Transition
Lead-acid replacement cycle
Weight, cycle life, auxiliary loads and mission electronics are pushing fleets toward modern lithium NATO 6T energy storage.
Market Context
Why military vehicles need more onboard energy
Silent watch, ISR, autonomy, EW, active protection and auxiliary loads are turning batteries into intelligent platform nodes.
Route proof
Allied
Procurement review
NATO
Common platform base
AU
Sovereign source
LFP
Transition chemistry
Allied
Procurement review
NATO
Common platform base
AU
Sovereign source
LFP
Transition chemistry
Capability architecture
Mission power, cybersecure telemetry and field diagnostics for operational readiness.
Procurement
Sovereignty matters
Defence procurement teams increasingly evaluate supply assurance, cyber posture and aligned-nation production.
Opportunity
Platform modernisation
Vehicle upgrades, electronics growth and silent-watch needs create recurring defence energy storage demand.
Market Context
Military platforms are becoming energy systems
Silent watch, ISR, EW, active protection, autonomy and auxiliary loads are increasing onboard energy demand while sovereign supply becomes a procurement issue.
Datasheet status
Order now
super6T/e availability
System weight
24 kg
about 41 kg lighter than 65 kg lead-acid
Qualification
Designed to
MIL-PRF-32565C; DEVCOM Phase 1 complete
Evidence release
Contact
Request current market evidence
Evidence timeline
Public market context should stay tied to facts buyers can validate through current product evidence.
Document REV 2026.08 | Issue 2 DRAFT
Document REV 2026.08 | Issue 2 DRAFT
super6T/e NATO 6T LFP datasheet documented
25.6 V, 100 Ah at 1C discharge, 25 C, 2,560 Wh, 24 kg and superBMS telemetry documented for super6T/e.
anticipated September 2026
UN 38.3
UN 38.3 target
Datasheet states UN 38.3 anticipated September 2026; programme teams should request the current controlled evidence pack before operational use.
Current
Qualification status
MIL-PRF-32565C: designed to; DEVCOM Phase 1 complete. Shipping under UN SP 310 / IATA A88 is available now for <=100 prototype units.
MIL-PRF-32565C is designed to, with DEVCOM Phase 1 complete.
Demand signals to validate
Platform classes where additional electronics, silent-watch duration and auxiliary loads create a stronger energy-system case.
Armoured vehicle modernisation
Validate NATO 6T count, duty cycle, charge profile and CAN telemetry needs.
Request current fleet model
Protected mobility sustainment
Bushmaster demonstrations are source-referenced; programme fit still needs review.
Request platform evidence
Tactical vehicle electrics
JLTV-type test rigs are source-referenced; production configuration remains programme-specific.
Request integration model
Silent-watch and C4ISR loads
Use public calculators for early framing only; controlled engineering models are required.
Request validated runtime
What is changing on the platform
Procurement framework review
High Impact
Active
Procurement rules and security pathways should be validated for each programme.
Supply Chain Security
Critical Impact
Immediate
Recent conflicts exposed Western military battery vulnerability and need for sovereign capability.
Technology Performance
High Impact
Current
The datasheet states 3,000 cycles to 80% capacity at full DoD, with a pack design target of 3,650+ cycles at 80% DoD.
Procurement Reform
Medium Impact
Accelerating
Fast-track pathways established for critical sovereign capabilities.
Production and evidence context
These are source-backed operational facts procurement teams can use before requesting current market evidence or a controlled procurement pack.
NSW, Australia
Sovereign manufacture stated in the datasheet
Sovereign
Product availability
super6T/e availability stated in the datasheet
Order now
Qualification
UN 38.3 timing stated in the datasheet
anticipated September 2026
Why onboard energy now matters
3,000
Full-DoD Cycles
Cycles to 80% capacity at full DoD
3,650+ cycles at 80% DoD
Pack Target
Design target at 80% DoD
Extended
Silent Watch
Critical for modern warfare operations
Move from context to evidence
Request controlled product data, qualification status and a validated fleet model before using public context in procurement decisions.
Procurement Readiness Signals
Evidence procurement teams can use in first-pass review.
Auxiliary and export power demand
The lithium transition
Sovereign supply review
explore related information
Continue learning about Australian defence energy solutions
Procurement Confidence
Built for platform integration, sovereign assurance and operational readiness.
Allied vehicle installed base
Sovereign supply chain differentiation
Lithium transition in tactical platforms
Cybersecure BMS as a procurement factor