Ground Station Case manufacturing process — short answer: judge three things: ingress protection (IP67 = 1 m for 30 min), impact structure (26-drop military testing) and foam fit (EVA/PU/XLPE by payload). Details below, standard by standard.
A drone case is a purpose-built transport case for quadcopters, batteries and controllers, with CNC-cut EVA or foam inserts shaped to the airframe to prevent impact and vibration damage in transit.
Frequently Asked Questions
How do I place an order or get a quote?
Do you have backpack-style options?
Are you a factory or a trading company?
What is different about ROV cases?
Will the case survive airline baggage handling?
What is the difference between EVA and EPE foam?
Ground Station Case manufacturing process: Product & Manufacturer Overview
A professional Ground Station Case manufacturing process has to solve three problems at once: shock isolation, weather sealing and lithium-battery safety. kexinMaterials builds a complete range of hard cases for the drone economy, from FPV backpacks to agricultural-drone transit cases, available off-the-shelf or fully customized.
The Ground Station Case manufacturing process can be tailored to your brand and project: case color, silk-print or laser-engraved logo, foam layout and handle/wheel options are all adjustable. kexinMaterials, as the source factory, runs the whole journey from sample approval to mass production, including neutral shipping and OEM private label.
Key Specifications
| Shell material | Modified PP / ABS / molded EVA composite |
|---|---|
| Protection rating | IP67 |
| Interior | Airframe-specific EVA, anti-static foam, LiPo-safe compartment |
| Carry options | Handle / trolley wheels / hard-shell backpack |
| Fits | Multirotor UAVs, FPV drones, underwater ROVs, robots & accessories |
| Customization | 3D-scan foam cutting, logo printing, colors, co-packing |
How kexinMaterials Compares
| Dimension | kexinMaterials | Generic market cases |
|---|---|---|
| Protection | IP67 + silicone gasket + pressure valve for field use | Often unsealed, risky in rain |
| Foam | Model-specific CNC-cut library (mapping/spraying/inspection) | Generic foam, props/gimbal crushed |
| Battery safety | Separate battery bay, flame-retardant foam, venting | Batteries mixed with airframe, no isolation |
| Strength/weight | Modified PP copolymer, thin yet tough, lighter kit | Uneven walls, heavier overall |
| MOQ | Stock for popular models, custom from 100 pcs | Mostly reselling, high custom barrier |
| Export docs | UN38.3 / ISTA 3A guidance provided | Compliance docs missing |
Standards & Industry Data
Export Compliance Essentials
EU-bound cases require CE marking and REACH compliance (phthalates such as DEHP/DBP each below 0.1% in soft parts); hard cases sold via Amazon FBA need ISTA 3A transit-drop certification; shipping drones or devices with lithium batteries additionally involves UN38.3 and IATA rules. A legitimate source factory provides these test reports directly.
Foam Inserts (EVA / PU / XLPE)
Three insert materials dominate: EVA (closed-cell, waterproof, firm support for precision instruments), PU foam (open-cell, soft cushioning, economical) and XLPE (chemically inert, non-shedding — preferred for medical and optics). CNC pockets are cut from the equipment's 3D data; drawing-to-first-sample typically takes 1–2 weeks.
IP Ratings (IEC 60529)
In IP67, the “6” means dust-tight (no dust ingress after a 2 kPa vacuum dust test) and the “7” means temporary immersion: the enclosure survives 30 minutes at 1 m depth with its highest point at least 150 mm below the surface, per IEC 60529 Clause 14.2.7.
Typical Applications
- Mapping and inspection UAV field operations
- Agricultural drone transport between sites
- Underwater ROV dockside and onboard storage
- FPV racing and training carry
- OEM co-packing for drone manufacturers
- Robot prototype shipping for R&D labs
Buying Questions Answered
For 'Ground Station Case manufacturing process', the FAQ below gathers what buyers ask most — price structure, MOQ, customization flow and lead time — to speed up your sourcing decision.
When comparing Ground Station Case manufacturing process suppliers, weigh four things: shell material and wall thickness, seal design and verified ingress rating, interior-foam capability, and whether the factory owns tooling and QC in-house — these decide long-term reliability.
Before sourcing a Ground Station Case manufacturing process, note the payload's largest dimensions, single-unit weight and shipping mode (air/land/sea). Send those to kexinMaterials and you get a matched case recommendation and quote fastest.
Manufacturing Process
Injection-molded shells deliver maximum protection for complete aircraft and ground stations, while thermo-compressed EVA composite shells serve weight-critical backpack applications. Battery compartments use flame-retardant compounds with engineered vent paths.
Field Case Studies
Developed 8,000 transit cases with separate blade and battery bays; zero transport-damage complaints across the 2023 peak season.
1,500 CNC-cut cases for a hexacopter with tablet and controller bays, passing ISTA 3A transit testing.
About kexinMaterials
KeXin New Materials (Guangdong) Co., Ltd. (brand: kexinMaterials) is a source factory for engineered plastic cases based in Guangdong, China, operating injection, rotational and blow molding lines with an in-house tool shop. Nine product series serve buyers worldwide — from military and drone cases to medical, photography and business lines.
Why kexinMaterials: factory-direct pricing with no middle-man margin; three molding processes under one roof; in-house tooling for controlled lead times; batch drop and seal testing; factory audits, samples-first and third-party QC all supported.