SCR URRU–TEN / MISSION SYSTEM

Mobile Tactical Edge Node

Intelligence at the tactical edge.

A mission-system configuration built on the SCR URRU platform—bringing ISR, sensor fusion, UAV integration, communications and C-UAS sensing directly to the point of action.

MISSION-SYSTEM CONFIGURATION IN DEVELOPMENT

01 / FROM MOBILITY TO MISSION

From tactical mobility to a mobile mission node.

SCR URRU provides the mobility layer.
URRU–TEN adds the mission layer.

The platform carries, deploys, powers, connects and operates distributed mission systems where they are needed—moving beyond transport to become a mobile operational node.


01

MOBILITY

SCR URRU tactical mobility platform

02

POWER

Energy supply for integrated systems

03

DATA

Collection and transfer of mission data

04

INTEGRATION

Mechanical, electrical and digital interfaces

Together, these elements create a mobile tactical edge node capable of adapting to different mission requirements and payload configurations.

02 / POINT OF ACTION

A Mobile Mission Node at the Point of Action

Move with the operator as operational requirements change. Deploy sensing, communications and mission capabilities exactly where they are required.


01

Move

Reach the mission area.

02

Deploy

Position sensors or unmanned systems.

03

Connect

Establish communications and data links.

04

Sense

Collect information from multiple sources.

05

Fuse

Process and combine data at the edge.

06

Decide

Support assessment and decision-making.

07

Relocate

Move and redeploy as the situation evolves.

Together, these elements create a mobile tactical edge node capable of adapting to different mission requirements and payload configurations.

03 / HUMAN-IN-THE-LOOP

Human-in-the-Loop by Design

The operator remains central to the mission.

Autonomy and AI-assisted functions augment human decision-making and operational awareness rather than replace the operator.


Role 01

MOBILITY OPERATOR

Controls movement, routes and terrain response.

Role 02

MISSION OPERATOR

Deploys sensors, UAVs and communications.

Role 03

DECISION MAKER

Interprets the picture and determines next action.

04 / MISSION SYSTEM ARCHITECTURE

One platform. Multiple mission systems.

A flexible integration platform for sensing, unmanned systems, communications and edge computing.


COMMON INTERFACE

POWER
＋ DATA
＋ MECHANICAL

01

ISR

EO/IR · Thermal · Optical

02

UAV

Transport · Control · Recovery

03

SENSING

RF · Acoustic · LiDAR

04

COMMUNICATIONS

Mesh · Tactical radio · LTE/5G

05

EDGE COMPUTING

Fusion · Mapping · AI detection

06

C-UAS

Detection · Tracking · Awareness

05 / ISR & SENSOR FUSION

See more. Connect more. Understand more.

EO/IR

Thermal

360° CAMERAS

Lidar

Acoustic

RF sensing

01

SENSOR LAYER

02

EDGE PROCESSING

03

SENSOR FUSION

05

SITUATIONAL AWARENESS

06

OPERATOR DECISION

06 / MOBILE UAV NODE

Bring the UAV capability with the mission

Transport, deploy, control and recover unmanned aerial assets as part of a wider mission architecture.

CARRY → DEPLOY → CONTROL → OBSERVE → RECOVER → REDEPLOY

07 / DISTRIBUTED SENSOR NODE

A mobile platform for distributed sensing

Establish temporary sensing and communication nodes, then reposition them as the mission develops.

ARRIVE → DEPLOY → CONNECT → MONITOR → RELOCATE

08 / C-UAS SENSING & SUPPORT

Detect. Track. Fuse. Inform.

A mobile sensing, processing and communications node supporting wider counter-UAS architectures—focused on detection, tracking and contextualization.


09 / MISSION CONFIGURATIONS

Three illustrative mission configurations


Payload selection and partner technologies adapt the shared URRU–TEN foundation to specific operational requirements.

01 - CONFIGURATION

Tactical ISR

Mobile sensing and situational awareness

EO/IR

THERMAL

EDGE COMPUTING

COMMUNICATIONS

MAPPING

02 - CONFIGURATION

Mobile UAV Node

A deployable mobile base for unmanned operations

UAV

CONTROL

COMMUNICATIONS

POWER

RECOVERY / CHARGING

03 - CONFIGURATION

Distributed Sensor Node

Deployable sensing for temporary operational networks

MULTIPLE SENSORS

COMMUNICATIONS

EDGE PROCESSING

ILLUSTRATIVE CONFIGURATIONS. MISSION PAYLOADS AND SYSTEM INTEGRATION ARE SUBJECT TO DEVELOPMENT, OPERATIONAL REQUIREMENTS AND PARTNER CAPABILITIES.

10 / PARTNER INTEGRATION

Designed for Mission-System Integration

Built as a flexible foundation for defence and security technology partners integrating sensors, UAV systems, communications equipment, RF systems, edge computing and mission software.

01

MOBILITY

02

DATA

03

MECHANICAL INTEGRATION

04

OPERATOR INTERFACE