The UK CAA is the United Kingdom's aviation regulator. Since Brexit it operates a standalone framework that mirrors EASA structures (UK Part-FCL, UK ATOs) but is legally separate — so UK and EASA licences, approvals and medicals are no longer automatically interchangeable.
The UK Civil Aviation Authority is the United Kingdom's aviation regulator. Since Brexit it operates a standalone framework that structurally mirrors the EASA system it left — UK Part-FCL, UK ATO approvals, UK Part-M — but is legally separate: UK and EASA licences, medicals and organisational approvals are no longer automatically interchangeable, and movement between the systems runs through validation and conversion processes.
For training organisations the practical consequence is dual-approval life: schools serving both markets hold parallel UK and EASA approvals, maintain parallel documentation, and manage students whose target licence determines which system their training must satisfy.
Why it matters for flight schools
The UK is Europe's largest single training market and its regulatory divergence is a programme-design constraint: a student training in an EASA state for a UK licence (or vice versa) needs the pathway mapped before the first lesson, not at application. Schools that navigate the dual system fluently have turned a Brexit cost into a recruiting edge.
How FlightLogger handles it
FlightLogger supports parallel regulatory frameworks in one operation — UK and EASA course structures, records and validity logic side by side, so dual-approval schools run one system, not two.
Frequently asked questions
Are EASA licences valid in the UK?
Not automatically — post-Brexit, recognition runs through UK validation and conversion processes, with the arrangements evolving over time. Pilots and students should verify the current pathway for their specific licence and goal.
Can a school hold both UK and EASA approvals?
Yes — dual approval is the standard model for schools serving both markets. It doubles the documentation and audit surface, which is exactly the overhead good systems are for.