From man-portable comms to surveillance kits and field power: if your defence equipment runs on batteries, we engineer the pack around the equipment, the mission and the soldier who carries it.
A battery on a soldier's back or inside a deployed sensor isn't a component; it's weight carried, missions sustained and logistics managed. The pack design decides all three.
Man-portable equipment lives on a strict weight budget. Cell selection and structural design determine whether the battery adds capability or just load. Energy per gram is the specification that matters most.
Extended operations mean days between charging opportunities, not hours. Packs need genuine low-temperature capacity, low self-discharge in storage, and honest runtime numbers under real equipment loads.
High-altitude cold, desert heat, monsoon rain, sand and rough transport. Sealing, thermal design and mechanical protection have to be engineered in. A commercial pack in a rugged sleeve isn't a rugged pack.
Units manage hundreds of packs across equipment types. Common form factors, clear state-of-charge indication, safe transport and storage behaviour, and traceable batches make batteries manageable at scale.
We engineer from the equipment's power draw, the operator's load and the unit's logistics, not from whatever cells are on the shelf.
High-energy-density cell selection and structural design that puts watt-hours, not grams, on the operator's back.
Packs shaped to your device's cavity, pouch or mount, including compatibility with industry-standard equipment battery formats where your fleet needs it.
Chemistry and BMS configured for long storage between uses, with low self-discharge and safe long-term state-of-charge management.
On-pack state-of-charge displays and smart telemetry options, so operators and quartermasters know pack state at a glance.
Ingress-protected, shock-tolerant builds engineered for field handling, transport vibration and weather exposure.
Matched chargers, including multi-bay and field charging, designed with the pack, so the whole power loop works as one system.
Real equipment load measurement (transmit bursts, standby drain, duty cycles) so runtime claims match field experience.
Temperature, ingress and vibration evaluation of the pack design against your deployment environments before delivery.
Pack-level protection and state management designed for safe storage, handling and movement of battery fleets.
Batch-level component traceability and per-pack test records: the documentation defence procurement expects.
Lightweight, long-endurance packs for communications equipment where transmit bursts punish weak cells.
Compact packs for thermal imagers, radars and sensor posts on persistent watch.
High-drain packs for portable counter-drone and electronic-warfare-adjacent equipment.
High-capacity packs and portable power for charging equipment fleets away from grid and generator.
Reliable, clearly indicated packs for medical devices deployed in forward and austere conditions.
Equipment on tracks and wings needs packs too. See defence robotics packs →
Equipment programmes need a battery partner that understands both the device and the deployment, and can supply, document and iterate as the fleet grows.
Your engineers talk to our pack designers, not a sales layer. Requirement discussions happen in volts, amps and millimetres.
We build packs in ones and tens for development, then scale the same design into production.
Local engineering, local manufacturing, local support. Short iteration loops and a supply chain your programme can actually visit.
Beyond the pack: chargers, smart-battery telemetry and monitoring from one partner, so your power system is designed as a whole.
Share your platform's power budget, envelope, duty cycle and environment, under NDA where needed.
Cell selection, pack architecture, BMS configuration and mechanical design proposed against your spec.
Working packs on your platform for field trials; design iterated on real mission data.
Repeatable manufacture with cell QC, end-of-line testing and batch traceability.
Tell us the equipment, the mission profile and the environment (under NDA where required). We'll come back with a pack proposal engineered for it.
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