Soarlid Industrial Drone Power
Soarlid battery production floor with automated assembly lines
OEM/ODM

Custom battery development for industrial UAV programs

A clear path from airframe requirements to custom pack architecture, sample planning, documentation, and production handoff for industrial UAV programs.

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Customization scope

Define the pack around the drone platform

Public copy stays cautious: no cycle life, aviation certification, shipping status, or energy density claim is shown unless supported by structured fields and source documents.

Electrical configuration
Voltage, capacity, energy, discharge profile, charger interface, and target operating envelope review.
Connector and harness planning
Connector, cable routing, harness, charger, and flight controller interface requirements.
BMS scope
Protection, balancing, telemetry, communication, traceability, and service expectations.
Mechanical integration
Pack envelope, enclosure, mounting, label, branding, and handling requirements.
Documentation package
Datasheet, test record, certificate, controlled file, and production handoff fields.
Commercial planning
Sample plan, MOQ, lead time, production documentation, and review milestones.
Production environment

Built on a controlled production floor

Custom packs are built in the same environment as the standard catalog: a clean production hall, automated assembly stations, and maintained calibration on every test bench.

Clean production hall with automated battery pack lines and controlled flooring

Clean-Room Facility

Cell handling and pack assembly run in a controlled environment with managed dust, humidity, and static protection.

Automated battery assembly line with conveyor stations and operators

Automated Assembly

Automated stations carry the repetitive welding and assembly steps so weld quality and torque stay consistent between batches.

Calibrated battery test equipment on the Soarlid production floor

Precision Calibration

Test and calibration equipment is maintained so voltage, capacity, and internal resistance readings stay comparable across runs.

Production lifecycle

From graded cells to finished packs

Every custom configuration moves through the same staged fabrication path, so sample packs and production packs are built and checked the same way.

  1. Trays of graded semi-solid-state cells staged for pack assembly01

    Cell Preparation

    Precision matching

    Cells are graded and matched by capacity, internal resistance, and voltage before they enter pack assembly.

  2. Automated spot welding of matched cell groups into battery packs02

    Pack Assembly

    Automated spot welding

    Matched cell groups are fixtured and welded on automated stations with checks between stages.

  3. Battery packs with BMS boards and balance connectors installed03

    BMS Integration

    Smart monitoring configuration

    Protection boards are installed and configured for the balancing, telemetry, and communication scope defined in the project.

  4. Final battery pack assembly with enclosure, harness, and labeling04

    Final Assembly

    Enclosure and connectors

    Harness, connector, enclosure, and labeling are completed to the controlled drawing before packs move to final test.

Quality validation

Checked at every stage, documented at the end

Packs pass staged validation from incoming cells to final inspection, and the results feed the datasheets and test records shared during project review.

100%

Outgoing packs tested

50+

Test parameters per pack

ISO 9001:2015

Factory quality system, CE compliant

Incoming cell inspection and grading station

Incoming Inspection

Cell grading and incoming material checks before anything enters the assembly line.

Voltage and capacity verification equipment testing battery packs

Voltage / Capacity

Full-load performance verification against the voltage and capacity window in the project specification.

Battery packs connected to aging and cycle testing racks

Aging / Cycle Testing

Aging and cycle programs monitor pack stability before a configuration is released.

Final inspection of finished drone battery packs before packing

Final Inspection

Safety and compliance checks with documented results before packing and delivery.

Development workflow

Keep custom development visible from first inquiry to production

  1. 01

    Requirements intake

  2. 02

    Engineering feasibility

  3. 03

    Prototype sample

  4. 04

    Testing and documentation

  5. 05

    Production planning

Inquiry path

Start an OEM/ODM battery project

Send airframe, motor data, voltage, capacity, current profile, connector, communication, enclosure, certificate, quantity, and timeline requirements.

Attach context such as airframe, target voltage, payload, current profile, connector, volume, certificate needs, and project timeline when available.

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