News

Time To Go Home

Towards the end of our New Year’s Car Meet, we handed our 1970 MGB Roadster back to its owners. After spending some time in the

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Mercedes Wiring

John has been cleaning the overspray and grease and oil off the wiring loom of our 1987 Mercedes 500 SL. He then started routing wiring

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Prep And Paint

Our 1969 MGC GT has been in the Bridge Classic Cars paintshop with Chris. He rubbed down the primer on the car before moving it

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A Happy Winner

Lucky winner, Mike Bartlett, was delighted when he accepted the delivery of his 1968 Morris 1000 Pickup. After being drawn as the winner on the

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Priming Our Spitfire

Bridge Classic Cars paint technician Alan has been working on our 1976 Triumph Spitfire. He prepped the polyester primer ready for high-build primer before applying

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Devon Restoration

Fabricators Chris and Monty have been continuing their work on our 1951 Austin Devon Pickup. They have repaired the pillars as well as fabricated the

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MR2 Repairs

Jonn has been continuing his work on our 1992 Toyota MR2. He has stripped and fitted a new fuel filter. He has also drained the

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Looking Great

Now that our 1970 MGB Roadster has come to the end of its stay at the Bridge Classic Cars workshop, Nick spent some time taking

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Worldโ€™s First Hydrogen Boat

Bramble Energy have recently achieved what will likely to a history-defining moment in the marine world, with the launch of the worldโ€™s first hydrogen-electric boat, powered by a printed circuit board fuel cell (PCBFCโ„ข).

As the lead partner in the HyTime project, Bramble Energy, in collaboration with custom engine builder Barrus, unveiled the prototype vessel to demonstrate the huge potential of PCBFCโ„ข to quickly and cost-effectively decarbonise the marine industry.

The 57ft narrowboat was launched in Sheffield, Yorkshire. It successfully completed testing, emissions-free, using a custom marinised fuel cell system. This fuel cell setup has the potential to provide the boat with a range of approximately 600 miles; coming from its 14kg onboard hydrogen storage, with additional power from solar panels on the boatโ€™s roof feeding into the 22kWh battery system.

Securing close to ยฃ1 million in Government funding from BEIS (now the Department for Energy Security and Net Zero – DESNZ) in 2022, Bramble Energy got to work on the development of its hydrogen fuel cell technology, which could be a replacement for diesel engines in boats.

Built in Sheffield, Bramble engineers created a brand new hydrogen system tailored to meet marine standards. This technology holds the potential to save up to 12 tonnes of CO2 emissions per year for each vessel using it.

The maritime industry contributes a staggering 940 million tonnes of CO2 annually, accounting for about 2.5% of global greenhouse gases. To address this, the Clean Maritime Plan mandates new vessels to possess zero-emission capabilities starting in 2025. This project aimed to showcase how the adoption of hydrogen as a fuel source could aid this transition, extending the range of pure battery systems while eliminating dependence on fixed charging infrastructure.

Tom Mason, co-founder and CEO of Bramble Energy said: โ€œWhile road transportation has arguably had the greatest amount of attention in terms of developing zero-emission solutions, the reality is there is a massive urgency to decarbonise across all transportation sectors โ€“ especially marine. CO2ย emissions from the marine sector are staggering. It requires a quick, convenient, cost-effective technology that also provides no compromise when it comes to performance.

In a short amount of time, we have designed, developed, built and launched a working demonstration of our PCBFCโ„ข technology within a marine application. Our solution has the ability to meet a range of power needs and is easily scalable, which is the exact catalyst the industry needs to make a seamless shift to hydrogen to quickly meet emissions regulations and contribute to greener and cleaner waterways.โ€

Hydrogen Boat - Bramble Energy - Bridge Classic Cars
Image: Bramble Energy

16 responses to “Worldโ€™s First Hydrogen Boat”

  1. MR MARC A T WILSON avatar
    MR MARC A T WILSON

    Where do you source the hydrogen?

    1. steve avatar

      electrolysis of sea water gets you o2 + h2 – can generate it yourself.

      1. John Thompson avatar

        Sea water contains calcium and magnesium, which will foul up the plates with carbonates which reduces efficiency until it cannot produce hydrogen. We have a solution. Email john@fluid-conditioning-services.com

      2. Simon avatar
        Simon

        It would require more power to generate the hydrogen than you would get from reacting it in a fuel cell or burning it. Hydrogen is a convenient source of energy for vehicles, but it would have to be produced in a stationary plant to be efficient. It could be produced using solar power, but that would not be feasible with the size of arrays that are fitted to boats, and in which case you may as well just use the power direct or use it to charge batteries!

  2. Dave Allen avatar
    Dave Allen

    How quickly will the Hydrogen fuel be available and what is the โ€œper mile โ€œ cost of using this fuel?
    What are the costs of this system?
    What will installation and certification cost?
    Will this be certified for full time live aboards?
    How long will this type of system last? Diesel engines last a lifetime.

    1. Andy T avatar
      Andy T

      Dirty hydrogen (created from natural gas) costs between 1.5 to 5 โ‚ฌ per kg, clean hydrogen is about โ‚ฌ 5 to 8 per kg.

  3. Richard Norman avatar
    Richard Norman

    I’m looking at Hydrogen for a project
    please could you contact me I’m interested in what you have done

  4. Ronaldo avatar
    Ronaldo

    The Clean Maritime Plan itself does NOT mandate new vessels to possess zero emission capabilities by 2025, and explicitly says so.

    To quote from it, page 6 paragraph 8:

    “These zero emissions shipping targets are intended to provide aspirational goals for the sector, not mandatory targets. They can only be achieved through collaboration between government and industry, promoting the zero emission pathways that maximise the economic opportunities for the UK economy while also minimising costs for UK Shipping ”

    paragraph 10

    “In order to reach this vision [ In 2050, zero emission ships are commonplace globally] by 2025 we expect that :

    i. All vessels operating in UK waters are maximising the use of energy efficient options. All new vessels being ordered for use in UK waters are being designed with zero emission propulsion capability. Zero emission commercial vessels are in operation in UK waters. ”

    Thus the document merely sets out aspirations, not mandatory requirements. Perhaps legislation might get, or might have got, enacted to give effect to the 2025 date, but the Green Marine document is not itself the law, and explicitly states that it does not mandate anything .

  5. Jan Vendelin Hala avatar
    Jan Vendelin Hala

    YES FOR BIG TRANSPORT BOATS, WOULD BE BETER SMALL MODULAR REAKTOR TO PUSH IT.

  6. Neil Brown avatar
    Neil Brown

    Will it be Crick boat show this year

  7. Henk Yserman avatar
    Henk Yserman

    Electricity is needed to generate Hydrogen. What is the disadvantage to use the recently developing dry-batteries?

    1. Andy T avatar
      Andy T

      The hydrogen tank can save way more energy than the 22 kWh battery this boat is using.

  8. David Gavin avatar
    David Gavin

    I THINK THIS A GOOD LEAP FORWARD ,BE CAFULE THE LARGER FUEL INDUSTRIES DONT CRUSH YOU ,TO MANY GREAT IDEAS GET DISAPPEARED.

    1. Steve Barber avatar
      Steve Barber

      Interesting. It must be remembered that producing hydrogen is a very energy intensive and currently carbon intensive process. Green hydrogen, produced by renewable electricity is better but very wasteful of renewable electricity and there is already a huge demand for hydrogen in the chemical and steel industries.

      Hydrogen storage is not easy and wasteful.

      However, maybe it’s got better energy density than batteries.

      I’d like to see the figures.

  9. Geoff Meadows avatar
    Geoff Meadows

    Good day. I really enjoyed your article and would really appreciate some more information. Kind regards Geoff

  10. Malcolm Bridge avatar
    Malcolm Bridge

    Although it will work this is a nonsense both scientifically and financially in a canal boat. Producing hydrogen by steam reforming natural gas (the current method) uses huge amounts of thermal energy and produces lots of CO2 so is little, if any, better than using a diesel engine. Electrolysis (only ‘green’ if the electricity comes from renewable sources) is about 70% efficient and the fuel cell will be about 50%. Add in an allowance for carriage (a massive Hydrogen tanker carries just 1 tonne of Hydrogen) and you finish up with about 30% of the original electrical energy available to propel your boat. Cost is rather harder to pin down but Hydrogen currently seems to cost ยฃ10-15/kg, 2.5-3.5 times that of hydrocarbon fuels on an equivalent energy basis. I have been unable to find a price for electrolytic Hydrogen but you can be quite sure that it will be a lot more expensive. Far better just to pass the electricity through wires and store it in batteries. Where Hydrogen might have an application, mentioned in the article but largely overlooked by the responders, is in ocean-going ships where battery powering isn’t an option.

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Time To Go Home

Towards the end of our New Year’s Car Meet, we handed our 1970 MGB Roadster back to its owners.

After spending some time in the Bridge Classic Cars workshop, it was great to see the happy owners here with us, taking their car back where it belongs.

A New Restoration Project

Our 1964 Triumph TR4 has recently arrived at the Bridge Classic Cars workshop.

This is one of the latest classics to come to us for a full restoration.

Once work begins, it will be exciting to see the car slowly come back to life.

The First Sunday Scramble Of 2024 At Bicester Heritage

Bicester Heritage held its first Scramble of 2024 with a sell-out event on Sunday, January 7th. More than 6500 people attended, despite the cold weather, and were treated to an incredible display of classic and supercars. It’s not very often that you can see an Aston Martin Valkyrie alongside Model Ts and Austin Sevens!

We are fortunate enough to work with Caroline from Global Workshop, who provide us with our restoration management software. Caroline attended the first Scramble of 2024 and was kind enough to send us some pictures of the event.

New Year’s Car Meet

Thank you to all of you who turned out to attend our New Year’s Car Meet on Sunday, it was a cold but dry morning and we were astounded by the variation in cars. We had nearly 200 visitors with a variety of cars, some over a century old to modern daily drivers.


The Atelier Bar was open for hot drinks and pastries and we offered bacon sandwiches with delicious bacon from E W Revett & Sons Butchers, based just down the road in Wickham Market, and fresh bread from our friends at The Bakehouse Bakery Woodbridge.


Events like this display the comradery amongst the local classic car community with people swapping stories and advice about their experience with classic and modern cars.

Painting Cobra Parts

Mauro has been painting various parts of our 1975 Cobra Replica in black.

Preparing For Competition

Jonn has been preparing our 1963 Vauxhall Victor for its launch on Bridge Classic Cars Competitions.

After getting it into the workshop, Jonn continued his inspection up on the ramp. He adjusted the dynamo belt before bending the tangs on the radiator cap to tighten.

He then untwisted the driver’s seat belt and glued the knob to the heater and control lever. The terminal onto the speaker was soldered and tested.

Jonn then stripped, cleaned, and inspected the brakes. He adjusted and greased them all before refitting the wheels and adjusting the handbrake cable. all of them.

‘I Don’t Believe It!’ – Our 1963 Vauxhall Victor FB is now live

It played an important role in many young petrolheads lives. Whether it be watching the roads pass by from the comfort of the bench back seat, or from behind the wheel with your first taste of automotive freedom, this classic perfectly captures a moment in time for so many of us.

Itโ€™s our 1963 Vauxhall Victor FB and it could be yours for just a few poundsโ€ฆ

Finished in period correct Limestone White with a matching, characterful patinaโ€™d interior our Victor FB has been kept as a time capsule to preserve its originality.

Fitted with the classic Vauxhall 1.5-litre 4-cylinder and 4-speed manual gearbox, this time capsule is the perfect way to go back in time and relive days gone by.

Included in the cars history folder are invoices and receipts dating back to the mid-1980s.

Why not go back in time with our Vauxhall Victor FB? Enter now for your chance to win.

Take a look at the full gallery and video here:

Mercedes Wiring

John has been cleaning the overspray and grease and oil off the wiring loom of our 1987 Mercedes 500 SL. He then started routing wiring into the correct positions.

The other Jonn then continued to sort/route the wiring before mounting the heater valve to the bulkhead. The ABS pump was mounted and Jonn repaired and rebuilt the heater fan and mount in place.

Jonn then drilled the hole in the nearside bulkhead and routed the bonnet release cable through.

Prep And Paint

Our 1969 MGC GT has been in the Bridge Classic Cars paintshop with Chris.

He rubbed down the primer on the car before moving it into the oven and masked it up ready for painting. Chris then painted the car before painting the roof frame in DTM Satin.

Removing Interior Panels

Lydia removed the interior panels of our 2010 Land Rover Defender. The roof had to be removed for some bodywork to take place and the play lining in the rear was removed so it could be covered.

Stripping A Stag Roof

recently, Lydia spent some time stripping the headlining and internal parts off the hard top for our 1978 Triumph Stag.

Firstly, she removed all rubber pieces that she could, to expose the metal strips holding back the headlining. Then she had to drill out the rivets and remove the strips.

Next, Lydia prized the edge of the headlining away , pulled out the roof bars, and was able to pull out the headlining piece.

A Happy Winner

Lucky winner, Mike Bartlett, was delighted when he accepted the delivery of his 1968 Morris 1000 Pickup.

After being drawn as the winner on the last live draw of 2023, Mike, with ticket number 4032, won this stunning pickup as well as having ยฃ1000 transferred to his bank in time for Christmas.

Everyone here at Bridge Classic Cars would like to congratulate Mike again and we hope he enjoys his very own festive classic.

Exhaust Tips

Monty has made exhaust tips for our 1959 Jensen 541R.

Running Gear Strip Down

Last week, James started to strip the running gear down of our 1953 Aston Martin DB2/4 for refurbishment. The axles have been broken down into component parts ready for blasting/cleaning and then painting, any worn or damaged parts have been located and will be replaced on re-assembly. The brake and clutch pedal unit has also been stripped and will be refurbished ready for when the chassis is back so the rebuild can start.

Uncovering Previous Repairs

Rob has continued the strip down of our 1955 Aston Martin DB2/4 Drophead Coupe.

As he was doing this, he found some highly questionable previous repairs. I think Rob said it best when he said:

“The next time you look at a classic car, however much it may be worth nowadays, just remember that once it was just an old car, and worth less than a packet of fags, and will have been bodged up accordingly. This is the previous repair that has been carried out to some very extensive damage on the sill of the Aston. Mind-boggling!”

Rob also removed all the securing bolts and lowered the front and rear suspension assemblies, as complete units, ready to be stripped for rebuilding at a later date.

Priming Our Spitfire

Bridge Classic Cars paint technician Alan has been working on our 1976 Triumph Spitfire.

He prepped the polyester primer ready for high-build primer before applying the high-build primer to the doors and boot lid.

Alan then masked and primed the body of the car.

Devon Restoration

Fabricators Chris and Monty have been continuing their work on our 1951 Austin Devon Pickup.

They have repaired the pillars as well as fabricated the left-hand step. Chris also went on to start making the cab corner.

Starting A 119-Year-Old Car

Our 1905 Riley 9HP was originally thought to be just 1 of 3 remaining examples. However, the evidence now suggests that it is, in fact, a 1 of 1 prototype of the first car to have fully removable wheels. This is the moment we started the 119-year-old car in the workshop.

The Pursuit of Power – How Alpina Became Synonymous with fast BWM’s

The pursuit of power in the automotive world is not a modern phenomenon. Some say it happened the day after someone bought the second car ever built, and the owner of the first car found out it was faster.

For generations, petrolheads around the globe have been working on furthering the ever expanding horizon of performance. Whether that be horsepower, handling, lightness etc. it is a constant and headcharging crusade against the laws of physics, metallurgy and sometimes common sense.

Certain names become established at being particularly talented for getting the most ‘potential’ out of a certain brand or model. For instance, Burton Performance in the Ford world or the legendary name of Coombs within the classic Jaguar-sphere.

In Europe, the tidal wave of fast, comfortable and relatively agile performance cars would begin in the 1960’s. In Germany especially, the reconstruction and reconnecting of road networks after the devastation of the second World War would pave the way for the legendary ‘bahn-stormers’ that would follow in the next 40 years.

The likes of brand-external companies such as AMG, Brabus, RUF, Kremer, AC Schnitzer, Hartge and Alpina would flourish in this environment and combine outrageous performance with careful, purposeful and immaculately executed engineering.

Each one of these companies would be connected to a certain brand. In the BMW world, the most legendary of these names is arguably Alpina – the infamous tuners that we are going to talk about today.

Burkard Bovensiepen began his connection to BMW in the early 1960s – initially developing a way of running a larger set of Weber carburetors on the then very popular BMW 1500 giving it more power for those who wanted it. This carburetor package would become sought-after in the BMW world, with both the press and BMW themselves commenting on how well thought out the package was but the real performance advantages that it offered.

After having various cars run this 1500 carburetor package for several years (including one allegedly being fitted to BWM sales director Paul G. Hahnemann’s personal car) the Bavarian manufacturer actually certified the set-up for use on their cars, meaning if your BMW had the new Alpina/Weber carburetor combination it was fully ok’d by the manufacturer.

Going back, where did Alpina come from?

Well, let’s go back. Originally, the company had been founded to produce typewriters but then it decided to move into the textiles business before in 1965 officially being registered as a BMW tuning company with 8 official employees. The company, as a BMW tuner, was established by Burkard Bovensiepen whose family were part of a industrial dynasty in Germany. The family, although originally dutch, had been involved in manufacturing and commerce for generations. Burkard’s father had been involved in manufacturing typewriters and other office equipment which the BMW tuning company of his son would take of the factory from.

Once they had established themselves as a trust worthy and certified supplier of speed and performance to the BMW community with their carburetor packages, the company would expand into developing and reworking BMW production cylinder heads, camshafts, crankshafts, piston sets etc. to gain the most out of the production line pieces. These core beginnings, would actually go on to influence the crest which sits at the heart of the Alpina badge, one half of which is made up of a set of velocity stacks from the early Weber carburetors and the other an early Alpina crankshaft. In just a few short years, the firm would need to expand the workspace thanks to their reputation and demand. By 1970, the company had relocated to Kaufbeurenย to their long term home at Buchloe.

One thing which will push innovation and performance harder than any other, whilst also driving sales, is motorsport. From it’s earliest days, cars which performed the best – sold the best. In Europe at the time, as was the case in the UK, motorsport gripped the public. Herculean efforts of strength, endurance and tenacity would make gladiators of mere mortals in a weekend only for them to fall foul of their adoring crowds the next week.

Alpina realised the potential of motorsport early on. Not just as marketing tool, but as moving and dynamic test bed for their parts.

Beginning in 1968, Alpina would enter the pantheon of racing. Not just in one particular discipline, they wanted to prove that their parts and their know-how could perform in any situation. Between 1968 and 1977, Alpina would win multiple championships in saloon/touring cars, rallying, club racing, hillclimb racing as well as proving their incredible durability with endurance racing. The best year for Alpina’s motorsport division was 1970, when the team would rack up championship wins in European touring cars, the German Hillclimb championship, the Germany rally championship and then to top it all of would win the legendary 24hrs of Spa in Belgium to win the European Touring Car Championship with their own Alpina-prepared BMW 2800CS. The team would attract some of the best drivers of the day such as Gรผnther Huber, Helmut Koinigg, Jackie Ickx, Hans Stuck, Niki Lauda, Derek Bell, James Hunt and a host more.

At this time, Alpina were an aftermarket provider and tuner for BMW products – creating various parts and performance packages for the likes of the 2002Tii, 2800CS, E9 3.0CSL, 1500 and a host of others.

In 1983, Alpina became recognised as a stand-alone manufacturer by the German Federal Ministry of Transport. Meaning no longer would it be a BMW tuned by Alpina. It was now an Alpina however was bought through the BMW dealer network and could be serviced and warrantied by BMW beginning with the E21 based C and B models. In 1988, Alpina would leave motorsport and focus on the production of their high-performance road cars.

Since the beginning, the process of building an Alpina has been personal. The team would handbuild the engines for their production cars to the various performance packages available, which would then be delivered to the BMW factory. There, the BMW technicians would fit the engine into the bodyshell of the car.

Then once the painted bodyshells with the engines installed were ready, they would transported back to Buchloe for the small, and talented team at Alpina to go through the process of making the car truly an Alpina. The interiors for the car are bespoke as well as the fitting of the Alpina specific parts are all installed at this point in the cars journey. Each step of the cars transformation, both on and under the skin, is entirely handbuilt – this means that each model of Alpina is purely a limited edition and exclusive.

It’s not just the engines though which are reworked and optimised, Alpina actually has its own division of performance gearbox specialists which pair the upgraded transmissions to the designated engines for maximum strength, performance and reliability.

There are certain traits on the exterior and interior of Alpinas which are unique and all trace back to the brands heritage in one way or another. For example, the ‘Switch-tronic’ buttons on the steering wheel. The reason for these? Well, Alpina were the first to mount the shift buttons on the steering so it has become somewhat of a tradition. Along with that there is a very specific set of wheels which have simply become known as ‘Alpinas’. These are the carefully made and engineered hollow 20 spoke wheels. If you look, you’ll see no tyre valve on the wheel itself – instead it is hidden inside the hub cab and connected to a hollow spoke within the wheel. These along with Alpina only exterior and interior colour options and design features make these cars truly one of a kind and to petrolheads, instantly identifiable as something special – each car is also stamped with its build number to certify its exclusivity.

As some of you know, we currently have a 2002 Alpina B10 V8S available on our Bridge Classic Cars Competitions. One of just 145 E39 based V8S’s to be built in 2002, with in that there were just 42 right-hand drive cars produced. Out of the very limited number of V8S’s built, this is number 76 out of the production run.

The car’s creation would be like its other siblings, handbuilt and personalised. The changes though to a ‘regular’ V8 would set it apart.

The V8S’s engine would be specially built for the cars by the Alpina team. Taking the standard B10 engine as its basis, the engines bore would remain the same but thanks to a long through on the crankshaft, the V8S would produce more torque than its E39 M5 rival, developing 375BHP and an impressive 510Nm of Torque. This increase would also give the V8S a displacement of 4.8-litres over the 4.6-litres of the ‘standard’ B10 V8. This engine proved to be quite the powerhouse and would later be used in the Alpina variant of the BMW Z8, before being taken on by BMW as the production engine for the range topping 4.8is engine in the BMW X5.

Along with the increase in power, the Alpina team would turn their attention underneath the car its brakes and suspension.

The B10 V8S would received upgraded and stiffer suspension than the standard B10 V8, this was to work with those hollow 20 spoke wheels, now measuring in at 19” in diameter. To give the car a more planted feel, the Alpina team would make these wheels 8.5” wide in the front and 9.5” in the rear. These wheels would also go to perfectly show off the brake package selected for V8S. Beautiful 4-piston aluminium calipers made specifically for Alpina by brake specialist Brembo along with a set of larger drilled discs to better dissipate heat.

With its performance upgrades and unique package, the E39 based B10 V8S would top out at over 175MPH and achieve that all important 0-62mph dash in just 5.4 seconds (in a luxury 4-door saloon…).

And you could win one of these incredible machines for just a few pounds by clicking here!

Welcome Back – Our 1976 Mini Clubman 1100 Comes Home

Our 1976 Mini Clubman 1100 is on its way back to our Suffolk HQ!

Last year, Oscar won our classic Mini but recently offered for us to have the car back due to it not being used as much and wanting it to go to a good home with someone who will love this bite sized classic and use it more.

So, you’ll very soon be seeing this Antique Gold Clubman on the competitions website and have your chance for it to be on your driveway for just a few pounds!

MR2 Repairs

Jonn has been continuing his work on our 1992 Toyota MR2. He has stripped and fitted a new fuel filter. He has also drained the automatic transmission and removed the sump and filter. These were cleaned before being refitted and torqued to 10nm. The nearside front ball joint was stripped and removed ready for replacement. The brake fluid was then changed and the system bled.

The next job was to strip the engine to replace the cambelt and water pump. Jonn found various bolts seized and difficult to remove. One bolt snapped in the water pump housing so Jonn had to remove the exhaust manifold heatshield and various bracketry to enable access to the rear of the water pump/thermostat housing. Eventually, he was able to remove the housing.

The water pump housing was cleaned and Jonn drilled out the broken bolt and retapped the thread to 6mm. He then refitted it the to engine with new o rings. The new water pump was fitted and secured before a vac test was carried out to check if the system was sealed.

The new cambelt, idler and tensioner were fitted. Jonn turned the engine over 4 times and checked the timing marks aligned. The lower cover and crank pulley were then refitted before the rocker cover was stripped, removed, and cleaned ready for a new gasket.

Jonn refitted the engine mount and alternator bracket. He then mounted the alternator and fitted the air con and alternator belts before adjusting them.

Next, Jonn refitted the inlet manifold, servo pipe and cables. He then used a vacuum tool to refill the cooling system with a 50/50 antifreeze water mix. After fitting the new nearside lower ball join Jonn refitted the wheels and torqued them to 103nm.

One of the final jobs for Jonn was to investigate why the driver’s window was not working. He checked the fuses and removed the door panel and power motor directly and found it didn’t work. This will need to be replaced to resolve the issue.

A Busy Start To 2024

After a relaxed Christmas break, the team at Bridge Classic Cars got straight back into restoring some stunning classic cars on the 2nd of January 2024.

On our first day back, Molly took a look around the workshop to find out what was happening on day 1 of the new working year.

Looking Great

Now that our 1970 MGB Roadster has come to the end of its stay at the Bridge Classic Cars workshop, Nick spent some time taking these stunning pictures of such a great-looking car.

As it was a rainy day, Nick parked our MGB in The Atelier and gave it the photoshoot a car like this deserves.

New Year Refurbishments

Over the Christmas break, the offices, paint shop and other areas here at Bridge Classic Cars had a bit of a refurbishment.

After undergoing a big clean before we went home for the festive season, each area had a fresh coat of paint and they are looking great ready for a busy year ahead.

The Strip Down Begins

Our 1955 Aston Martin DB2/4 has begun its process of being stripped down by classic car technician Rob.

It will be stripped down to a bare chassis, ready for its full restoration to get properly underway.

A beloved workhorse – Our 1974 Mini 850 Van is ready to be won!

The panel van has been a welcomed workhorse for generations. With its utilitarian practicality, the panel van has done everything from moving house to making memories.

Now Bridge Classic Cars wants you to relive and relove those memories with our gorgeous 1974 Mini 850 Van.

With its beautiful dark green paintwork, over a simple but elegant black interior, our Mini panel van was subjected to a full nut and bolt restoration between 2000 and 2013 commissioned by an adoring previous owner. Included in the cars history file are invoices which relate to the cars restoration where no stone was left unturned in bringing this classic Mini back to life.

Powered by a small and simple 848cc 4-cylinder engine and 4 speed manual gearbox, this little Mini has a practical and easy-going charm.

Originally classed as a commercial vehicle, many of these panel van sadly do not exist today due to being in constant heavy use in their younger years, but this one has been cherished since its early days it would seem with the odometer showing just a shade over 28,000 miles, which is believed to be original, since it was first registered in Devon on the 1stย of June 1974.

This is your chance to win this sensational bite-sized panel van for just a few pounds!

Full Gallery & Video:

Brakes And Axle Supports

Classic car technician Paul has manufactured brake pipes for our 1956 Jensen 541. After fitting these to the car, he then fabricated axle support straps ready for them to be painted.

Rotation: Limited Experience in Half the Time

When learning to drive a car, passing your test and gaining your licence is only the beginning, after that is when you really start learning.ย  Passing your orals and achieving your CoC is just the same.ย ย ย 

For many crew members, the allure of rotational jobs appears to be an ideal compromise between a career at sea and a stable personal life.  However, there are several major drawbacks, most notably the limited experience gained when working only half of the year.

When gaining experience at sea, you need to endure all of it, the good, the bad, the easy and the hard, if working a rotational role too early in your career, you are dangerously missing out on getting the experience needed.  When working half the year, of that half a year, how much seatime are most yachts actually achieving?  They may be tied up in port, or going through a yard period when the individual is onboard, then suddenly on their 3rd or 4th rotation they might be thrown into the thick of it navigating through busy and difficult areas with little to no navigation experience, but 8/9 months signed on to the vessel with everyone expecting them to know what they are doing. 

Another dangerous element of rotation is lack of familiarity of onboard procedures.ย  From knowing how the bridge operates inside-out, to emergency response, crane operations, tender operations, maintenance issues, history of machinery and equipment, even guest interactions and etiquette.ย  These all take time to gain the understanding and proficiency to work safely and efficiently.ย 


Skills can erode over time, and the skills of rotational crew members are no exception. ย Extended breaks between work stints may cause crew members to lose competence in their duties, which can jeopardize the safety and security of the yacht, its crew and its guests.

Limited experience can lead to reduced confidence and competence among crew members.  Handling various aspects of superyacht operations requires a high level of expertise and self-assurance.  Without consistent exposure to the job, crew members may feel ill-prepared and unsure about their abilities when returning to work.  Itโ€™s almost like having a new crew member join each time there is a change over. 

Providing top-notch service to guests is a core responsibility also, limited exposure to guest trips can result in a diminished ability to anticipate guests’ needs and provide a seamless and unforgettable experience.  The absence of regular practice can lead to guest service that falls short of the industry’s high standards, weโ€™ve all seen the first trip of the season when crew are a bit rusty after a long maintenance period or winter alongside, is this really acceptable for clients that are paying hundreds of thousands a week to enjoy the experience??

To conclude, rotational jobs offer an enticing balance between work and leisure, but they come at a cost. The limited experience gained during half the year can hinder career progression, reduce confidence and competence, and compromise the quality of service provided to guests. ย It is crucial for crew members to consider these negatives when opting for rotational positions and to seek opportunities for continuous learning and skill development to overcome the limitations posed by working only half the year.ย 

In my opinion, rotation is ideal when you have the need for it, such as having a family and you have put in the years of dedication and gained the experience to confidently carry out the job no matter what unfolds.

Celebrating A Successful 2023

After a year of hard work bringing a whole range of classic vehicles back to life, the entire team at Bridge Classic Cars are celebrating our success, and the festive season, as we all head out for our Christmas meal.

Just down the road from the workshop is the Ufford Crown. This is the host of our celebration where the staff there will have the challenge of feeding a team of hungry technicians, marketers, accountants, painters, trimmers, and more.

After spending a few hours together, enjoying some great food (and a few drinks), we will all be heading home to spend Christmas and New Year with our loved ones.

As we close the workshop doors for the last time this year for a well-deserved break, we are looking forward to seeing what 2024 has to bring.