Modern sensors have changed the battlefield, protection needs to keep up.
Arcus develops multispectral signature-management capability designed around real operational environments, helping reduce detection across modern threat systems without compromising mobility or operational effectiveness.
Speak to our team
Modern sensors have changed the battlefield, protection needs to keep up.
Arcus develops multispectral signature-management capability designed around real operational environments, helping reduce detection across modern threat systems without compromising mobility or operational effectiveness.
Speak to our team

Reducing detection across today’s threat environment

Reducing visual signature alone is no longer enough.

Modern detection systems operate across multiple spectrums and sensing technologies, creating new survivability challenges for personnel, vehicles and operational positions.

Arcus develops signature-management capability designed to help reduce detection risk across visible, thermal and near-infrared bands while remaining practical to deploy and use in the field.

Every requirement starts with the operational problem. Different environments create different challenges. What works in woodland may not work in urban terrain, desert or snow. That is why we begin with the operating environment, the mission and the user before defining the most practical route to capability.

The objective is not to claim invisibility.

It is to make personnel, vehicles and positions harder to detect, identify and target within the realities of the operational environment.

Capability in Development

Wearable Signature Management 

Lightweight systems designed to help reduce visual, thermal and near-infrared signature without restricting movement or operational effectiveness.

Including:
- Wearable concealment systems
- Rapid over-garments
- Stowable protection layers
- Silhouette disruption systems
- Lightweight adaptable concealment solutions

Rapid Shelter Systems 

Operational survivability increasingly depends on speed. Legacy shelter and concealment systems can take significant time to deploy, recover or adapt. That increases exposure and reduces mobility. Arcus is developing rapid shelter concepts for observation posts, temporary positions and vehicle concealment. 

Current areas include: 
• Rapid-inflate observation-post shelters 
• Lightweight deployable concealment systems 
• Vehicle signature management shelters 
• Hybrid deployment systems 
• Multi-chamber inflatable structures for resilience 

The objective is to reduce deployment burden while maintaining practical survivability value across relevant threat bands.

Why Arcus?

Operational First

Every solution is developed around how operators actually move, deploy and operate in the field.

Requirement Led

We develop capability around the problem rather than forcing users towards fixed catalogue products.

Realistic Development

We prioritise real-world testing, user feedback and practical operational performance over controlled demonstrations alone.

Vehicle Signature Management

Vehicles remain vulnerable to detection across visible, thermal and near-infrared systems. 

Arcus is developing vehicle-focused signature management capability designed around rapid deployment, platform adaptability and operational use. 

Development work includes deployable vehicle shelter systems and adaptable concealment configurations for different platforms and environments. 

Key priorities include: 
• Fast deployment and recovery 
• Reduced setup burden 
• Platform adaptability 
• Mobility retention 
Field usability 

Capability development is aligned to clear readiness levels, user feedback and iterative testing.

Environment-Specific Material Systems 

Signature management is not only about colour or pattern. 

Material behaviour changes across thermal and infrared bands depending on weather, terrain, movement, use and environment. Arcus works with specialist material manufacturers and supply-chain partners to develop and source material systems suited to specific operational requirements. 

This includes: 
• Environment-specific material combinations 
• Thermal behaviour optimisation 
• Visual and infrared pattern management 
• Adaptive deployment methods 
• Integration with shelter and garment systems 

No single material solves every problem. The right answer depends on the environment, platform, user and threat profile. 

OUR CAPABILITIES

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