Custom Drone Battery OEM & ODM Solutions
Custom OEM Drone Battery Packs, Engineered to Your Airframe
Off-the-shelf batteries force your airframe to adapt to the pack. Custom OEM reverses that: the pack is engineered to your airframe — your voltage, your capacity, your form factor, your BMS, your connector, your certification requirements.
As a direct cell-to-pack manufacturer (not a reseller), Voltsky controls the entire chain from cell production to final assembly. That single fact changes everything about cost, consistency, and speed for B2B buyers.
Custom UAV Battery Pack Configurator
Select your drone's chemistry, voltage, and capacity to calculate estimated pack weight, energy output, and export specs directly to our engineering team.
Inside Our Battery Assembly & Testing Facility
Every Voltsky OEM pack undergoes 100% automated cell capacity matching, high-precision laser tab welding, and high/low temperature environmental stress screening.
6-Step Engineering & Delivery Workflow
From preliminary mechanical envelop CAD mockups to global Dangerous Goods shipping compliance.
Spec Alignment
Define voltage (3S–24S), discharge rate, target weight, and mechanical dimensions.
3D CAD Design
Engineering 3D pack layout, busbars, wire harness, and thermal enclosure.
15-Day Prototype
Fast-track functional prototype sample delivered for airframe fit & bench flight test.
BMS Integration
DroneCAN / SMBus / UART protocol telemetry mapping and failsafe calibration.
UN38.3 & MSDS
Full international battery safety certification and testing reports.
Batch Logistics
Class 9 Dangerous Goods DDP / DAP door-to-door global air & sea shipping.
Start Your OEM / ODM Project Today
Have an airframe drawing or specific mission runtime requirement? Contact our battery application engineering team directly.
Request a Custom Engineering Quote
Project Control & Acceptance
Every custom pack moves through an agreed technical baseline before production release. The review package is defined with the buyer at project kickoff and matched to the selected cell chemistry, BMS and airframe interface.
Project workflow
- Requirements baseline: align mission profile, voltage window, current demand, mechanical envelope, connector and telemetry needs.
- Design review: confirm cell layout, current path, harness routing, enclosure and integration constraints before prototype build.
- Prototype validation: test against the agreed electrical, thermal and communication criteria.
- Pilot-lot acceptance: review the sample, inspection record and release criteria before batch production.
- Batch release: ship with the agreed configuration record and applicable transport documents.
Evidence available for project review
- Approved configuration summary and mechanical/interface record
- Cell matching and assembly inspection summary
- Charge/discharge curve under the agreed test profile
- Temperature or current test record when required by the project
- BMS and telemetry validation record where applicable
- UN38.3, MSDS and transport documents where applicable
Representative OEM workflow — 12S inspection platform
Representative project workflow; customer and airframe details remain confidential. The engineering team first confirms the pack envelope, connector pinout and BMS interface. A prototype is then evaluated against the agreed flight profile and acceptance criteria before a pilot lot is released.