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Service · phase 5

Maintenance, repair and upgrades

Delivery does not end the responsibility: maintenance, repair and upgrades keep the system serviceable and adapt it to changed requirements.

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

Assess first, then decide

Maintenance, repair and upgrades help keep the system serviceable, extend its operational life and adapt it when wear, damage or new requirements affect its ability to perform.

Whether a system can stay in service follows from its physical condition, original function and current operating environment. Depending on scope the assessment covers textile condition and wear, seams, attachment points, mechanical connections, platform interfaces, folding and storage, deployment elements, handling and transport effects, current payload and platform requirements, integration changes and the available technical documentation.

Three possible directions

The system is always reviewed against the function it must continue to perform — such as controlled recovery, impact protection, flotation, containment, capture, deceleration, deployment or another textile-based protection requirement. This helps determine whether the system can remain in service or requires technical action:

  • Maintenance: handling, storage, packing or configuration needs that keep the system suitable for continued use.
  • Repair: where wear or damage affects textile components, construction areas, connections or other elements of the physical system.
  • Upgrade: where platform, payload, deployment arrangement, integration limits or mission requirements have changed.

When a change affects the configuration

When a modification affects the system’s configuration or protective function, further prototype development, testing or validation may be required before the updated solution returns to use.

What your team receives

Your team receives a technical basis for deciding how to move forward with the existing textile solution: whether the system can remain in service, requires corrective action or should move into a new development direction. Depending on the assessment, this can include:

  • Findings related to the system’s condition and suitability.
  • Identification of elements requiring attention.
  • A recommended maintenance, repair or upgrade direction.
  • Identification of further inspection requirements.
  • Assessment of configuration or operating changes.
  • Identification of testing or validation needs.
  • Supporting documentation where included in the project scope.
Row of packed blue parachutes with bundled lines on a long packing table in production

Why APCO

Understanding what an existing textile solution needs requires knowledge of more than visible condition: experience with materials, construction, deployment, loads, integration and the protective purpose of the complete system.

The manufacturer develops defense textile solutions for recovery and protection across defense, aerospace and unmanned systems, including UAV recovery systems, parachutes, airbags, deceleration mechanisms, deployment systems, ballistic and capture nets and custom textile-based applications. Its 3,200 m² production facility supports in-house textile manufacturing, inspection, quality control and technical service activity. This keeps maintenance, repair and upgrade decisions grounded in how the system was built and how it must continue to perform.

Phase
After sale
Continues with
Testing

Technical data per manufacturer documentation from APCO Aviation Ltd , as of 2026-09-22.

Frequently asked

Asked in technical terms.

How is it decided whether a system stays in service?

Through an assessment of physical condition, original function and current operating environment. Depending on scope this covers textile condition and wear, seams, attachment points, mechanical connections, platform interfaces, folding and storage, deployment elements, handling and transport effects, and the available technical documentation.

When is an upgrade right rather than a repair?

When platform, payload, deployment arrangement, integration limits or mission requirements have changed. Repair fits where wear or damage affects textile components, construction areas or connections. Maintenance covers handling, storage, packing and configuration so that the system remains suitable for continued use.

When should an existing textile solution be assessed?

An assessment may be required after use, deployment, transport, extended storage, visible damage or a change in platform or mission requirements. Depending on scope, it may then cover textile condition, wear, seams, attachment points, mechanical connections, platform interfaces, folding and storage, and the deployment elements of the system.

Can a textile solution return to service after repair?

That depends on the system, the damage, the repair direction and whether further inspection, testing or validation is required. When a modification affects the configuration or protective function, further prototype development, testing or validation may be required before the updated solution returns to use.

Does every upgrade require a new prototype?

Not always. A new prototype may be required when the change affects the configuration, deployment behaviour, integration or intended protective function. An upgrade may be considered when platform, payload, deployment arrangement, integration limits or mission requirements have changed, and the assessment shows whether the existing configuration remains suitable.

Can stored systems require maintenance?

Yes. Storage, packing, environmental exposure and handling may affect the condition or readiness of the system. Maintenance may address handling, storage, packing, configuration or other serviceability needs that help keep the system suitable for continued use, which is why extended storage can also be a reason for an assessment.

What happens when repair is not practical?

The assessment may indicate that replacement, redevelopment or a new recovery or protection textile solution is the more appropriate direction. The result of the assessment is a clearer decision about whether the system can remain in service, requires corrective action or should move into a new development direction.

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