Unmanned defence platforms need power systems built to a different standard of accountability: ruggedised for field abuse, documented for procurement, and made in India for programmes where supply-chain origin matters.
A defence robot's battery has two customers: the platform that runs on it in the field, and the procurement organisation that must trust, trace and audit it. Most commercial packs satisfy neither.
Desert heat, high-altitude cold, monsoon humidity, transport shock and rough handling between missions. The pack's mechanical and thermal design must assume the worst week of deployment, not the average one.
A pack that browns out during an EOD approach or strands a recon platform forward of the operator is a mission failure. Protection logic must distinguish real faults from load transients, and fail predictably when it must.
Defence programmes need to know which cells went into which pack, what tests it passed and where every component came from. A battery without documentation is a battery a programme office can't accept.
Indigenous content requirements are now written into defence procurement. An imported catalogue pack can disqualify a platform; a pack designed and built in India strengthens the bid.
We design for two audiences at once: the vehicle that needs power under stress, and the programme office that needs evidence behind every pack.
Damped cell mounting, reinforced interconnects, potted electronics and sealed enclosures engineered for transport shock and field handling.
BMS and power electronics designed with EMI discipline for platforms carrying sensitive communications and sensor payloads.
Cell selection and thermal architecture for genuine −30 °C cold starts and +60 °C soak, validated, not just quoted from a cell datasheet.
Every pack ships with test records and batch-level component traceability: the paperwork your quality and procurement teams will ask for.
We design and test to support your platform's acceptance and qualification programme, and iterate with your trials feedback.
Engineered and manufactured in India, supporting indigenous-content requirements and giving your programme a supplier it can audit in person.
Load and environment profiling from your platform's actual mission set: burst currents, silent watch, transport and storage conditions.
Mechanical and thermal stress evaluation of the pack design before it reaches your trials, so surprises happen in our lab, not your field evaluation.
Design revisions tracked and documented across your platform's development cycle. The pack evolves with the programme, on record.
Cell-lot records, build documentation and end-of-line test data retained per pack, available to your quality organisation.
High-burst, compact packs for manipulator platforms where a power interruption is unacceptable.
Long-endurance packs with silent-watch capability for platforms observing far forward of the operator.
High-capacity packs for load-carrying and route-proving ground platforms in extreme environments.
Deep-cycle packs for unmanned systems on persistent watch at remote and high-altitude posts.
Sealed subsea packs for maritime security platforms. See underwater robotics packs →
Prototype packs for DRDO-ecosystem, iDEX and defence-startup platform development, built to scale into production.
Defence platform development runs on iteration and evidence. We work as the power-system partner inside that loop, engineering directly with your team, documenting as we go.
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 your platform, environment and programme stage (under NDA where required). Our engineering team will propose a pack architecture built for it.
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