIS R uses four arms with eight coaxial propulsion units. The Recon variant prioritises EO/IR sensors; the Relay variant prioritises communications payloads. Additional sensor, communications and mission modules are integrated within available system margins. Dimensions, empty mass, MTOW, propellers, payload and endurance are defined for the specific configuration; details on request.

Tether operation for Relay configurations

Tether operation is engineered as a complete system comprising the ground station, cable, vehicle module, buffer power, UAV and payload. Usable altitude, onboard power and payload must be defined together, including wind and operating margins. The standard TELEVATOR landing ring is not compatible with VECTIS R. Configuration and performance data on request.