Drones are an awkward packaging problem because they are simultaneously light, expensive, irregularly shaped and full of regulated batteries. The method is to measure the aircraft in its shipping state, then build outwards component by component, then check the battery question separately.
Measure the folded state
If the arms fold, the aircraft ships folded and you size to the folded body. Do not size to the flight footprint, because you will build a box that is mostly air and pay for it on every parcel. Measure the folded aircraft at its longest, widest and thickest, with the gimbal guard or lens cover fitted, since those are part of the shipped item.
Component by component
| Component | What it demands | Clearance note |
|---|---|---|
| Folded airframe | The core cavity | Snug on all four sides so it cannot rotate in transit |
| Gimbal and camera | Protection, not just space | The most damage-prone part. It wants a guard and a cavity that does not load it |
| Propellers, fitted | Length along one axis | Folded props still overhang the body. Measure with them folded back |
| Spare propellers | A shallow second cavity | Usually flat-packed in a sleeve, so they add little depth but some area |
| Batteries | Depth, and the most weight in the pack | Each cell in its own cavity so terminals never meet another cell |
| Controller | Often the largest single item | Check whether it ships in the same carton or separately |
| Cables and charger | Coiled depth | Measure coiled, in the bag or tie they ship in |
The battery question
Lithium cells are regulated freight. What applies to your shipment depends on the cell rating, whether the battery is inside the equipment or packed alongside it, the transport mode and the carrier. Those rules change, and they are not something a packaging supplier certifies on your behalf. Confirm the current requirements with your carrier and your freight forwarder before you lock the pack layout, because the answer can change how many cells go in a carton, how they are isolated and what has to appear on the outer box. Design the insert so each cell sits in its own cavity regardless, since that is good practice whatever the rules say.
Insert material
Drones are cushioned rather than just contained. The usual options are die cut foam, moulded pulp or layered corrugated. Foam gives the best conformity around an irregular airframe, pulp is the better recyclability story and carries print poorly, and layered corrugated is the cheapest and works when the shape is simple. Our comparison of foam against cardboard inserts covers where each one is worth the cost.
Retail box or shipper
Decide early whether this carton sells on a shelf, ships alone in a courier network, or does both. A retail carton that ships alone needs to survive drops it was never designed for, which usually means either heavier board and better cushioning, or an outer shipper around it. Doing both jobs in one box is possible but it is a deliberate design decision, not something to discover after the first shipment.
Ordering
Minimum order is 100 boxes. Pricing starts from about $0.48 per unit at bulk volumes, confirmed on your written quote. Dies, plates, design support, US shipping and a digital proof are included, so an insert cut to your exact airframe is not a separate tooling line. Three lanes are available: rush with expedited production and air freight, standard on air, and cost saver by sea, from about 7 business days, plus 2 to 5 for delivery. Specialty imported constructions can run up to about 12 weeks. We produce at West Chicago and Guangzhou.
Send the folded dimensions, the component list and a note on how the batteries ship, and a quote can include the insert layout. For the buyer-side version of this question, see what size drone box do I need.
