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Mission Segments

Drone Battery Applications — Built for Every Mission Class

India-manufactured LiPo, Li-ion and HV-LiPo packs spanning agriculture spraying, tactical ISR, heavy-lift cargo, mapping and survey, industrial inspection and last-mile delivery. Stock SKUs and custom programs for OEMs, defense buyers and fleet operators.

Mission Index

Jump directly to your use case.

This hub indexes every GenX mission-specific battery page so a procurement team or engineering lead can move straight to the airframe class they fly. Each segment below lists the deep-link cluster — chemistry, configuration, capacity tier — plus the primary landing page for that mission.

Mission Segments

Six mission classes. One battery partner.

Stock SKUs for the most common platform classes, plus engineered custom packs for non-standard airframes. Every segment ships with fitment support from our engineering team.

How to Choose

Technical reading before you spec.

Engineering primers that map onto the spec sheet rows you'll evaluate during fitment.

More resources

Procurement Ready

Built for OEM and tender workflows.

From a first fitment review through to series supply, every step is documented and traceable. Standard packages cover compliance, engineering review and formal RFQ response.

  • Compliance

    BIS, UN38.3, CE/RoHS and MSDS documentation issued against every pack family for plant and export audits.

  • Engineer Review

    Fitment, BMS and connector reviews against your airframe and motor spec before we quote.

  • Formal RFQ

    Line-item RFQ response with NDAA-aware BOM, GST-compliant pricing and committed lead times.

FAQ

Common procurement questions.

Need a specific answer? Our engineering team usually responds to technical queries within one working day. Talk to an engineer.

  • 01

    Which battery should I pick for an agriculture spraying drone?

    Match the pack to the platform's all-up weight and motor C-draw. Most 10–25 kg agri-spray UAVs use 6S or 12S LiPo in the 16,000–30,000 mAh range with a 5–10C continuous rating. If you share your airframe and motor spec on the Request Quote form, our engineers will return a fitment recommendation.
  • 02

    What's the difference between LiPo and Li-ion for UAVs?

    LiPo delivers higher continuous C-rates and burst current — the right choice for heavy-lift, agri-spray and any mission with high transient loads. Li-ion delivers higher Wh/kg and longer cycle life — the right choice for endurance missions like mapping, BVLOS corridors and ISR. The chemistries page walks through the full trade-off matrix. See the chemistries comparison.
  • 03

    Can GenX build a custom pack for my drone platform?

    Yes. Our custom program covers cell selection, BMS integration, connector and harness work, mechanical form factor and labelling. Typical engagements start with a fitment review, move to a prototype run, then transition to series assembly at our Gandhinagar facility. See custom pack programs for scope.
  • 04

    Do you supply for defense and government tenders?

    We supply UAV battery packs to defense OEMs and respond to government tenders with NDAA-aware bills of materials, traceable cell sourcing and the documentation packages typically required by procurement teams. Reach out via the defense procurement page to start a tender conversation.
  • 05

    What documentation do you provide for export and BIS compliance?

    Standard documentation includes UN38.3 transport test summaries, MSDS, BIS registration references where applicable, and CE/RoHS declarations. For export shipments we provide commercial invoice, packing list, and dangerous-goods paperwork compatible with IATA Section II handling.
  • 06

    What's the typical lead time for custom packs?

    Prototype builds typically land in 4–6 weeks from spec sign-off. Series production lead times depend on cell availability and order volume — most repeat OEM programs run on a rolling 6–10 week cadence with safety stock held against firm forecasts.

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