e0c89639-f983-4d7c-b391-7842209c1a90-EXA

Fixed wing aircraft Autopilot – Design, Operation and Certification

Status
forthcoming
Published
22 Mar 2026
Submission
Electronic submission
Tender summary

This course should provide a comprehensive overview of Fixed Wing Flight Guidance Systems (FGS), covering architectures, modes, human-machine interfaces, performance in various conditions, system engagement/disengagement, control laws…

What the buyer needs

  • This course should provide a comprehensive overview of Fixed Wing Flight Guidance Systems (FGS), covering architectures, modes, human-machine interfaces, performance in various conditions, system…
  • It should also address safety assessments, certification requirements (including CS 25.1329 and all-weather operations), incident case studies, and compliance demonstrations for CAT II/III operations with relevant…

Procurement signals

  • Procedure: EASA/2026/LVP/0011-EXA
  • Procedure type: Source procedure code 47396214
  • Contract type: Services contract (31095498)
  • Submission method: Electronic submission
  • Published: 22 Mar 2026

Procurement categories

CPV 80531200

CPV labels are not yet mapped locally, so the official category codes are shown as source-backed identifiers.

Programme and geography

Programme period 2014 - 2020Programme period 2021 - 2027

Derived from official EU Funding & Tenders portal source fields. Use this as a shortlisting aid; the official tender record remains authoritative.

Source-backed details

Original identifiers and classification fields from the EU tender source.

Procedure identifier
EASA/2026/LVP/0011-EXA
Business identifier
e0c89639-f983-4d7c-b391-7842209c1a90-EXA
Procedure type
Source procedure code 47396214
Contract type
Services contract (31095498)
Authority source ID
47352376
Tender timezone
Europe/Berlin
Fetched
17 Jun 2026, 21:04 UTC
Full official description

This course should provide a comprehensive overview of Fixed Wing Flight Guidance Systems (FGS), covering architectures, modes, human-machine interfaces, performance in various conditions, system engagement/disengagement, control laws, protections, failures, and integration with flight control systems across both fly-by-wire and mechanical aircraft. It should also address safety assessments, certification requirements (including CS 25.1329 and all-weather operations), incident case studies, and compliance demonstrations for CAT II/III operations with relevant regulatory comparisons.