6S 22000mAh UAV Battery

The 6S 22000mAh UAV Battery by HSS Energy is positioned as the narrow-envelope, high-energy bridge SKU within the current HSS 6S family. Its 488.4Wh nominal energy is 133.2Wh above the 16Ah platform while finished mass increases by approximately 140g and pack width increases from 50mm to 55mm; thickness and height remain in the same 78 x 195mm class.

The 350Wh/kg figure applies to the individual cell platform. Using 488.4Wh nominal pack energy and approximately 1.62kg finished-pack mass gives about 301Wh/kg as a calculated complete-pack reference. This distinction is kept explicit so aircraft designers can evaluate energy, mass, sustained current and installation space without confusing cell-level and pack-level values.

HSS Energy HSS 6S22Ah front and side product views.

Product Specifications

Actual cycle-life results vary with charge and discharge rate, depth of discharge, temperature, storage practice and the selected end-of-life criterion. Use the acceptance conditions defined for the approved HSS 6S22Ah configuration.

Power and Balance Interface Reference

The 22Ah Role in the HSS 6S Product Matrix

The 6s 22000mAh drone battery is not positioned as a smaller copy of the 30Ah model or a larger copy of the 16Ah model. Its role is to give customers a mid-capacity 6S option that raises installed energy while keeping the pack within a narrow 55mm width. The table below is HSS selection guidance for product-family screening, not an automatic aircraft-compatibility statement.

Why the 22Ah slot matters: compared with HSS 6S16Ah, nominal energy increases by 37.5% while approximate pack mass increases by about 9.5% and width by 5mm. Compared with HSS 6S30Ah, the 22Ah pack is approximately 430g lighter and 13mm narrower, while the 30Ah platform offers more installed energy and higher continuous current. This creates a clear selection step before moving into larger 30Ah / 40Ah architectures. That positioning makes HSS 6S22Ah a high energy density UAV battery option for teams that need a clear step above 16Ah without moving directly to the wider 30Ah class.

Narrow-Envelope Integration: Energy, Width and Current

For a 22.2V 22Ah drone battery, aircraft fit should be screened from the complete pack outward: 55 x 78 x 195mm envelope, approximately 1620g mass, cable exit, connector access, restraint and center-of-gravity location. The 22Ah platform keeps the same 78mm thickness and 195mm height class as HSS 6S16Ah while adding only 5mm of nominal width.

HSS 6S22Ah dimensional and optional-interface reference.

Who Should Evaluate This 22Ah Platform?

For customers comparing a 6S solid state battery within the HSS 6S family, this SKU is strongest when the design question is not simply maximum capacity. It is intended for project-level evaluation where a medium custom multirotor or professional observation / camera platform needs more nominal energy than the compact 16Ah class but still benefits from a narrower and lighter pack than the 30Ah / 40Ah alternatives.

Aircraft Data to Confirm Before Sampling

Provide nominal and maximum aircraft voltage, measured average current, peak current and duration, battery-bay drawing, maximum battery mass, center-of-gravity constraint, connector, cable direction, charger profile, operating temperature and sample quantity. HSS Energy uses these inputs to determine whether the 22Ah configuration should proceed to sample evaluation or whether another 6S matrix position is more appropriate.

When Another HSS Matrix Position May Be Better

Standardized Production Workshop and Process Visibility

Repeat production for a 22.2V 22000mAh UAV battery is not only a specification decision; OEM customers also need confidence in manufacturing organization and process visibility. HSS Energy uses organized production areas and dedicated battery-processing equipment to support cell / pack manufacturing workflow, in-process control and sample-to-production handoff. Exact process settings and model-specific acceptance criteria are defined for the approved configuration.

Organized production area used as workshop-environment evidence.

Sheet-processing equipment within the battery production workflow.

From 6S Selection to Approved Production Configuration

The HSS 6S22Ah is released through an engineering review rather than by capacity label alone. The selection process keeps electrical limits, mechanical interfaces and sample acceptance aligned before volume production.

This process helps customers compare the 16Ah / 22Ah / 30Ah / 40Ah family on a common engineering basis while keeping each ordered pack tied to its own approved drawing, cable arrangement and operating limits.

Frequently Asked Questions

What is the main role of HSS 6S22Ah in the product matrix?

It is the mid-capacity high-energy 6S option between the compact 16Ah platform and the larger 30Ah / 40Ah classes. The selection role is based on verified energy, mass, current and mechanical-envelope differences; final aircraft compatibility still requires engineering review.

Does 350Wh/kg describe the finished battery pack?

No. 350Wh/kg is the individual-cell energy-density value. Based on 488.4Wh nominal energy and approximately 1.62kg finished-pack mass, the calculated complete-pack reference is about 301Wh/kg.

Is 220A the continuous discharge rating?

No. Continuous discharge is 66A at 3C. The 220A value is the 10C maximum-discharge rating, and its applicable duration depends on the approved configuration and operating conditions.

What charge settings are specified?

Maximum charge current is 11A at 0.5C with a 25.5V charge cutoff. Use the charger profile and balance connection approved for the ordered 6S configuration.

Can XT90, cable length or cable direction be customized?

The reference configuration includes an optional XT90 power connector and 10AWG 150mm power lead. Connector, cable length, polarity and exit direction can be reviewed and frozen on the approved order drawing.

Is this a drop-in replacement for a proprietary smart UAV battery?

Not automatically. A proprietary aircraft may require communication, locking, monitoring, enclosure or charging functions beyond voltage and capacity. Provide the aircraft battery interface and charger details for compatibility review.

What should I send for a quotation?

Send the aircraft model or project type, voltage range, average and peak current, peak duration, battery-bay drawing, maximum battery mass, connector, charger, operating temperature, sample quantity and destination.

Move from Product Matrix to Sample

Send HSS Energy your aircraft requirements and battery-bay drawing. We will review whether HSS 6S22Ah is the appropriate matrix position and prepare the configuration details needed for sampling and quotation.