Silent watch
ISR and command vehicles
Extended engine-off operation for intelligence, surveillance, reconnaissance and command payloads.
Defence Applications
Mission energy applications for defence platforms
Mission energy for communications, surveillance, forward operating bases, silent-watch systems, tactical logistics, auxiliary power and vehicle platform modernisation.
Route proof
NATO 6T
Standard envelope
NATO 6T
Tactical vehicles
Wheeled
IFV and CRV platform classes
Tracked
Protected mobility classes
NATO 6T
Standard envelope
NATO 6T
Tactical vehicles
Wheeled
IFV and CRV platform classes
Tracked
Protected mobility classes
Capability architecture
Mission power, cybersecure telemetry and field diagnostics for operational readiness.
Mobility
Convoy readiness
Lower battery mass, mission-system energy storage and supportable fleet readiness for tactical mobility and logistics vehicles.
Forward operations
Remote power resilience
Deployable and distributed energy storage for field communications, sensor trailers, outposts and expeditionary operations.
Applications
Mission outcomes, not product categories.
Use cases are framed by what defence teams need to keep powered: silent-watch systems, ISR loads, autonomous platforms, command nodes and modernised vehicles.
01
Silent Watch
Mission problem
Crews need sensors, radios and command systems running without avoidable engine noise.
Why onboard energy matters
Onboard energy reduces acoustic signature, heat signature, fuel burn and service load.
How super6T/e helps
super6T/e supplies LFP NATO 6T energy storage for engine-off mission electronics.
02
ISR and Auxiliary Loads
Mission problem
Surveillance payloads, radios and mission computers are increasing vehicle electrical demand.
Why onboard energy matters
The auxiliary layer must sustain electronics without treating the battery as a cranking product.
How super6T/e helps
super6T/e supports auxiliary power and ISR loads with CAN telemetry from superBMS.
03
Autonomous Platforms
Mission problem
Robotic and uncrewed systems need compact, inspectable and supportable onboard energy.
Why onboard energy matters
Energy storage affects payload endurance, field servicing and fleet readiness.
How super6T/e helps
super6T/e gives integrators a NATO 6T LFP pathway with superBMS telemetry and diagnostics.
04
Tactical Command and Expeditionary Power
Mission problem
Command nodes and field teams need resilient power away from fixed infrastructure.
Why onboard energy matters
Distributed onboard energy reduces generator dependence and supports field communications.
How super6T/e helps
super6T/e and superSentinel support deployable energy review and field diagnostics.
05
Vehicle Modernisation
Mission problem
Modernised military vehicles carry heavier electrical loads than legacy fleets were designed for.
Why onboard energy matters
Platform-fit review must consider duty cycle, battery count, telemetry and sustainment.
How super6T/e helps
super6T/e is designed for NATO 6T applications and mission-system energy storage.
Markets
Three buyer contexts, one disciplined energy-system story.
Market experiences are kept as anchored sections on the existing applications route for this milestone. Each section keeps super6T/e positioned as auxiliary, silent-watch, mission-power or deep-cycle energy, never as a vehicle-start product.
Defence
Auxiliary, silent-watch and mission power for platforms, fixed sites and dismounted teams.
Platforms
Vehicle and robotic platform teams can review super6T/e for engine-off electronics, ISR payloads and mission-system energy.
Fixed sites
Forward posts, sensor nodes and command sites can use quiet stored energy to reduce generator dependence during operations.
Dismounted teams
Portable and support-team contexts can frame power needs through runtime, recharge and evidence requirements.
Security and Emergency Response
Safe, quiet power for surveillance, communications, forward posts, disaster response and policing applications.
Surveillance and communications
Quiet stored energy supports cameras, radios, repeaters and temporary command posts without unnecessary acoustic signature.
Disaster response
Field teams can plan communications and post power where generator runtime, fuel movement and noise need careful control.
Policing and border support
Forward observation and temporary control points can use auxiliary energy for electronics and local command equipment.
Mining and Industry
Auxiliary and deep-cycle energy for harsh industrial support, not a vehicle-start offer.
Auxiliary power
Support communications, monitoring, lighting and vehicle electronics where deep-cycle energy is the priority.
Remote sites
Use stored energy planning to reduce avoidable generator runtime and support remote equipment inspection.
Fleet support
Treat super6T/e as an auxiliary and deep-cycle pack for fit review, not as a starter or engine-start product.
Product fit
NATO 6T energy with cybersecure telemetry.
Australian NATO 6T pathways engineered around super6T/e energy storage and cybersecure superBMS intelligence for source-backed defence integration review.
24 kg
super6T/e system weight
41 kg
Approximate saving vs 65 kg lead-acid
3,000
Cycles to 80% capacity at full DoD
3,650+
Cycles at 80% DoD pack target
Additional application examples
Additional contexts for engineering review once the primary mission outcome is clear.
Communications systems
Power critical communication networks for command and control operations with the super6T/e energy system.
- - Engine-off support pathway
- - CAN bus telemetry
- - Active balancing under superBMS control
Surveillance & radar
Lightweight, high-performance power for mobile surveillance equipment and radar installations.
- - Energy-optimised NATO 6T LFP pathway
- - Enhanced mobility
- - Request validated runtime model
Satellite ground stations
Ensure continuous operation of critical satellite communication links with cybersecure power management.
- - BMS data logs
- - Cybersecure operation
- - Engineering review pathway
Forward operating bases
Comprehensive energy solutions powering temporary and permanent military installations.
- - Reduced generator runtime review
- - Lower service burden
- - Scalable deployment
Platform fit references
NATO 6T architecture appears across these platform classes; each programme still needs a fit and evidence review.
M1 Abrams
6-12 batteries6,100 fleet
Main Battle Tank
Stryker
4 batteries3,300 fleet
A1 upgrade programme
JLTV
1 batteries10,000+ fleet
Full rate production
Redback IFV
4 batteries129 contracted fleet
LAND 400 Phase 3
Boxer CRV
4 batteries211 contracted fleet
LAND 400 Phase 2
Bushmaster
2 batteries1,300+ fleet
Multi-nation export
Why choose Australian defence energy systems over international alternatives?
Australian defence energy systems reduce foreign dependency risk and support sovereign supply-chain security, local technical support and procurement review.
What defence applications are super6T batteries suitable for?
super6T batteries power communications systems, surveillance equipment, radar installations, forward operating bases and satellite ground stations.
How does cybersecurity in superBMS protect defence operations?
superBMS combines secure boot, protected control logic, CAN telemetry, event logging and Australian-developed software for inspectable battery control.
How many NATO 6T batteries does an M1 Abrams use?
The M1 Abrams main battle tank uses 6-12 NATO 6T batteries depending on variant and configuration.
Can super6T replace lead-acid in HMMWV fleets?
super6T/e uses the NATO 6T envelope, but every vehicle class should move through a platform-fit review before release.
Move from mission to fit review.
Share the platform, duty cycle and mission loads before requesting controlled documents.
Procurement Readiness Signals
Evidence procurement teams can use in first-pass review.
See all 12 applications
NATO 6T platform compatible
Silent watch and ISR
explore related information
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Products
Product System
Review super6T/e, superBMS and superSentinel roles
Technology
Technology Deep Dive
Cybersecurity and superBMS™ technology details
Market
Market Context
Defence procurement trends and market opportunities
Assessment
Assess Requirements
Prepare a mission-energy fit summary before contacting ERD
Procurement Confidence
Built for platform integration, sovereign assurance and operational readiness.
Supports NATO 6T vehicle energy-storage classes
Cybersecure BMS for operational telemetry
Sovereign Australian supply for allied programmes
Designed for harsh defence environments