6S 8000mAh FPV Battery

Integration starts at full charge

HSS Energy 6S 8000mAh FPV Battery order specifications begin with the aircraft power system. This model combines an 8Ah capacity with a 26.4V charging endpoint. Check electronics compatibility at full charge and reserve physical space for the long body before selecting the connection arrangement.

Energy budget for the planned flight

Use the 184.8Wh nominal energy of this 8000mAh FPV battery pack as an input to the aircraft energy budget. Capacity alone cannot establish flight time: aircraft mass, manoeuvres and the landing reserve affect the energy available for the mission. Compare representative flight logs with the planned reserve before setting a session duration.

Electrical specification

Aircraft voltage compatibility

A 23.1V FPV battery should be matched to the permitted supply range of every connected device, including the motor controllers and auxiliary electronics. A 6S label by itself does not confirm compatibility with the 26.4V upper endpoint. Account for operating transients when the system designer establishes voltage margin.

Temperature and storage limits

The listed low-temperature charge range requires a validated charging procedure and protection suitable for the actual pack. It does not authorize unrestricted charging below freezing. Use the discharge cut-off as an operating limit, not as the aircraft landing-warning setting.

Charging profile and monitored cycling

Charging an 8000mAh high voltage battery requires an endpoint matched to its cell system. Here the 26.4V pack limit corresponds to 4.4V per series group. Select equipment that explicitly supports this endpoint and the pack configuration; do not choose a charging mode solely because it is labelled 6S or LiHV.

The 8.0A maximum charge current is separate from the discharge ratings. Confirm the balance connection and polarity before enabling the approved profile. Charging and test settings should be checked against the order specification, rather than copied from another pack size.

Process illustration • Connected charge and discharge cycling setup

What a cycle evaluation should record

For the 6S 8000mAh FPV Battery, a meaningful cycle evaluation defines charge and discharge current, temperature, rest periods and the retained-capacity endpoint. Record pack identification alongside the measured capacity and temperature history. The 500-cycle reference is not a test result shown by this illustration or a warranty period.

The main circuit, balance harness and surface probe in the illustration show the monitoring arrangement, not recorded measurements.

Body envelope and mechanical fit

Dimensional illustration • Nominal body axes and tolerances

This 8000mAh semi-solid battery has a long blue-wrapped body. The 181mm dimension retains the H designation even when the pack is mounted horizontally. Budget space for the tolerances, cushioning and cable exit separately; the body drawing excludes the external leads and connectors.

Process illustration • Exterior dimension inspection

Check the finished body at the inspection points specified on the mounting drawing. A fixture should restrain the approximately 960g pack without crushing the wrap or using the leads to carry its weight.

Continuous demand and short pulses

Evaluate this 6S 25C FPV battery against sustained current separately from short acceleration loads. The 200A continuous rating and 400A peak rating describe different duty conditions. A peak may last no longer than two seconds; this does not define how frequently it may recur or prove acceptable temperature rise in the installed assembly.

External finishing and identification

Process illustration • Label placement and exterior finishing

A legible label links the finished pack to its voltage and capacity specification. Exterior checks should look for lifted label edges, damaged insulation or an obstructed cable exit. These visible checks do not replace electrical acceptance measurements.

Connection arrangement for the order

Lead length, cable size and connectors can be configured to customer requirements. Verify current capability and temperature rise for the chosen assembly. The optional reference parts are not, by themselves, confirmation of a 200A or 400A complete current path.

Cushioning and carton closure

Packaging illustration • Body support and isolated connector spaces

Specify packaging around the final lead arrangement. The illustrated insert supports the body and separates the protected connectors; no wire should cross a closing edge. Foam and carton details remain customer-configurable.

Process illustration • Carton sealing at the packing station

FAQ

Does semi-solid mean an all-solid-state cell?

No. This model is specified as semi-solid. That description does not establish an all-solid-state electrolyte or a non-flammability rating.

What should accompany a sample evaluation?

Keep the sample configuration, intended load profile and acceptance criteria together. Record measured results against that configuration before setting the requirements for repeat orders.

How are purchase and shipment terms determined?

Sample availability, minimum quantity, lead time and warranty are agreed by quotation. Transport documents and carrier acceptance must be checked for the exact configuration, destination and shipping route.

An HSS Energy 6S 8000mAh FPV Battery order should identify the approved electrical configuration and mounting envelope. Record sample acceptance criteria with the packing arrangement so repeat deliveries can be checked against the same specification.