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Service · phase 3

Testing and validation

Before committing further time, budget and resources, you need evidence that the solution performs as intended.

Blue paratrike frame with a parachute container attached to it, a canopy laid out on the field beside it

Testing starts with the question

Testing and validation provide that evidence by evaluating the prototype against its required function, operating conditions and integration limits. This shows what works, what requires refinement and whether the solution is ready to move forward.

First comes the question the prototype must answer: controlled recovery, deployment behaviour, impact protection, containment, capture, flotation, platform integration or another defined function. Defined up front are the required outcome, the relevant operating conditions, the prototype configuration, the test scenario, the system behaviour to be observed and the criteria that will guide the technical decision.

The whole system is assessed

The prototype is evaluated as a complete physical system. Depending on the project that covers:

  • Textile materials and construction.
  • Packaging, folding and storage configuration.
  • Attachment points and interfaces.
  • Deployment sequence and timing.
  • Expected loads and physical stresses.
  • Platform, weight and volume limits.
  • Material and structural behaviour.
  • Handling and operational requirements.
Multicopter drone descending under several orange parachute canopies over a riverside meadow

What the result means

The findings either confirm that the selected direction performs as required, or identify changes to materials, configuration, dimensions, packing, deployment arrangement, attachment points or platform integration. Not every first prototype should move directly into production. Testing provides the information needed to refine the solution before greater resources are committed.

Where formal acceptance or certification may later be required, the evaluation can also help identify the technical evidence and further assessment needed. Applicable standards, approvals and certification processes remain defined by the project and relevant authority.

What your team receives

Your team receives documented evidence that supports the next project decision — a clearer technical direction grounded in observed prototype behaviour rather than assumptions. Depending on the testing scope, this can include:

  • Defined test objectives.
  • Agreed evaluation criteria.
  • Documented observations and findings.
  • Identified technical or integration changes.
  • A clearer understanding of prototype performance.
  • Recommendations for further development.
  • Identification of additional testing needs.
  • Supporting information for formal assessment where applicable.
  • A practical basis for production planning.

Why APCO

Testing a textile solution requires an understanding of how materials, construction, loads, deployment and platform integration affect its performance.

The manufacturer develops defense textile solutions for recovery and protection across defense, aerospace and unmanned systems. Its experience includes UAV recovery systems, parachutes, airbags, deceleration mechanisms, deployment systems, ballistic and capture nets, precision airdrop systems and custom textile-based applications. Because it works across requirements, prototype development, testing and production, evaluation findings remain connected to the wider development and manufacturing process. A 3,200 m² production facility supports the practical connection between prototype refinement and future production requirements.

Phase
Testing
Standards
ISO / ASEN standards

Technical data per manufacturer documentation from APCO Aviation Ltd , as of 2026-07-30.

Frequently asked

Asked in technical terms.

What is actually assessed during testing?

The prototype as a complete physical system: textile materials and construction, packaging, folding and storage configuration, attachment points and interfaces, deployment sequence and timing, expected loads and stresses, the limits of platform, weight and volume, plus material and structural behaviour including handling requirements.

What happens if the first prototype does not pass?

The findings then identify what has to change: materials, configuration, dimensions, packing, deployment arrangement, attachment points or platform integration. Not every first prototype should move directly into production. Testing provides the information needed to refine the solution before greater resources are committed.

When should a prototype be tested?

Testing normally takes place after a physical prototype has been created and before the solution moves into production or further investment. That way testing provides the information needed to refine the solution before greater resources are committed. It shows what works, what requires refinement and whether the solution is ready to move forward.

How are testing requirements defined?

The requirements are based on the function the prototype must perform, the conditions in which it must operate and the technical decision the evaluation must support. Before evaluation begins, the required outcome, operating conditions, prototype configuration, test scenario, system behaviour to be observed and decision criteria are defined together with your team.

Does a successful test mean the solution is ready for production?

Not automatically. The findings must be reviewed against the agreed criteria, and additional testing or refinement may still be required. Not every first prototype should move directly into production. The findings may support further prototype development, additional evaluation, formal assessment or preparation for production, depending on what the test has shown.

Can testing support certification planning?

Yes. Testing can provide technical evidence that supports later certification or formal acceptance planning where applicable. The relevant standard, authority and project requirements determine the formal certification or approval process. The evaluation can also help identify the technical evidence and further assessment needed where formal acceptance or certification may later be required.

What happens after testing and validation?

The findings may support further prototype development, additional evaluation, formal assessment or preparation for production. To support that decision, your team receives documented observations, identified technical or integration changes, recommendations for further development, identification of additional testing needs and a practical basis for production planning.

Tell us what the system has to do.

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