Energy where it is needed
Battery storage, deployable solar generation and field mobility.
Atlas / Mobile infrastructure
Meet Atlas
In development
Atlas combines energy storage, deployable solar generation and a purpose-built mobile chassis in a compact system designed for difficult terrain and disrupted environments.
The current power concept
Mobile energy built as one system
Multiple Atlas units could operate together to support a larger site or be distributed across separate locations, allowing deployable renewable power capacity to scale with the mission.
Unlike infrastructure modules transported separately from their mobility system, each Atlas module is intended to remain permanently paired with its own chassis.
- Approximately 8–10 kWh of battery storage per module
- Integrated unfolding solar generation
- A permanently paired mobile chassis
- Wide, low-pressure tyres for rough tracks and uneven terrain
- Remote operation with progressively developed navigation assistance
- A target footprint of approximately one metre by one metre
- Modular deployment, allowing capacity to scale with the mission
Engineering targets: These figures and capabilities are development targets and may change during engineering and field testing.
Operational sequence
How it works
A straightforward deployment concept designed to extend existing logistics rather than replace them.
- TransportMove Atlas units as close as conventional vehicles can reach.
- UnloadMove individual units toward the deployment site.
- PositionGroup units together or distribute them between operational nodes.
- ActivateBegin power delivery and deploy the integrated solar arrays.
- AdaptReposition or expand the system as operational requirements change.
Future capabilities
A platform for mobile infrastructure
Power is the first Atlas capability. The longer-term platform is intended to support communications, environmental sensing and other field infrastructure without creating a separate mobility system for every application.
Connect the local site
Local Wi-Fi and low-power mesh connectivity, with the ability to connect through a shared external uplink where available.
Extend the platform
Environmental sensing, improved autonomous navigation and additional mission-specific infrastructure.