A supporting page for partners, exchanges, logistics counterparts, and institutional reviewers who require deeper verification of MAG1 battery's transport safety, shipping compliance, and supporting documentation.
A concise overview of MAG1 battery's transport safety and shipping compliance document set.
MAG1 battery is supported by a transport-oriented compliance document set that includes safety data, UN38.3 testing, packaging validation, and shipment classification materials. This page is intended to provide a structured supporting reference for parties who require a more detailed view of transport readiness and logistics-facing documentation.
Rather than functioning as a general product summary, this page is focused on the transport and shipment context of MAG1 battery and should be read together with MAG1's broader compliance and product-readiness materials.
MGU
3.87V / 4900mAh / 18.97Wh
Passed — T1 through T8
Transport, packaging, and shipping compliance
Primary transport safety documents associated with MAG1 battery's shipping compliance profile.
The following documents form the core transport safety record for MAG1 battery. Together, they provide a structured view of hazard information, formal UN38.3 testing, and the summary-level transport reference commonly required in shipping and logistics review. The battery is consistently described across these materials as model MGU, rated at 3.87V / 4900mAh / 18.97Wh.
Hazard, handling, and chemical safety reference for the rechargeable Li-ion polymer battery MGU, issued by Dongguan Veken Battery Co., Ltd.
Formal transport safety test record under UN Manual of Tests and Criteria Rev.8, covering T1–T8 with an overall passing conclusion. Issue date: 2025-12-11.
Supporting packaging and transport-condition validation materials associated with shipment readiness.
In addition to the core UN38.3 transport safety documents, MAG1 battery is supported by packaging validation materials that address physical transport conditions. These include 1.2m drop testing for two shipment configurations and a stacking test for the carton-based packaging structure used in transport preparation.
Packaging validation for a carton containing 136 lithium ion batteries with gross mass 11.34kg, passing the 1.2m drop test without battery damage or leakage. Issue date: 2026-01-17.
3m stacking validation for the five-layer corrugated carton configuration, including a reported stacking load of 206.74kgf for 24 hours with a passing result. Issue date: 2026-01-17.
Shipment classification references associated with MAG1 battery's transport documentation.
In addition to transport safety and packaging validation documents, MAG1 battery is supported by shipment classification references covering both air and sea transport contexts. These materials provide logistics-facing interpretation of how the battery shipment is treated under the relevant transport frameworks.
Air transport classification under IATA DGR 67th (2026), marked cargo aircraft only. Issue No. PEKSZ202602069869LYY560001, effective date 2026-02-09. 136 batteries / net battery weight approx. 8.72kg / SoC not exceeding 30%.
How MAG1 battery's transport and shipping compliance materials should be interpreted in a structured review context.
Taken together, these materials form a layered transport and logistics compliance package for MAG1 battery. The MSDS provides hazard and handling context, the UN38.3 materials establish the transport safety testing basis, the packaging validation reports support shipment-condition readiness, and the air / sea classification files provide logistics-facing shipment interpretation under their respective transport frameworks.
The MSDS provides chemical safety, hazard identification, and handling-related context for the rechargeable Li-ion polymer battery MGU.
The UN38.3 report and summary establish the formal test basis for transport safety, with T1 through T8 listed as passed.
The drop and stacking reports support the physical transport-readiness of the carton configurations used in shipping preparation.
The air and sea classification files provide route-specific logistics interpretation for shipment under the relevant transport codes.
This page should not be read as a substitute for MAGNE's broader compliance profile. Instead, it should be used as a focused supporting reference for transport safety, shipment preparation, and logistics review.
How this page should be used in the context of transport, logistics, and compliance review.
This page is intended as a supporting compliance reference for MAG1 battery's transport and shipping documentation. It should be read together with MAGNE's broader Compliance page and related safety, logistics, and product-readiness materials.
The purpose of this page is to help partners, exchanges, logistics counterparts, and institutional reviewers understand the structure and role of MAG1 battery's transport-related document set without treating any single document as a standalone substitute for the broader compliance profile.
For broader compliance references, shipping-related support, or institutional review assistance, contact MAGNE directly or return to the broader Compliance page.