Aico, the European market leader in home life safety, welcomes the Civil Aviation Authority’s (CAA) decision to introduce a new Safety Directive (SD-2024/001 Version 2), mandating the installation of active Carbon Monoxide (CO) alarms in specified piston engine aircraft. This pivotal safety regulation incorporates valuable feedback from an earlier consultation held in February 2024 and arises from growing concerns over the dangers presented by CO in aircraft settings. The directive was officially published in late August 2024 and will take effect from 1 January 2025, applying to aircrafts operating with passengers who do not possess a recognised pilot qualification.
Carbon monoxide is a colourless, odourless, and potentially lethal gas produced by the incomplete combustion of fuel. Piston engine aircrafts can generate high concentrations of CO, which is typically directed away from the aircraft via the exhaust system. However, there is a risk of leaks from exhaust systems into the cabin, posing a significant danger to both crew and passengers.
The CAA’s decision follows increasing concerns about the risks posed by carbon monoxide in piston engine aircrafts, and multiple aviation incidents that cite CO poisoning as a contributing factor. The presence of a functioning CO alarm can act as a life-saving warning system, increasing safety for both pilots and passengers, who may be unaware of the risks associated with CO exposure.
Aico has long been at the forefront of providing advanced CO detection technology for domestic settings. Our expertise in creating reliable, cutting-edge CO alarms which meet the highest safety standards, ensures that individuals are safeguarded from the dangers of carbon monoxide exposure.
As the directive’s implementation deadline approaches, Aico is committed to working with aviation stakeholders to ensure that aircraft operators have access to industry-leading CO solutions.
For more information on our CO alarms and how we can support your compliance with the CAA’s Safety Directive, click here.