
Due to the confidential nature of this program, some technical details, product views, and identifying information have been intentionally withheld, limited, or modified. The information and images included in this case study are presented in a way that preserves the accuracy of the packaging solution while protecting sensitive aspects of the underlying equipment.
This customer builds products such as controllers, antennas, circuit boards, and related electronics for the drone industry. For this specific project, they needed a custom case for a controller, cables, and accessories that would be used for shipment and demos. The customer sent us the 3D file, we printed the model part in-house, built a prototype to verify fit, and then moved straight into a 10-unit production run. From design to prototype to production, the full project was completed in about 2.5 weeks, with no fit issues, no damage issues, and no production problems.

Customer type: Company supplying components used by drone manufacturers
Case platform: SKB 3i-0907-6
Foam used: 2 lb PE
Turnaround: About 2.5 weeks from design to prototype to production
Use case: Shipment and demos
Outcome: First prototype fit correctly and the project moved straight into production without issues
Although this was not a full drone kit, it was still a technical product for the drone industry that needed to be packaged cleanly and professionally. The case had to organize a controller, cables, and accessories in a way that was easy to understand, easy to use, and compact enough to fit the chosen case platform without wasting space.
Because this was a new product, the customer also needed packaging that could be validated quickly. Another drone company had recommended Vol Case to them, and they wanted a process that would let them move from design to a confirmed fit and into production without a long revision cycle.
We built the pack-out around the SKB 3i-0907-6 using 2 lb PE foam. The customer provided the 3D file, and we used that file to print the main part in-house so we could verify the fit directly before committing to production.
That in-house prototype step made the process faster and lower risk. Instead of waiting on a physical part to be shipped in, we could validate the geometry ourselves, confirm that the foam layout worked, and move straight into production once the first prototype fit correctly. In this case, the first prototype was right, so the same design carried directly into the full 10-unit run.

The final layout gave each item a defined location. The controller, cables, and accessories were organized into a clear pack-out so the case was easy to load, easy to inspect, and easy to present during demos. Hand slots were added to make removal easier and to improve day-to-day usability.
A key design detail was how the foam used the case depth. Most of the items were relatively thin compared with the depth of the case, so we designed the foam with a stepped layout. Smaller items were positioned lower in the foam, and the foam was then stepped outward higher up to create a shelf for larger items to sit on. That approach helped keep the pack-out compact while still making the overall layout clean, organized, and professional.

One of the strongest parts of this project was how quickly it moved from concept to finished units. The total timeline from design to prototype to production was about 2.5 weeks, and that was normal speed rather than a rushed exception.
Because we could print the part in-house and validate the fit internally, the project did not require a drawn-out prototype cycle. The first prototype fit correctly, no revisions were needed, and there were no fit, damage, or production issues after moving into the full run. That made this a good example of how a clean validation process can shorten the path to production when the design inputs are solid.

This project resulted in 10 completed units built from one validated layout. The case supported both shipment and demos, gave the product a more organized and professional presentation, and moved from CAD to production without the delays that often come with new-product packaging.
Even though this was a simpler project than some of our larger multi-case programs, it still serves as a useful proof point. It shows that Vol Case can work with drone-industry hardware companies, build organized controller and electronics pack-outs, validate fit quickly from CAD, and move into production without unnecessary revision cycles.
For controller, electronics, and accessory pack-outs used in the drone industry, good packaging is not just about making the parts fit. It is also about creating a layout that is organized, compact, easy to use, and professional enough for shipment and customer-facing demos.
When a customer has solid CAD and needs to move quickly, in-house validation can make the path from design to production much shorter. The same approach can also apply to other controller, comms, and technical accessory kits that need a clean, repeatable pack-out without a long development cycle.
Volunteer Case & Container is the oldest custom crate and case manufacturer in the East TN area. Founded over 30 years ago, all of our protective packaging solutions are still designed and assembled at our facility in Oak Ridge, TN. We specialize in custom wood crates, ATA cases, wood or plastic containers, injection molded cases, and waterjet or CNC cut foam inserts. Our customers span a variety of industries including nuclear, government, aerospace, military, medical, R&D, and more. Our team has experience designing and building everything from huge wood crating for 70,000+ lbs machinery to small injection molded cases for key-sized objects. Whatever your needs, our team works on quick turnaround times to provide you with high quality protective packaging. Contact us today for a free quote.
Whether you need one wood crate or hundreds of ATA cases, we’d love the chance to earn your business. All of our designs and quotes are done for free without any purchase required. We are able to work off dimensions/CAD files that you provide to us or we can visit your facility to take measurements of the equipment.
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