Priestmangoode, have unveiled a design that will transform air travel for passengers with reduced mobility. Air Access is a concept that facilitates air travel by enabling an easier transition from gate to aircraft.

The ingenious design aims to reduce the indignity and discrimination that passengers with reduced mobility face when travelling by air. 

Paul Priestman, founding director of Priestmangoode, explains: “We have been designing aircraft interiors for over fifteen years and always work to improve the entire passenger journey, from home to destination. At present there are some accessibility regulations on aircraft, however they cater for only the most basic requirements. As a result, passengers with special needs often face considerable difficulties when travelling by air. “
“These difficulties generally go unnoticed – very few members of the public are aware of the anxiety and discomfort passengers with reduced mobility can experience when travelling. But it is a matter of equality that people with reduced mobility should have the same rights to a quality passenger experience that non-disabled people have.”

Priestman continues “As designers we strive to improve things, not just for the immediate future, but for the long-term. A demographic shift is sweeping across Europe: the population is ageing, life expectancy is increasing, obesity levels are rising and passengers with reduced mobility account for a larger proportion of the population than ever before. Air Access is a much-needed concept for the future of airline travel that will provide a pleasant experience for passengers with disabilities or reduced mobility.”

Jennifer Howitt Browning, assistant coach of the women’s Paralympic Wheelchair Basketball team and former Paralympian comments: “Air Access is a fantastic idea and an ideal initiative for prompting the dialogue on how to make air travel accessible for passengers with disabilities. I have heard of too many cases in which airline passengers have been made to feel like second-rate citizens, which is both distressing and demotivating. I know this only too well. I travel by air frequently and at times it has been an ordeal. I applaud any initiative that tries to tackle this problem, and hope that Air Access will stimulate constructive discussions between airlines, airports, seat vendors and disability bodies.”


How it works:

The Air Access concept consists of two elements: a detachable wheelchair by which passengers can be transported onto and off of the plane, and a fixed-frame aisle seat on the aircraft into which the wheelchair is mated to create a regular airline seat. To see the concept in action click here

  • Ground services staff assist the passenger into the Air Access wheelchair seat in the departure gate or on the jetway, where there is ample space to manoeuvre. When seated, the passenger is wheeled onto the plane.
  • Once onboard, the wheelchair’s 360-degree pivoting wheels enable it to be slid sideways into the fixed-frame aisle seat without the passenger needing to get up. When the two elements are positioned, they are locked together for the duration of the flight.
  • On arrival, ground staff simply unlock the wheelchair seat, slide it out into the aisle and wheel the passenger to the jetway or arrival gate. Once there, the passenger returns to his or her own wheelchair or zimmer frame, or transfers into the airport’s wheelchair.

Benefits of Access Air:

  • The Air Access seat could be installed in every aisle seat of the aircraft. In a wide-body this would be four seats per row, meaning dozens of passengers with reduced mobility could travel on any given flight. This is particularly useful when large groups of passengers with reduced mobility travel together e.g. Paralympic athletes
  • Increased safety for passengers. Passengers do not need to be handled by airline staff in the tight confines of the aircraft.
  • Easier to use toilet facilities in flight. Passengers only need assistance to unlock their seat and wheel to the nearest toilet.
  • The chair has a removable seat pad. Many passengers with serious disabilities, for instance spinal injuries, need to sit on their own purpose-designed cushions. Passengers can customise the Air Access seat to suit their individual needs.
  • Anyone can sit in the seat. As the access seat integrates seamlessly into the aircraft, the airline does not lose seating space if there are no passengers with reduced mobility travelling.
  • The Air Access concept is suitable for all aircraft types, though offers particular benefits to long haul, wide body aircraft—both for passenger experience and cost benefit to airlines.

For more information click here to go to the Priestmangoode website

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This looks like an excellent idea that deserves further development and rapid adoption by the airline industry. I can see a couple of problems in the promo video:

1. When unlocked (ie; in wheelchair mode) the chair has no armrests or other means of upper body restraint. This would merely make it uncomfortable for someone like me but could prove a 'no-go' for those who rely on support to maintain upper body posture.

2. The shell of the seat (the part fixed into the aircraft) appears to offer no recline facility. As anyone who has travelled by air will tell you, the upright seatback position enforced by safety regulations (and airline seating density requirements) makes for a very uncomfortable long term seating position. I believe it important, especially for disabled people, to be able to spread their weight - typically by reclining their seat to take body weight on their back, rather than have it all focused down to their buttocks and lower spine.

3. I understand the need for freely rotating wheels (directionally speaking - I'm not that dumb ;>) ) but surely the chair would behave like a shopping trolley as someone attempts to push it down the aisle?  Whereas the worst you might accomplish with a wayward shopping trolley would be to topple a display of tinned beans, a wayward transit seat in the close confines of an aircraft cabin could cause serious injuries to the occupant's limbs. A quick, simple and convenient way of locking the rear castors seems to be required.

4. Replaceable seating cushions are good. Either replaceable or adjustable back cushions would be good too. As currently designed, the seatback would be thin (because the thickness of the shell that stays in place has to be taken into account)  and needs to be rigid enough to withstand the occupant's weight while in transit mode. This will inevitably translate into a firm to rock-hard back support.  Perhaps some form of low pressure inflatable cushion (something like the "First Class Sleeper" - see http://www.youtube.com/watch?v=qvJxtwCcBzw - I have used this since it first appeared on the market whenever circumstances (or miserly clients) forced me to travel any distance in economy) could be incorporated which would greatly increase comfort and lateral support at the same time. A better solution might be to make the entire seatback detachable (arms, headrest and all) which would at least allow for a "normal" cushion thickness to be used and also help solve the upper body and head support/protection issues I mentioned. Only the seat pan itself needs to be locked into its base - aisle width concerns aside, there's no reason I can see why the upright portion of the seat shell needs to remain in situ - it only causes other engineering problems down the line.

5. Castor size -  aircraft doorways often have lips at floor level and airbridges rarely meet the airframe square-on with a solid surface (for the good reason that you don't want to go round denting expensive fuselages!). No problem for the able bodied to step over a gap of a few inches ... but these castors wouldn't stand a chance. Unless you can get this chair in and out of the aircraft the concept is dead before it starts.

On a commercial note, I'd caution the company to reign in its PR people a little so that its message doesn't get dismissed for hyperbole - eg; "20% of the UK population" may well have some form of mobility problem but a solid fifth of the population are not in wheelchairs, nor require one to get to an aircraft seat. There's no doubting this product offers a potential, innovative solution to a real problem. That problem doesn't need overstating.

All that said, this looks like a really good idea and it's great to see a company with such talented designers and engineers, already engaged with an important transport industry trying to overcome some of the problems faced by disabled travellers.

All power to you. If I can help any more, I'd be delighted.

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