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Planning Tools

Performance calculators

Public planning tools frame the questions integrators need to answer: runtime, pulse loads, charging, pack rotation, weight and lifecycle cost.

Runtime
Mission profile
Burst
Pulse load
Charge
Rotation plan
TCO
Lifecycle cost

Capability architecture

Mission power, cybersecure telemetry and field diagnostics for operational readiness.

Mission

Runtime planning

Estimate battery fit against equipment load, mission duration and reserve assumptions.

Power

Burst verification

Check pulse load requirements against datasheet limits of 150 A for <=120 s and 225 A for <=60 s.

Lifecycle

Weight and cost impact

Compare replacement cycles, weight reduction and operational implications against legacy batteries.

Planning Tools

Runtime, burst and fleet planning

Indicative planning tools for runtime, pulse load, charging, fleet weight and lifecycle conversations.

Available energy

5,120 Wh

Estimated runtime

6.0 h

Fleet batteries

240

Potential weight saving

9,840 kg

Validated engineering models available on request

Use these indicative outputs to brief the defence team. Controlled engineering models, data sheets and formal reports are available through verified access. Runtime and energy outputs use a 2,560 Wh super6T/e planning value from the 25.6 V, 100 Ah typical at 1C, 25 C datasheet specification. Weight saving uses the 24 kg super6T/e weight against the entered legacy battery weight.

Procurement Readiness Signals

Evidence procurement teams can use in first-pass review.

Mission Configurator
Runtime & Burst Checker
Field Charging Planner
TCO & Weight Impact

Procurement Confidence

Built for platform integration, sovereign assurance and operational readiness.

Indicative public planning tools

Contact pathway for validated engineering models

Contact path for detailed engineering review

Mission, fleet and lifecycle planning inputs