At McGeoch Technology, we’ve spent decades engineering defence-grade electrical systems for the Royal Navy. As global defence environments evolve, we stay ahead—developing electrical and lighting solutions that power safer, smarter, and more sustainable naval operations. Our expertise in advanced lighting, automation, and control supports the Royal Navy’s mission to lead with confidence in modern maritime challenges.

This blog explores the innovations in Royal Navy technology that are reshaping operational performance and highlights the systems McGeoch proudly supplies to support them.

Advancing Safety and Efficiency with Energy-Efficient Lighting

Why Lighting Innovation Matters

Lighting plays a vital role in safety, visibility, and energy use on board naval vessels. Today, energy-efficient lighting systems are a core feature of Royal Navy vessels—ensuring better illumination with lower power consumption and extended life cycles.

From control rooms to external decks, McGeoch’s LED lighting systems:

• Improve visibility in adverse conditions 
• Require less maintenance 
• Lower total power draw for shipboard systems 
• Are ruggedised for marine environments 

Electrical Innovations Driving Modern Naval Operations

Smarter Control Panels

Modern vessels need advanced naval control panels that offer precise control over ship systems. Our systems allow:

• Seamless real-time monitoring 
• Safer fault isolation 
• Faster operational response 
• Modular configurations for upgrades 

Each panel is built to Royal Navy specifications and tested for resilience and long-term performance.

Power Systems with Built-In Resilience

Reliable power distribution is non-negotiable in naval operations. McGeoch supplies robust defence-grade electrical systems that:

• Reduce the risk of power loss during manoeuvres 
• Deliver high-efficiency performance 
• Support redundancy, backup, and isolation 

Naval Automation Systems in Action

The Navy continues to adopt naval automation systems to reduce manual processes and enhance efficiency. These include:

• Autopilot and automated navigation controls 
• Smart power monitoring 
• Integrated command interfaces 

Our automation-ready solutions reduce risk, minimise human error, and free up personnel for strategic roles.

The Future of Naval Technology

Royal Navy technology is advancing rapidly—from AI-assisted navigation to smart lighting and power systems. These innovations are not just about efficiency; they’re about preparing for tomorrow’s missions with today’s intelligence.

As defence demands evolve, so must the systems that support them. The Royal Navy’s willingness to invest in smart technologies ensures readiness, safety, and sustainability across its global operations.

McGeoch’s Role in Shaping Modern Naval Operations

At McGeoch Technology, we don’t just follow innovation—we lead it. Our contribution to Royal Navy technology includes:

• Design, manufacture, and testing of advanced systems 
• UK-based production for quality control and compliance 
• Project management across multi-vessel installations 
• Custom engineering for ship-specific requirements 

We understand the mission-critical nature of naval operations and deliver technologies that align with the Navy’s standards, timelines, and vision.

FAQ

Are McGeoch’s systems compatible with older naval platforms?
Yes. We provide modular solutions that integrate with both new-builds and legacy systems.

What types of naval automation systems does McGeoch support?
We support smart lighting, power distribution, command interfaces, and automated monitoring tools.

How does McGeoch ensure reliability at sea?
All systems are tested for shock, vibration, EMC, salt fog, and temperature resilience before deployment.

Specify Proven Technology for Naval Projects

If you’re involved in defence projects and need reliable, UK-engineered systems, McGeoch is ready to support you.
From concept to commissioning, our naval-grade systems are built to perform.

Enquire now to specify lighting, power, or automation systems that meet Royal Navy requirements.

Request a Quote | Email: sales@mcgeoch.co.uk | Tel: +44 (0) 121 687 5850

The post How the Royal Navy is Using Technology to Stay Ahead of the Curve appeared first on McGeoch.

At McGeoch Technology, we understand the critical role that naval spare parts play in maintaining operational readiness across maritime defence platforms. With decades of experience in defence electrical systems and component engineering, we don’t just supply spares—we deliver customised, future-ready solutions.

Our deep knowledge of naval architecture, marine electronics, and part lifecycle management positions us as a trusted partner for procurement officers, engineers, and OEMs navigating today’s complex defence logistics.

The Modern Challenge: Keeping Pace with Innovation

The maritime defence sector has transformed dramatically. Naval vessels are now powered by advanced electrical systems, precision control units, and intelligent onboard technologies.

This evolution means one thing: the naval spare parts required today must match the complexity, resilience, and precision of the vessels they serve.

At McGeoch, we support this new standard with:

• High-tolerance fabrication

• Rapid reverse engineering

• UK-based testing and validation

• Certified quality and material traceability

Obsolescence Management in Defence Systems

A Growing Concern for Ageing Fleets

As systems age, so do their components. Many navies operate vessels with platforms developed decades ago—platforms no longer supported by OEMs.

This creates serious maintenance challenges, especially for parts involving:

• Legacy switchgear and panels

• Submarine sensors and housings

• Out-of-production marine control systems

We solve these challenges through expert obsolescence management in defence, offering custom-built and reverse-engineered components to keep older vessels active.

Tailored Solutions: When Off-the-Shelf Isn’t Enough

The Rise of Custom Naval Spares

Standard components rarely meet the demands of advanced vessels. From submarine component replacements to marine equipment spares for high-pressure environments, we provide:

• Fully customised assemblies

• Legacy-compatible designs

• System-specific tolerances

• Fatigue- and corrosion-resistant materials

We collaborate with procurement teams to specify the right spares for each vessel’s architecture, no matter the complexity.

Our Process: Quality First, Always

Every component we deliver passes through:

• Rigorous in-house and third-party testing

• Compliance with MOD and international standards

• Batch traceability and performance documentation

• Fit-for-purpose verification before dispatch

In mission-critical environments, quality isn’t optional—it’s essential.

Future Trends in Naval Spares

As fleets become more digital and automated, the need for high-performance, integrated spares will grow. Sensors, microcontrollers, smart switchgear, and resilient coatings will define the next generation of custom naval spares.

McGeoch continues to invest in R&D, so we remain ready to supply the future—today.

FAQ

Can you provide spares for decommissioned platforms?
Yes. We specialise in replicating parts for legacy systems, including those long out of production.

Do you offer spares tailored to submarine environments?
Absolutely. We manufacture corrosion-resistant, pressure-tested components for undersea operations.

What certifications do McGeoch spares meet?
Our products meet ISO 9001:2015, MOD standards, and custom client specifications.  

Request Reliable Spares Built to Defence Standards

If you need precise, reliable, and compliant naval spare parts, McGeoch Technology is ready to deliver.

From standard items to bespoke systems, we supply critical spares that ensure performance, compliance, and mission success.

Request a Quote | Email: sales@mcgeoch.co.uk | Tel: +44 (0) 121 687 5850

The post Navigating the Waters of Naval Spare Parts appeared first on McGeoch.

McGeoch has supplied over 12,000 lighting units for the ship together with 300 control & instrumental panels and a further 300 electrical distribution panels.

The company secured the contract for both ships back in 2010 and completed supply by the end of 2015.

Over and under the waves, the name of McGeoch has long been synonymous with the design and engineering of high quality bespoke electrical control & instrumentation systems and specialist marine and explosion proof lighting for the world’s naval ships and submarines as well as for the merchant vessels and passenger fleets of many nations.

Furthermore, in previous blogs, published month-by-month this year, we have charted the company’s success. From the historic contract to supply electric lighting fittings for the ‘SS City of Paris’ , (from 1889 to 1893, the holder of the ‘Blue Riband’ as the fastest ship on the north Atlantic route), through the Edwardian era to the pre and post WW1 and WW2 periods. In this latest blog we reflect on more recent achievements of the 21st century.

McGeoch’s Pioneering Role in Modern Royal Navy Vessels

BAE Systems built six Type 45 destroyers for the British Royal Navy. We supplied all internal lighting, control & instrumentation panels and more. They launched the first ship, ‘HMS Daring’, in 2006, followed by ‘HMS Dauntless’ in 2007. The Royal Navy launched the remaining four ships, ‘HMS Diamond’, ‘HMS Dragon’, ‘HMS Defender’, and ‘HMS Duncan’, between 2007 and 2010.

‘HMS Astute’ was the first in a series of astute class, nuclear-powered fleet submarines built by BAE Systems Maritime in Barrow-in-Furness for the British Royal Navy. She was launched in June 2007 and commissioned in August 2010.

McGeoch has supplied all the internal and navigation lighting, a range of control & instrumentation, distribution and fire damper panels, junction and cable change boxes and a water chemistry system for each boat. The Royal Navy expects to commission ‘HMS Agincourt’, the seventh and last boat in the series, in 2024.

‘HMS Queen Elizabeth’ is the first of the Queen Elizabeth class of aircraft carriers. In July 2014, the British Royal Navy floated its largest and most powerful warship for the first time in Rosyth, Scotland, representing the vanguard of naval engineering.

The post McGeoch Rules the Waves appeared first on McGeoch.

John Brown Shipbuilders built the Queen Elizabeth II ship on Clydeside for the Cunard Steamship Company.

She was launched on 20th September 1967 by the Queen and began her maiden voyage on 2nd May 1969.

As highlighted in our September blog, McGeoch utilised the annual British Industries Fair event to showcase and secure orders for its rapidly expanding product range, including domestic and marine lighting and ship’s brassfoundry, manufactured at Warwick Works in Birmingham.

In 1956, the McGeoch stand at the event attracted an impressive list of overseas visitors, leading to the establishment of key contacts in countries engaged in shipbuilding. These included Belgium, Denmark, Egypt, France, Holland, Israel, Norway and Sweden. Shipbuilding thrived in Australia and Canada, with a strong preference for British-made ship fittings despite political independence.

At home, the principal Clyde Shipyards still had enough tonnage on the stocks to contribute largely to McGeoch’s order book. John Brown had ‘Saxonia II’, ‘Ivernia II’, ‘Carinthia’ and ‘Sylvania’ and Fairfield had ‘Empress of Britain’ to name only the largest ships. Other British yards were also busy enough to supplement the company’s output substantially.

McGeoch’s reputation for high quality marine lighting and electrical control equipment successfully continued throughout the next decade. In 1966, along with numerous naval contracts, McGeoch received orders for Kungsholm fittings from John Brown and secured a major contract for Queen Elizabeth II cabin furnishings, slated for completion by 1968. This was to be a splendid climax to the company’s 136th year of business!

The post Mcgeoch’s Success Continues at Home & Abroad appeared first on McGeoch.

The impressive McGeoch & Co Ltd Stand at BIF 1956

On the edge of Birmingham there was once a building which was officially the most visited attraction in the country – or for a fortnight every year it was, anyway. It was not a theme park or a stately home, but a nondescript collection of interlocking hangars, set beside the railway line and surrounded by farmland.

The railway station which served it (at Castle Bromwich) welcomed a remarkable procession of VIPs, including half a dozen Kings and Queens of England, and the heads of state of dozens of others. When the Cold War was at its chilliest in 1956, even Nikita Khrushchev popped in.

They called it the British Industries Fair, or BIF for short.

For 40 years BIF was Britain’s shop window to the world, easily the largest trade fair on the planet, and the place to showcase the products of the UK and its Commonwealth. Even by the mid-1930s there were stands for more than a thousand exhibitors including an increasingly impressive presence by McGeoch & Co Ltd.

Strictly speaking, there were two BIFs, one staged in London and one held simultaneously in Birmingham, the latter concentrating on local strengths in engineering, electricals and heavy industry. Customers and delegates shuttled between the two on specially reduced rail fares (on non-stop trains) or flew in by air to Castle Bromwich.

The British Industries Fair actively ring-fenced its exhibitors in ways unimaginable in today’s multi-national and globally integrated world. It permitted only UK manufacturers and food producers from the Empire and Dominions to exhibit. This was decidedly Britain’s show, an annually re-occurring Great Exhibition for the 20th century.

Showcasing Innovation and Royal Recognition: McGeoch’s Milestones at the 1956 British Industries Fair

For McGeoch, the annual British Industries Fair (BIF) event presented the ideal opportunity to showcase and secure orders for the company’s rapidly evolving product range. This range included domestic and marine lighting, as well as ships’ brassfoundry, all manufactured at the Warwick Works in Birmingham.

In 1956, among the impressive list of overseas visitors to the McGeoch stand, two buyers from Yugoslavia came in search of ships’ brassfoundry for the shipyards there. They were from Belgrade and had got to know about McGeoch through the small shipyard Yarrow’s once had at Kraljevica. Before leaving the UK, they had placed a series of orders for cabin door fittings and furniture and general ships’ brassfoundry.

1956 was also the year that the McGeoch stand was honoured with a visit by Her Majesty Queen Elizabeth II, accompanied by His Royal Highness, The Duke of Edinburgh – a right royal occasion for the company.

Her Majesty Queen Elizabeth II is welcomed to the McGeoch Stand at BIF 1956 by Mr W Percy McGeoch, Works Managing Director and Chairman of the Electrical Exhibitors’ Committee (left). Looking on is Sir Ernest Goodale, Chairman of BIF Limited.

BIF historical information is reproduced by kind permission of business-live.co.uk

The post A Right Royal Occasion appeared first on McGeoch.

Birmingham Blitz: McGeoch’s Warwick Works Endures

Whilst McGeoch’s Warwick Works survived most of the Birmingham Blitz – in part due to the bravery and diligence of the works fire brigade headed by Captain Walter Heath, OBE – the company’s London Office at 48 Berners Street was not so lucky. One morning in the Autumn of 1940, a 1,000lb bomb completely demolished the premises leaving only the glass bowl of an electric light fitting hanging intact from a beam alongside an old photograph of the founder, William McGeoch, white-bearded and patriarchal.

Modern wars, notorious for their association with various forms of evil, also served as catalysts for technological advancements. Particularly in the post-World War II era, these advancements rapidly enhanced and inspired new inventions in fields such as aerodynamics, the internal combustion engine, marine and submarine design, radar, and electronics. In this realm, McGeoch notably possessed specific skills and interests.

After the war the almost immediate cessation of Government contracts presented a challenge to manufacturers everywhere. For McGeoch, and especially the company’s Warwick Works, there was a strong need to diversify.

As predicted, the cream of transatlantic passenger trade would become more and more carried on huge aircraft. This leaving transatlantic liners having to earn their keep with winter cruises. Over the next years, these became increasingly popular prompting shipping companies to invest in the building of new cruise liners. The demand for passenger-carrying car ferries also grew rapidly providing the shipyards with some fine building jobs and McGeoch with good orders for cabin brassfoundry. Ships would also have to be built for various special purposes including oceanography, fishing, fishing protection and lighthouse servicing and these created even more opportunities for McGeoch.

Warwick Works

At Warwick Works in Birmingham regular enquires were also being received for components connected with the electronics industry including small control panels, multiple-pin plugs & sockets and indicator lights .Coupled with the award of a huge Government contract for marine switchboards, the development of these would point the company in a new and successful direction for many years to come.

The images below show various aspects of McGeoch Warwick Works in post war Birmingham.

▼Click images to view …

The post A New Direction For Warwick Works appeared first on McGeoch.

Glasgow’s Port Evolution and the RMS Lusitania’s Lighting Legacy

For any Glasgow business interested in the supply of marine lighting and equipment, the growth of the city and surrounding districts into a port handling 7,000,000 tons of merchandise a year by 1900 was a good start for the new century. The Kingston Dock, opened in 1867, had been followed by the Queens Dock in 1880 and the Princes Dock in 1900. The Rothesay Dock was to follow in 1907, the year in which the ‘RMS Lusitania’ steamed out of the Clyde on her maiden voyage after being launched from John Brown & Co’s Yard Number 367 on 7th June 1906.

Furthermore, with a gross tonnage of 31,550, 787 feet long and with a beam of 87 feet, ‘RMS Lusitania’ was briefly the world’s largest passenger ship. Additionally, the Cunard Line commissioned her as one of two ships during fierce competition for the North Atlantic trade. William McGeoch & Co supplied many of her electrical fittings and lighting, as well as for her sister ship, the ‘RMS Mauretania’, launched a few months later.

Revolutionary new turbine engines fitted in both the ‘Lusitania’ and ‘Mauretania’ enabled a service speed of 25 knots. Equipped with lifts, wireless telegraph, and electric light, they offered 50% more passenger space than other ships, with their first class decks notably featuring sumptuous furnishings.

Pride and Tragedy: McGeoch’s Role in the RMS Lusitania’s Journey

Whilst on a McGeoch family holiday on the Isle of Arran in the summer of 1907, young Andrew McGeoch, great grandson of the founding father, spotted ‘RMS Lusitania’. He saw it in the distance from Whiting Bay and that his father pointed out with some relish and pride that McGeoch had supplied most of her electrical fittings and lighting.

Tragically, a German ‘U’ Boat torpedoed the ‘RMS Lusitania’ 11 miles off Ireland’s southern coast. This was during her 202nd trans-Atlantic crossing on 7th May 1915. This causing it to sink in 18 minutes and resulting in the loss of 1,198 passengers and crew.

Moreover, the archive photographs below shows ‘RMS Lusitania’ and various areas within it, all illuminated by electric light fittings designed and manufactured by William McGeoch & Co.

Click images to view …

The post The McGeoch Edwardian Era appeared first on McGeoch.

SS City of Paris: A Maritime Marvel of Speed and Innovation in Lighting Design

The ‘SS City of Paris’ was launched in October 1888 and from 1889 to 1891 and again from 1892 to 1893 held the Blue Riband as the fastest ship on the north Atlantic route. William McGeoch’s son, Andrew, was responsible for bringing in the historic contract to supply electric lighting fittings for the ship which was built at the Thomson Yard in Clydebank.

A sister ship of the ‘SS City of New York’ and a rival of the White Star Line’s ‘Teutonic’ and ‘Majestic’ , she proved to be quicker than Cunard’s ‘ Campania’ and ‘ Lucania’ twin- screw express liners launched in 1892. In 1893, the Inman Line merged into the American Line. This prompting the renaming of the ship to ‘Paris’ and its transfer to the US registry. The ‘Paris’ and her sister ship joined the American ‘St Louis’ and ‘St Paul’. They formed the premier Atlantic service, called ‘the big four.’ The US Navy used the ‘Paris’ during the Spanish-American War. The US Navy also used it in World War One. Afterward, she resumed commercial service until 1920 and scrapped her in 1923.

There was an interesting note about the ship published in the September 1889 edition of ‘Ocean: Magazine of Travel’ …

“… This peerless greyhound heads the list for August 1889 with 5 days, 19 hours and 18 minutes to cross the Atlantic. Captain Watkins having made the run of 2,788 miles from Queenstown to New York. Thereby creating a new record and beating her previous trip by 3 hours, and 49 minutes.

Captain Watkins has great confidence in his steamship and is of the opinion that she hasn’t done her best yet. He fully expects to break the record before the present season will have terminated…”

The archive photographs below show various areas of the ‘SS City of Paris’, all of them illuminated by electric light fittings designed and manufactured by William McGeoch & Co.

Click images to view …

The post McGeoch Lights up the City of Paris appeared first on McGeoch.