The humble aeroplane seat – a marvel of engineering that, for many, remains a primary source of discomfort during air travel. For those of us who have endured cramped flights, the promise of even a little extra legroom is music to the ears. Now, budget airline easyJet is set to introduce a significant upgrade to the short-haul travel experience, unveiling new slimline seats that will offer an additional two inches of legroom.
While this sounds like a dream come true for taller passengers and those prone to restless legs, there’s a slight caveat. The full benefit of this extra space will only be realised when the seat is reclined, a move that can often spark controversy, particularly on shorter flights. Furthermore, travellers will need to exercise a bit of patience, as the rollout of these new seats is currently slated for 2028.
easyJet has been collaborating with Mirus Aircraft Seating, a specialist design company, to develop these innovative blueprints. These new seats will be exclusively fitted to the latest models of aircraft joining easyJet’s fleet: the Airbus A320neo and A321neo. Over 200 of these advanced aircraft are expected to be introduced. While other airlines, such as Wizz Air, JetBlue, and Lufthansa, also operate Airbus models, easyJet will be the trailblazer in adopting this particular seating innovation.
The Kestrel Seat: Lighter, Greener, and More Comfortable
Dubbed the Kestrel, this new ultra-lightweight seat design boasts a significant reduction in weight, being approximately 20% lighter than current models. This weight saving isn’t just about making planes more efficient; it also has a positive environmental impact.
At present, standard easyJet seats offer a modest legroom of between 28 and 29 inches and do not recline. The Kestrel seat promises to change this, featuring an ergonomic design that allows passengers to lean back and relax. Crucially, it ensures extra clearance for knees and shins, a potential game-changer for anyone over six feet tall.
Beyond passenger comfort, the Kestrel seat is engineered with sustainability in mind. It is designed to be 98% recyclable, minimising waste at the end of its lifecycle. The substantial weight reduction of 500kg per aircraft contributes to significant fuel savings. easyJet anticipates saving over 12,000 tonnes of fuel annually, which translates to an impressive reduction of approximately 40,513 tonnes of carbon dioxide emissions.
Airline Seating Policies: A Shifting Landscape
easyJet’s move towards enhanced passenger comfort is not the only recent shift in airline seating policies. In January, Southwest Airlines introduced a new, and for some, controversial, rule concerning plus-sized passengers. Under these updated regulations, travellers who cannot comfortably fit within the armrests of a single seat are now required to book an additional seat before their flight.
Previously, passengers who required extra space could request a second seat and subsequently apply for a refund. Alternatively, they could request a complimentary seat at the airport if available. However, the new policy significantly tightens the refund process. Refunds are no longer guaranteed and will only be issued if there was an empty seat on the flight at departure and if both tickets were purchased under the same booking class.
This policy change has drawn criticism from advocacy groups. Tigress Osborn, chair of the National Association to Advance Fat Acceptance, expressed her concerns to the New York Times, stating that “Southwest was the only beacon of hope for many fat people who otherwise wouldn’t have been flying. And now that beacon has gone out.”
Rethinking Boarding: The ‘Perfect’ Way to Fill a Plane
While airlines grapple with seating comfort and passenger policies, the fundamental process of boarding a plane has also been subject to scientific analysis. Devised by astrophysicist Jason Steffen, the “Steffen Method” proposes what he theorises to be the fastest and most efficient way to board passengers.
Steffen’s research, published in 2008, concluded that the optimal boarding order for speed and efficiency was as follows:
- Odd-numbered window seats: Passengers in these seats should board first.
- Even-numbered window seats: The next group to board.
- Odd-numbered middle seats: Following the window seat passengers.
- Even-numbered middle seats: Continuing the pattern.
- Odd-numbered aisle seats: These passengers board next.
- Even-numbered aisle seats: The final group to board.
The results of his simulations indicated that this method could be at least five times faster than a traditional back-to-front boarding process and between 20% and 30% more efficient than random boarding groups.
Despite its theoretical advantages, no major airlines currently implement the Steffen Method. Steffen himself suggests the likely reason for its lack of adoption is its inherent complexity. The method, for instance, does not easily accommodate families who wish to sit together and can be impractical for managing late arrivals. The logistical challenges of explaining and enforcing such a precise boarding order to a diverse range of passengers appear to outweigh the potential time savings for airlines.
