orqa-fpv packaging development

Briefly

The ORQA educational drone kit is crafted to provide an engaging learning experience for school children, introducing them to drone technology with organized sets including the controller set, goggles set, and drone and accessories set. Each of these sets is designed for durability and ease of use, accommodating frequent handling by students and management by teachers, ensuring the kit’s longevity and functionality in a dynamic classroom setting.

Kit's easy-to-use, organized, ideal for educational programs

ORQA FPV project image 1

CONTEXT & PROBLEM

The current market shows a significant gap in educational sets designed specifically for beginners, particularly for children in classroom settings. The ORQA drone kit addresses this need, offering a structured solution that prevents the typical disarray associated with less organized kits. The risk of components becoming misplaced or damaged in such active environments is a primary concern that this kit mitigates.

OPORTUNITY

This educational drone kit presents a unique opportunity to fill a market gap for high-quality, educational drone kits. Designed with school children in mind, the kit's easy-to-use, organized, and durable components make it ideal for educational programs, enhancing the learning experience by providing all necessary tools in one comprehensive, reusable package.

SOLUTION

In collaboration with STUDIO 33, a design studio that strategized, and created branding with graphics, we developed a multifunctional drone kit. Each component is meticulously designed to fit within its own dedicated space within the boxes, which are stored neatly on shelves like books, with side covers indicating the contents inside. This strategy not only protects the components but also streamlines the setup and storage processes, perfectly aligning with educational goals.

ORQA FPV project image 9
ORQA FPV project image 7

unboxing experience

The unboxing process itself teaches organization and care. Each box, upon opening, reveals neatly arranged components in their designated slots, supported by intuitive graphic design elements that guide the students in both assembly and repacking, enhancing their initial interaction with the technology.

SUSTAINABILITY RESULTS

The kit’s packaging uses renewable materials, including rigid board for the reusable boxes and carton paper for single-use parts. For the first time, we insisted on using plastic lamination on rigid board components to ensure durability for repeated use by children in classrooms.

FINANCIAL BENEFITS

Despite the complexity of the packaging, which utilizes a variety of parts, sizes, and materials, all components are made from standard, readily available resources. The structural design solutions are straightforward to manufacture, ensuring that the overall production cost remains optimized.

ORQA FPV project image 5
ORQA FPV project image 3

All components are made from standard, readily available resources

Credits:

Packaging development and strategy:
To be confirmed

Packaging development and project management:
To be confirmed

Structural dielines:
To be confirmed

Internship packaging development:
To be confirmed

Graphic design:
To be confirmed

Client:
To be confirmed

Photography:
To be confirmed

ORQA FPV project image 4