Travel – John Vincent

Future Aircraft Systems

I read that there’s lesson to learn from the Maneuvering Characteristics Augmentation System (MCAS) experience that plagued Boeing. And led to fatalities. There’s a lot that has been written about the tragic saga. Much of great value.

It’s true. Aviation advances as the community learns lessons from incidents and accidents. Yes, there’s variability in the effectivity of this learning process. Occasions when oceans are written about one case and dozens of others are given an inappropriate light touch[1]. A trustworthy centralised repository of safety recommendations from published aviation accident reports is a useful tool. A point of reference. In the first months of the European Aviation Safety Agency (EASA) in Cologne, back in 2005, my team established such a database. It’s only possible to track the follow-up of key safety recommendation if there’s a well-maintained administrative system. Safety is often about the intelligent use of data.

Cockpit design, and the human factors issues involved, are without doubt one of the most critical parts of an aircraft. Society is not ready for fully autonomous passenger carrying aircraft. I believe it will happen, in decades to come but the horizon is way off. For certain types of vehicles, autonomy must be the solution given that flight control is beyond human capacities. Here’s I’m thinking mostly of hypersonic and space flight.

For a pilot to exercise responsibility for a flight there’s a need to have, at least, a basic understanding of what a machine is doing. In past times of strings and wires and clockwork instruments that understanding was ingrained knowledge gained from training and experience.

Future aircraft systems will not be easily described as functional blocks that perform well understood and dedicated functions. An autopilot, an autothrottle, autobraking, a flight management system, even an engine. Hybridisation is coming.

That does not mean a pilot must understand the inner working for a multicore microprocessor or complex software algorithm. Flight test pilots being the exception, in this case.

The design goal should always be to make safer systems. Engineering these aircraft systems is not a case of purely fitting together a set of Lego like components. The error made with the MCAS is one that ignored this fact. Interdependencies are manyfold.

Ideally, future aircraft systems, however capable and complex, should be describable, predicable, and ultimately trustworthy. These words sound so simple. One reason this is not simple is that very word – complex. The minute that there’s a massive number of possible combinations and permutations of conditions at may exit boundaries must be set. What’s a little more reassuring is that complexity if far from new in human experience[2].

Just to make the airspace of the future even more complex it’s no longer correct to think of an aircraft as alone and free to make any appropriate manoeuvre. Increasing connectivity, cybersecurity, and artificial intelligence (AI) all come into the mix.

To stay safe, pilots will have to appreciate how constraints and boundaries are managed. This information must be provided transparently and preferable with options.

[1] https://www.iata.org/en/pressroom/opinions/the-safety-paradox-fewer-accidents-greater-responsibility/

[2] https://en.wikipedia.org/wiki/Wheat_and_chessboard_problem

Understanding Conspicuity

It’s a weird word. That’s if you have not come across it before. How it’s used depends a lot on the context. Conspicuity isn’t everyday langauage.

One way to picture this word is to imagine a cyclist on a busy but poorly lit road. This is a case every driver has observed, I’m sure. Let’s consider two distinct cases. One where the cyclist is wearing dark cloths and riding without lights. The other case is where the cyclist is wearing a luminous jacket and is riding with lights. No prizes for guessing which one is the most conspicuous. Not only that, but the one who is less likely to be involved in an accident.

This is a simple two-dimensional space where two vehicles, or more, share a road. Both have a right to be there. However, one road user is much more vulnerable than the other. Being noticed, being seen, is key to a rider’s safety. Not a guarantee of safety. A necessary consideration, if not a mandatory one. Both driver and rider need to see each other for there to be safe operation.

In aviation the situation gets a whole lot more complex. For a start flying objects move in three-dimensional space and at speeds that can differ dramatically. From a static ballon to a fast military jet. Yet, just like driving on the roads the most basic way of avoiding collisions is to see and avoid. Naturally, there are a whole collection of rules of the air that wrap around that requirement. These rules set-up expectations that pilots will behave in predicable ways.

As technology has developed so the reliance on see and avoid has changed. Recently, I have found this is happening on the roads too. Sensors on my new car provide an autobraking function that kicks in when approaching a slower moving vehicle ahead. There’s a tracking function that nudges the steering wheel when drifting across a white line. Both forms of safety automation can be deselected. Do they result in fewer collisions? I don’t know.

There’s another aspect of flying that is an obvious difference from life on the roads. When collisions happen those involved are not going to stay put. Gravity will do its job. If an impact is sufficiently severe then it’s highly likely that one or more aircraft will not be flyable. An incident turns quickly into a catastrophe.

Thus, in aviation it’s vital that not only does each pilot need to know where they are but they need to know about everything around them. The condition of being conspicuous is not optional. It’s best if aircraft are easy to see. Surprisingly, this is far from always being the case. Unlike the lines on the roads, paths in the air crisscross and aircraft can be above and below one another. The geometry involved can get extremely complicated.

In the 1920s, innovations in Croydon[1] led to the world’s first air traffic control system. A growing amount of air traffic meant that a means had to be found to regulate their use of the air space. This was possible because an electronic means of aircraft communication had become viable.

The subject of Electronic Conspicuity[2] has come on in leaps and bound ever since. Finding ways of sharing awareness of everyone’s situation has made aviation safer. Radar and aircraft transponders are an integral part of commercial flying. This story doesn’t stop. I could go as far as to say that this whole subject is still in its infancy. With ever more airspace users demanding access then innovations continue to be absolutely vital.

[1] https://www.flightglobal.com/ops-safety/2020/02/colourised-images-mark-centenary-of-worlds-first-control-tower/

[2] https://www.caa.co.uk/General-aviation/Aircraft-ownership-and-maintenance/Electronic-Conspicuity-devices/

Sustainability in Aviation

Conventional thinking pervades. It’s the model for seeming to be reasonable. To grow consensus and find a middle way through opposing parties. To bend in response to the wind that blows from popular opinion. Institutions are inclined to go this way. This is not surprising when an organisation is set-up to serve a large constituency. There’s the need to emphasise the parts of public policy that coincide with the mission of the institution. To push back gently against the ones that run adverse to that mission too. The Royal Aeronautical Society’s (RAeS) position paper on Airports[1] is a nice example. Here’s a few points that come to mind.

Linking Airports and Advanced Air Mobility (AAM) isn’t such a good idea. Yes, there’s the fact that Airports have infrastructure which every form of air transport needs. That’s the upside. The downside is the competing for resources and high cost of the provisions at major Airports. There’s a degree of environmental saturation that can’t be avoided.

One of the greatest opportunities for AAM is that of entirely new air transport links. Afterall, a Vertiport needn’t take up much space. As long at there’s plenty of electrical power and links with other modes of transport there are exciting possibilities.

A long time ago the commuter class of aircraft operations was created in the US. These were referred to as air taxies (fixed wing). The idea was then to open a travel market at a layer below large transport operation. It wasn’t that successful but does show mixes of types of traffic at major Airports doesn’t work out for the smaller parties.

Regional airports, and their potential, are greatly undersold. It’s wrong to see them as merely part of a hub and spoke network. What they do best is to serve their local communities. Having recently flown through Bournemouth (Hurn) Airport for the first time, it’s clear that so much can be done to spread the load and make traveling again a pleasant experience.

To me, I see the emperor’s new clothes. The case of the expansion of London Heathrow Airport (LHR) is not viable. Dressed up as an investment opportunity this continuation of incremental development is what we do badly in the UK. Environmental saturation has hit the rails. The proposers are dressing up a project that is the proverbial putting of eggs in one basket.

I don’t think the same can be said of London Gatwick Airport (LGW). In fact, squeezing the amount of capacity out of what’s there now is a feat of amazing ingenuity. Surely, that major London airport does need a genuine second runway. Even with less good than needed surface access this former racecourse has the ingredients for success.

Yes, I know it’s difficult to get away from London centric thinking in the UK. Nevertheless, that’s what’s needed to ensure the whole country thrives. Airport policies that lump everything else as “others” or under one label as “regional” aren’t tacking the challenges. The UK as major cities. Each has significant needs for air transport.

Some say that environmental objectives and Airport expansion are not compatible. The difficulties are clear to see. Each area of concern needs resources at a level commiserate with the needs. Quality of life, in and around Airports, should not be traded for economic benefits alone. Tackling air quality, water quality, on and off Airport noise, waste management, traffic volumes, overflight privacy, and enhancing biodiversity are not merely nice to haves.

[1] https://www.aerosociety.com/media/29306/raes-airport-expansion-in-the-uk-position-paper-april-2026.pdf

Why King Charles Should Delay US Visit

I’m doing that Keynesian double-take. The facts change, so what do I do? I change my mind. That’s what I’ve done in respect of the current situation on the other side of the Atlantic. Shear pig-headed stubbornness is in fashion in high places. That prideful assertion that says nothing I do or say can be wrong. Well, I’m not going to fall into that foolish trap.

Should the UK’s Head of State pay an official visit to the United States (US). The answer must be “yes” at an appropriate time and place. I listed a respectable number of reasons why the UK and the US are linked by history and a whole lot more. However, I’ve put a caveat on the view presented. At an appropriate time and place, is a way of saying that there should be conditions.

As it stands, the King’s planned visit to the US this year should be called off. The conditions are not right for a successful visit. The US -UK special relationship has a past, it may have a future but at the present there’s a big problem.

In this anniversary year of American independence, I had argued that it was good to celebrate a long-standing relationship. However, just at this moment, the US and UK are in quite separate places. It maybe the case that the citizenry in both countries is thinking similar things. What’s clear is that the leadership of both countries are not on the same page.

If the non-partisan opinion polls are to be relied upon, the citizenry in both countries have a highly negative view of the decision to enter a war in the Middle East. Putting the UK’s Head of State in a position where an appearance can be manipulated to indicate support for the instigation of war in the Middle East is not a good place to be.

It’s right to acknowledge the facts. There is a war in Europe which is of greater concern to most British people. That situation needs to be resolved. Engaging in a war of choice in the Middle East is not in the best interests of people in the UK, or Europe. It’s happening and the daily news gets worse and worse.

From what I gleam, and what little I know, King Charles is doing well at upholding the dignity and integrity of the British Monarchy. Not so easy a task when blessed with a wayward brother and long-standing family splits. The King is faced with small protests in the UK given his brother’s past associations and the blind eye that was turned to his brother’s behaviour.

I’m a British republican in nature but continue to have respect for our peculiar constitutional settlement. Yes, we could do better but that’s an argument for another time. Imagine how much distaste a substantial number of the British people will feel if our King is seen to align himself closely with an unpopular American President. Not good optics, as they say.

My points are made without thought of political bandwagon hopping as favoured by lots of UK Members of Parliament (MPs). That just doubles-up the complexity of making the right long-term decision on this difficult real time issue of international relations.

It’s clear to me that, in his second term, the legacy that President Trump will hand down to the next generation, is and will be a horrid and tragic mess. We’d better start looking further ahead at how the 2030s[1] can be made a better decade. Historian will look as aghast at the late 2020s. The political volatility of the current situation is such that predictions become even more difficult. Power drains away when politicians ignore the people – let’s see how that goes.

Post 1: I agree with David David Dimbleby labels King’s visit to US ‘an embarrassment’

Post 2: Now there’s no doubt in my mind that the King should not visit the US at this time Iran war latest: Trump issues expletive-laden threat to Iran demanding Strait of Hormuz be opened – BBC News

[1] Trump’s term of office: 20th January 2029.

Runway Incursions and Airline Safety

Firstly, condolences to the families and friends of those killed in the recent aviation accident at LaGuardia airport in New York. It’s incredibly sad that this destructive runway incident took place in the way that it did. At this stage there is a jumble of international News reports. As is often the case while attention is focused on what happened at a time when the facts have not been verified or data collected.

What is known is that Air Canada Express flight 8646 was where it was supposed to be on a runway and an airport-based fire truck was not. The resulting high-speed collision had disastrous consequences for both the aircraft and the fire truck.

The US National Transportation Safety Board (NTSB) has quickly engaged to start a detailed technical investigation. Their role is to independently piece together all the information that is available and determine a probable cause of the accident. With that to make formal safety recommendations aimed at preventing accidents and incidents.

What I can say is that the subject of Runway Incursion (RI)[1] is a long-standing aviation safety concern. So much so that it has its own accident category when it comes to aviation safety data analysis. Such tragic events are not isolated or extremely improbable.

Air Traffic Control (ATC) is tasked with separating aircraft from each other and any other vehicles. Accidents in this category have been the catalyst for advances in equipment and procedures. That said, there’s no getting away from the substantial number of human and operational factors that pervade this domain.

Unlike the design and construction of aircraft system whereby an onerous safety objective can be stamped on a technical specification. Managing air traffic on the ground is done with a high dependency on the actions of professionally trained staff.

In an internationally accepted code, a RI is defined as:

Any occurrence at an aerodrome involving the incorrect presence of an aircraft, vehicle, or person on the protected area of a surface designated for the landing and take-off of aircraft.

I don’t hesitate to say that’s what happened at LaGuardia. This says nothing about – why?

So, we have an indication of what happened. What’s a little unsettling is how quickly there is News reports speculation on why it happened. Initial references to someone having made a mistake or error are no helpful. This signalling tends to encourage a simplification of the circumstances of the accident into a matter of blame. That unfortunately leads to an impression that this is a rare event that can be attributed to one factor. All to often this is not the case.

The actions of professionally trained staff can be put under such work pressure as it comes to a situation where no normal person can perform adequately. It was the introduction of Safety Management Systems (SMS) that was intended to identify these scenarios and ensure that they were mitigated or eliminated.

The actions of everyone involved with this fatal aviation accident are now under investigation. Aviation is not a “a dangerous business”. However, it is a business that requires more care and attention than most. That includes the provision of adequate resources at all times.

[1] https://www.intlaviationstandards.org/Documents/OccurrenceCategoryDefinitions.pdf

Transitioning to Green Aviation

Put your hands over your ears if your mantra is – drill baby drill. If climate change is a myth, in your mind, or you take a devil may care attitude, then the mere mention of the word “green” may give you the jitters. This is not for you. Move out of the way.

For the rest of us, who live in the real world, on planet Earth, there’s a problem. A prickly, tricky, sticky, long-term global problem. One that has commanded a great deal of attention but sometimes almost to the point of boring the pants off. Transport is one of those sectors that needs attention. Progress toward the adoption of Electric Vehicles (EV) is underway. Now and then, there’s a push back, but the direction of travel is clear. An immediate reminder of the need to change is the volatility of fuel prices at the pump. An inability to control or foresee global events that push oil and gas prices one way and then the next.

Sustainable aviation is turning out to be a hard nut to crack. For ground-based vehicles the issue of power density is not as constraining as it is in aviation. Weight is one of the fundamental parameters in flight. So, current high energy batteries present a particular technical challenge.

Exploring new forms of flight propulsion is a god send for futurologists, researchers and adventurous innovators. None of the technical challenges are a quick win. The avenues for study are infinite. Well almost. Antigravity doesn’t seem to be on the cards – yet.

I guess one of the barriers is that we have a sophisticated global aviation system that we, almost entirely, take for granted. The technology involved in transporting 200 people from a cold, grey, dull, wet Britain to a sunny warm inviting holiday destination has matured to such a point that few look at it with astonishment. That so much is provided for so little outlay.

It wasn’t that the problems of providing such air transport services were easy to solve. It’s an inheritance that has stretched over many decades. Testament to the work of a vast number of smart entrepreneurs, engineers, scientists, officials and alike.

Hydrogen fuel, or some form of hybrid propulsion does seem to be a long-term prospect.

What I see now is the excitement created by past projections is being tempered by practical reality. Wonderful strategic plans, with outlandish charts, pointed the way to a fossil fuel free utopia. Those colourful documents did good in driving forward a level of thinking. Where they offered a lesser contribution is in predicting and enabling a practical transition.

This is the time when everyone does a double take. Where the aim is a workable business cases that provides a transition in a believable, sound and rational sense. Flirting with bankruptcy has been a habit of past adventurous aviation developments. Read the turbulent story of the jumbo jet. Most agree this is not a desirable state to wish for or be in. Maybe this is the tale of the tortoise and the hare. Methodical plodding through the difficulties, incremental change, ingenuity and sheer hard headedness are needed. A couple of points to round off.

One – don’t get stuck on the repetitive nonsense that new developments can’t takes place until the regulatory structure is in place.

Two – don’t build houses on all the small airfields and lesser-known airports that may, one day, become part of a new transport system[1].

[1] https://en.wikipedia.org/wiki/Plymouth_City_Airport

The Mystery of Flight MH370

It’s ridiculous and shocking. In the modern era of civil aviation, that a large passenger aircraft can go missing and never be found. This tragic disappearance that has had experts baffled.

Mysteries, in the early days of flying, were not commonplace. They were, however, sufficiently commonplace for pulp fiction writers and amateur investigators to fill their boots. Mysteries at sea, and in the air have been a fascination for as long as there has been maritime and air transport. As our scientific and technical capabilities have increased so has our expectation that these mysteries are of the past, not the present.

Without any cause for concern, Malaysia Airlines flight MH370[1] took off 12-years ago. The aircraft disappeared from radar and has never been seen since. Parts of the aircraft have been recovered. Unfortunately, those parts provided insufficient evidence as to where the whole aircraft crashed. With what is known, this Boeing 777-200ER[2] aircraft is somewhere in the depths of the ocean. How it got there, wherever there is, and why remain unknown.

The most recent sea search for the wreckage of the aircraft has yielded no findings. Systematically searching the Indian Ocean, an organisation known as Ocean Infinity, has not advanced our understanding of what happened to flight MH370. That might be unfair, since we now know that the aircraft wreckage is not likely to be at the locations they searched.

The vast area of the Indian Ocean has an average depth of over 12,000 feet. Locating an object on the seabed is a hard task even when there’s some idea where it’s resting. To make the task even more difficult, ocean seabeds have a wide variety of geological formations. Mountains, crevasse and flat expanses.

We spend most of our time living on dry land. The reality of planet Earth is that a larger part of its surface is covered with water. That we can be thankful for given what we see of other planets.

Thus, the importance of having the mechanism for location that works anywhere and everywhere. Airborne Communications, Navigation and Surveillance (CNS) is vital in all aspects of international flight. Flight MH370 was equipped with Boeing’s FANS-1 (Future Air Navigation System). This does have a surveillance function in that it provides aircraft position reports via satellite communication (SATCOM).

[In the late-1990s, I was involved in the standards setting and regulatory approval of the airborne components of both the Boeing FANS-1 and AIRBUS FANS-A systems].

Reports of the loss of MH-370 say this aircraft system was working at the point of take-off. Official reports also say that this aircraft system was “deliberately” disabled during the flight. A mystery remains as we may never get to understand the motivation for this action.

There’s no good reason for disabling such systems unless they are presenting a hazard to the aircraft in flight. Clearly the crew need to have the ability to isolate aircraft systems in the event of an avionics bay fire or other significant failure events. Circuit breakers are provided for that purpose. Procedures and training are too.

So many questions. Will the Indian Ocean search be revived again? Not for a while, I think.

[1] https://john-w-vincent.com/2024/12/20/mh370-and-mh17-a-decade-on/

[2] The ER stands for Extended Range.

Transport of Flight Delights

Air Taxies are becoming a reality. It’s not Science Fiction anymore.

The history of the “hackney carriage” is along and illustrious one. They remain firmly attached to the road. They do move with the times. From horses to combustion engines to electrified cabs[1], I wonder if London back cabs will adopt Hydrogen fuel next?

Providing safe and reliable public transport for about 8-passengers, in reasonable comfort, with a limited amount of luggage, they are a vital part of the city landscape. Ferrying people from place to place and even going south of the river (a popular saying from the people who live north of the River Thames).

In New York, “Yellow schools of taxi fishes” in a song by Joni Mitchell. Schools or sholes of taxies swimming in a sea of traffic. Frantic and colourful as they are shown in a lot of 1970s movies. A chaotic scene where the protagonist runs out into the middle of dense, barely moving traffic.

What happens when these modern convinces take to the air? If they were still with us, I’m sure Flanders and Swann[2] would have written a song about this new marvel. The distain of London buses towards black cabs is there in the lyrics. So, as air taxies take-off, as it were, will the cab drivers of the city protest or join the ranks of new flyers?

Please don’t answer that question. I’ve in mind more serious issues. The whole history of aviation safety data analysis shows us an immutable fact. Take-offs and landings are riskier than flying in at altitude. It really matters not if flying horizontally or vertically.

How does this come to be? A simple answer would be to say that the results of aviation accidents eventually end-up on the ground. Gravity does its work. Put that aside for a moment. Take-offs are optional but landings are mandatory. That’s a traditional saying that amuses non-flyers but is all too real to pilots and alike.

The act of taking a flying machine from the freedom of movement in 4-dimensions to a preselected stationary point on the ground. Those policies and plans that are published refer to Vertiports being established much as Heliports have been in the past. Some may double up. The theory is good. A pre-defined clear space that can accommodate a typical eVTOL aircraft used as an Air Taxi, with all the necessary operational and safety provisions. Surrounding areas protected from the down wash of the Air Taxi. Care to remove any foreign objects from the vertiport surface. A mini terminal to add to the cityscape.

One of the biggest variables in this brave new world of public transport is as old as the hills. It’s the local weather. Dubai can roast an aircraft with clear skies and 50C while Aberdeen can soak them in rain and impenetrable mist. Dust and wind can blow through Marseilles while deep snow and ice covers Montreal. Whilst in Lahore the air itself can be hazardous.

Terrestrial vehicles do cope. Often this means that there are different rules and regulation that take account of the local conditions and priorities. The impatience that some advocates have for a rapidly formulated globally set of harmonised rules and regulations might be misplaced. In fact, it may even impede the introduction to service of Air Taxi services.

Since I’m discussing the busy urban environment, I can presume that any accidents and incidents will be the focus of a great deal of public attention. Ultimate safety is a nice aspiration, but then reality takes hold. There will be occurrences. When they happen, city councillors are going to have their say.

Post 1: Air taxis are an exciting development in air mobility, but to get off the ground. SESAR Joint Undertaking | EUREKA- European Key solutions for vertiports and UAM

Post 2: Infrastructure Developer Highlights Timeline Convergence as eVTOL Certification and Vertiport Development Both Require Nine Months, Creating Binary Decision Point for Property Owners | citybiz

POST 3: The Air Taxi topic has become newsworthy this last week. US lawmakers push FAA certification reforms for eVTOLs:

https://aviationweek.com/aerospace/advanced-air-mobility/lawmakers-push-faa-certification-reforms-evtols

https://www.flyingmag.com/congress-faa-electric-air-taxi-certification/

Click to access Aviation-Innovation-and-Global-Competitiveness-Act-Final-Bill-Text.pdf

[1] https://www.levc.com/

[2] https://youtu.be/7yHrpPRYgYM

FLANDERS & SWANN – ‘A Transport of Delight’ – 1957.

Aviation Insights

One shilling and seven pence, that’s what a copy of Flight magazine cost in 1960. Today, roughly that’s equivalent to £6. Which is not so far off the weekly cost of a typical printed magazine taken off-the-shelf in a newsagent. Now, Flight is a digital subscription[1] at £22 a month. We consume our News in a different way, but the overall price is not so different.

Spending money in charity shops always contributes to some good cause or another. Certainly, our British High Streets in 2026 are markedly transformed from that of 66 years ago. Fine, if I get hung up on that elegant number. It’s not a bingo call. It’s the number of times I’ve circled the Sun. Circled, that is, while safely attached to this rocky planet.

The young woman behind the counter was chatting to what must have been a regular when she looked up. I pointed an unregarded dusty box on the floor in the corner of the shop. “How much to you want for that box of old aviation magazines”. She looked slightly fazed. Nobody had even thought about pricing them let alone selling them. They had probably been donated as someone emptied the attic of their grandparents. Probably on the verge of going to the recycling bin.

Eventually, we settled on a modest price. She looked me up and down. I’m sure she thought that I was completely mad. That said, charity shop workers, volunteers, must face that colourful situation more than a couple of times a week. Even a day.

What struck me was the first inside page. The weekly editorial could have been written yesterday. It’s titled “Facing it” and reads thus:

“More than one great newspaper has given warning that our nation is living beyond its means – that our export prospects are poor, and that we are taking a commercial thrashing”.

“Bleak prospects for a people who have never had it so good, and one that promotes us to consider how the aircraft industry is facing up to cold reality.”

It went on to highlight that there had been few new aircraft at the Farnborough airshow of that year. It was an October publication[2]. There was a lot of talk about industry and Government cooperation but that this was not delivering.

“And now that the industry is needed, as it has never been needed before, it will not be found unready or unwilling.”

But the lament was about the failings of the Government of the time, and there being no room for complacency. This was 4-years after the Suez Crisis.

Today, we have an increased security threat, much as arose in the Cold War days. Industry and Government cooperation needs to be a lot more than fervent aspirations. We seem to be in the same phase of formulating strategies rather than implementing actions.

Don’t let me paint a picture of gloom and doom. What this Flight magazine had is great stories of British technical innovation. Electronics and control systems were advancing rapidly. Automatic landing systems were being pioneered. Technology applied improved aircraft performance and aviation safety significantly. In fact, in numerous areas Britain was not only leading, but guiding the world.

[1] https://www.flightglobal.com/subscribe

[2] Flight Number 2691 Volume 78.

Should Parliament Relocate?

I wouldn’t for one moment propose that the palace of Westminster be demolished. It’s an iconic landmark. No, my point is that the building is entirely ill-suited to be a 21^st century parliament building. What served well in the Victorian period now restraints and stultifies its occupants.

Across the great river Thames is another iconic building, London’s Country Hall. That’s no longer an important seat of local government. Throughout the country there are hundreds of former Town Halls, now put to other uses. Lots of listed buildings that are rightly preserved as part of our unique British heritage.

I’m reacting to the News story about the cost of repairs to the Houses of Parliament. Possibly six-decades of work at the cost of tens of billions of pounds. Parliamentarians, who may never see the work finished, will need to decide on different potential courses of action.

Let’s be clear. Six-decades ahead takes us to the year 2086. Those at school now will, they hope, be retired as the final lick of paint is applied. Not only that but who on earth can realistically predict the final cost to the taxpayer of such a never-ending project?

This brings home what real long-term planning is all about. Do we adopt a myopic vision based on sentimentality and stick with the existing palace of Westminster or take a different approach.

Buildings, their structure and form, do shape the way we behave. What would be the point of celebrated architecture if such was irrelevant to the human experience. This has been understood in both Germany and Australia.

British architect Norman Foster’s reconstruction of the Reichstag in Berlin[1], finished in 1999, transformed a 19th-century building into a modern, transparent seat of democracy.

The architecture of Parliament House[2] in Canberra is well worth a tour. To be able to walk over the hill, and on top of the building is a profound statement that suites Australians so well.

My view is that an ambitious nation would look at the next sixty years as an opportunity to forge an identity suited to the future not the past.

So, British Parliamentarians move out of Westminster and look for another solution.

The great River Thames is part of our national story in a way that other rivers are not. The River Severn may be longer, not by a lot, but it doesn’t have the navigation that made the Thames and the city of London so pivotal in our national story. What other locations on the River Thames would fit the bill? Likely more central but remaining well connected. My suggestion might shock some people and create an instant rejection.

Our national story is one of roads, rivers, canals and railways. Moving inland along the path of the River Thames, a fast efficient railway service leads to a large town, not yet a city. The ruins of Reading Abbey, founded by King Henry I in 1121 “for the salvation of my soul,” reminds me that a sense of continuity has its place. That’s apt. For the salvation of the souls of our elected representatives, why not choose Reading.

I’m not saying the famous Reading Gaol[3] could be repurposed. Anyway, it’s been sold. But there are numerous sites in that town where a new parliament building would shine a beacon of hope.

[1] https://www.fosterandpartners.com/projects/reichstag-new-german-parliament

[2] https://www.aph.gov.au/Visit_Parliament

[3] https://en.wikipedia.org/wiki/The_Ballad_of_Reading_Gaol