Battery packs
The agreed cell arrangement, pack construction, leads and connectors.
Request a Quote Batteries / Li-polymer
Battery packs for multirotor and VTOL equipment, selected by mission energy, voltage, discharge demand, mass and installation space.

Mission-based capacityAircraft voltage and mass requirements
Example configurations for engineering review
Compare all assembled batteries
Compare pouch cells, including 44 and 62 Ah ↗
Prepare a battery enquiryThe agreed cell arrangement, pack construction, leads and connectors.
Specify protection or BMS, enclosure, sensing and communication requirements. Define the charger, mounting accessories and any custom firmware in the quotation.
State your sample quantity, expected order volume and target date. Minimum order, sample lead time, production schedule and delivery terms are confirmed in the quotation.
Agree the final specification, sample acceptance checks and the unit or batch records required with your order.
Review battery quality controls ↗Hover, climb, cruise, payload and reserve are converted into a repeatable mission profile.
Cell route, pack split, enclosure and harness are evaluated against aircraft mass and balance.
Connector, charging, retention and replacement are designed for the operating workflow.
Pack identification, charger compatibility and replacement controls support repeat operation.
Catalog values are starting references. Final specifications and availability are confirmed for the project and quotation.



Standard or high-voltage cell route and usable energy
Validation focusMeasured mission load with reserve criteria
Pack capacity, split and harness architecture
Validation focusPrototype mass, balance and installation review
Connector, charging, identification and replacement
Validation focusGround handling trial and controlled pack revision
Include your equipment, battery requirements and quantities. Add an existing drawing or configuration reference where available.