How electric boats are benefitting UK industries

In recent years there has been a clear shift for the UK’s boating industries as businesses increasingly search for ways to be sustainable amidst the UK’s commitment to net-zero carbon emissions by 2050. This change promises substantial benefits and is poised to revolutionise not just how we navigate our waterways, but also the industries that use the technology.

From tourism and leisure to maritime manufacturing and marine research, the electric boating boom is bringing a wave of opportunity to UK shores, leaving a wake of environmental and economic benefits in their path. This blog will explore the myriad of reasons why electric boating is benefitting all distinct types of industries across the UK.

Marine tourism and local economy

When looking at the UK tourism industry, one of the key allures of coastal towns like St Ives and Bournemouth is the allure of the picturesque waterways and charming harbours that sit across the historic waters. Electric outboards double down on these qualities, providing a quieter and more serene boating experience for marine tourists. In a world increasingly conscious of environmental impact, pollutant-free operation allows tourists and locals alike to immerse themselves in nature with the peace and moral comfort that they aren’t disturbing delicate ecosystems that thrive along the shores.

The RAD 40 electric outboard by RAD Propulsion is a fitting example. Not only does it operate without emitting harmful pollutants like carbon monoxide, but the near-silent functionality allows tourists to relax in the sounds of nature without worrying about disrupting the local ecosystems. For businesses operating within the marine tourism industry, this provides a clear commercial advantage – even providing unique access to some of the most tranquil hidden Gems of the UK coastline.

For coastal towns that are largely dependent on tourism for economic sustenance, the promise of eco-friendly and peaceful boating experiences can attract a new wave of eco-friendly tourists seeking a break from the hustle and bustle of everyday life. The influx of visitors translates to increased business for local shops, restaurants, and accommodation providers, breathing new life into coastal economies and highlighting the economic benefits of electric beyond the waterways.

Research and development

With electric outboard technologies advancing to fully debunk the old electric boating myths, it becomes clear that the need for sustainability on the waterways has facilitated technological innovation during R&D processes. As an example, outboards required new energy storage solutions to make electric power viable. This meant that research and development of the battery systems were driven by factors like energy density, charging speed, and overall efficiency. Breakthroughs in this area not only benefit the maritime sector but also have broader implications for the performance of electric cars and especially for renewable energy storage.

Another instance of electric outboard-driven innovation? The integration of smart technologies to present real-time data analysis and improve overall safety. The RAD 40 systems as an example were manufactured with these innovations at the forefront, equipped with the innovative RADBus drive-by-wire system and RADLink mobile connectivity. This offers intelligent functionalities such as battery monitoring, Bluetooth app pairing, and precise motor control.

Ports and marinas

Another industrial impact of the electric boating surge is the subsequent overhaul of charging infrastructure at ports and marinas. Traditional fuelling stations are being complemented, if not replaced, by electric charging stations designed to accommodate the unique needs of electric outboards. This transformation requires a meticulous planning and execution process, encouraging investments in state-of-the-art charging technologies that cater to diverse types and sizes of electric boats and contribute to cleaner waterways.

The adoption of electric boating also resonates with the broader green initiatives undertaken by port cities across the UK. This alignment can further attract international attention and investment, positioning UK ports as leaders in sustainable maritime logistics. As more watercraft transition to sustainable alternatives like electric propulsion, the ability to recharge efficiently and conveniently becomes a decisive factor in route planning. Ports equipped with dependable and fast-charging facilities become preferred destinations for electric boats, stimulating maritime traffic and creating a network of electric-friendly waters.

Fishing industry

In addition to the aforementioned broad and commercial benefits of electric boat propulsion, the technological advantages also extend to the marine-based industries that play such a significant role in day-to-day society. Take fishing for instance. As those within the industry navigate towards a more sustainable future, the electric advantage for anglers is significant. Beyond the overarching environmental benefits, electric outboards such as the RAD40 are inbuilt with precise steering functionality – like precise throttle control and drive-by-wire steering – in a lightweight design. This leads to complete user control for fishing tasks and allows the boat to be carefully maneuvered without disturbing the waterways.

The economic viability of electric boats is also a key industry factor. While the initial investment in electric propulsion technology may seem significant, the long-term operational savings are substantial. Electric boats have lower fuel and maintenance costs compared to their diesel counterparts. Fishermen can benefit from reduced fuel expenses, and the simplicity of electric motors often leads to decreased maintenance expenditures. These cost savings can have a direct and positive impact on the livelihoods of those dependent on fishing for their income and are just one of many reasons why electric outboard makes sense in general.

The electric industrial advantage

Indeed, the transition to electric boating in the UK has signified not only the new standards of sustainability on the waterways but also contributed majorly to a variety of UK industries. In addition to the environmental benefits, electric propulsion has stimulated wider innovation, job creation, and helped position the nation as a global leader in sustainable maritime practices.

Curious about RAD Propulsion’s RAD 40 electric propulsion motor? Interested in exploring the numerous industrial benefits of electric boat propulsion? Reach out today for personalised insights from our friendly team of industry experts.

The Impact of Electric Boat Motors in Marine Research

For those marine enthusiasts among us, the waterways can be both an exhilarating yet calming place, with comforting sights and hidden gems all across the UK coastline It’s an experience that we feel has improved thanks to the advent and development of the electric outboard.

Yet, the benefits of the electric advantage across the water extend far beyond recreational boating. Beneath the shimmering ocean surface lies a world of marine life that needs our understanding and protection. Marine ecology research, however, has long relied on traditional combustion-powered boats, a significant source of emission environmental concern.

In the vast expanse of marine ecology, the benefits of electric power extend far beyond a mere technological upgrade. These motors redefine the essence of scientific exploration, aligning it harmoniously with ecological conservation and innovation. This blog will explore the myriad of benefits that electric outboards have in the field of marine scientific research.

Smooth and precise operations

While it might seem like the operational benefits of an electric outboard only make sense for relaxed excursions across the waterway, the electric advantage also significantly enhances the efficiency and productivity of marine scientific research endeavours. As an example, the instantaneous torque and smooth acceleration of an electric outboard provide researchers with precise control over boat movements. This enables them to navigate with ease in the most confined or challenging environments, providing mastery of the waterway not possible with traditional combustion power. Such control is crucial for researchers to safely approach the natural environment and maintain the integrity of a sampled area without disrupting marine life.

The benefits of electric-powered marine ecology are exemplified by the cutting-edge RAD 40 electric outboard. It boasts exceptional steering capabilities tailored to research requirements. The state-of-the-art drive-by-wire steering system and precise throttle control grant unparalleled manoeuvrability, facilitating effortless navigation through waterways. Such pinpoint accuracy enables a RAD 40-powered vessel to access remote or previously inaccessible areas, opening gateways to uncharted territories across the waterways for scientific investigation. By leveraging a lightweight structure and relying on battery power instead of combustion, the RAD 40 significantly improves response time and reduces boat vibrations, ensuring a serene and seamless on-water journey.

Whether conducting biodiversity assessments, monitoring water quality, or studying marine behaviour patterns, the stability provided by the RAD 40 ensures marine researchers can focus on their scientific objectives without disturbances caused by engine vibrations or loose control.

Environmental benefits of electric marine ecology

As perhaps one of the more universally known benefits of electric propulsion, the environmental benefits of greener power in marine scientific research are no exception. Unlike combustion engines, electric motors do not emit harmful pollutants such as carbon monoxide, hydrocarbons, and nitrogen oxides. By utilising electric power across the waterways, marine scientific researchers are safeguarding the ecosystem and marine life they are studying from the detrimental effects of these pollutants. The absence of exhaust fumes and oil spills, which often plague conventional engines, also contributes to cleaner water and air quality, fostering these healthier ecosystems while allowing for expanded research and understanding.

Beyond airborne emissions, electric outboards like the RAD 40 also operate with minimal sound to eliminate noise pollution – a significant concern for combustion-powered marine research. Excessive noise can disrupt marine life, interfering with communication, foraging, and breeding activities. By minimising noise disturbance, the RAD 40 electric motor allows researchers to conduct observations and collect data without compromising the integrity of the marine environment. This is particularly beneficial for studying sensitive or elusive species that may be easily startled by noisy engines. The undisturbed observations are invaluable for formulating effective conservation strategies based on accurate marine research.

Improved research through innovation

Let’s face it, electric outboards are still quite new when compared to traditional fuels. And yes, while this has led to initial scepticism and plenty of debunked myths – electric propulsion technologies are continually evolving as a result of continued innovation and development.

This innovation and its benefits permeate throughout RAD Propulsion’s product lineup, particularly the RAD 40. This is thanks to the unique RADBus drive-by-wire system architecture and RADLink mobile connectivity that provides marine researchers with intelligent smart functionalities like battery monitoring/management, Bluetooth app pairing, precise motor control, and beyond. Moreover, adhering to the NMEA2000 protocol, RAD systems ensure enhanced compatibility with various devices while facilitating swifter and more robust data transmission. Notably, the RAD 40 system introduces an ingenious safety feature—a user-friendly RADTag lanyard designed to readily identify boat users. Additionally, the reduced maintenance requirements of RAD electric motors free up researchers’ time and resources, allowing them to focus on core research activities rather than engine upkeep. All these features combined ensure that marine research teams are fully equipped with all the connective, practical and safety features they need to succeed.

The electric research advantage

An electric boat offers a compelling solution for marine scientific research, providing a cleaner, quieter, and more sustainable alternative to traditional power. Their environmental benefits, operational advantages, maintenance benefits, and sustainability benefits make them an ideal choice for researchers seeking to minimise their impact on marine ecosystems while conducting valuable scientific studies. Indeed, the capability of electric-powered research isn’t just about reaching unreachable places; it’s about doing so with minimal disruption to the fragile marine environment.

Intrigued by the RAD 40 electric propulsion motor by RAD Propulsion? Eager to delve into the array of benefits that electric power offers? Contact our seasoned team of specialists today for insights tailored to your inquiries.

Hidden Gems of the UK Coastline

So picture this, you’ve finally switched out your old combustion boat for the electric advantage and the promise of eco-friendly adventures on the water awaits! But as you begin your journey across the waterways with this newfound sustainability, you might find yourself wondering ‘Where do I go first?’ With over 19,000 miles of coastline to explore and an Indian Summer approaching, you’ve certainly got your work cut out to see the best of the UK.

Luckily for us boating enthusiasts, there are plenty of hidden gems in the UK that are tailor-made for electric boat users. From secluded coves with pristine postcard sands to mysterious sea caves echoing local history, there’s a world of natural beauty, relaxation and wildlife waiting ahead. To make things a little bit easier, our team here at RAD Propulsion has put together this guide to the UK’s hidden gems dotted along the stunning coastline. Join us on an exciting journey as we unveil some of the most enchanting coastal wonders that are best experienced by an electric boat.

Hidden Gem 1: Newton Creek – Isle of Wight

Newtown River is a large natural inland harbour, with plenty of secluded spots and areas to explore With resident seals all year round it’s the perfect place to visit by electric boat to get close to nature.

Birdwatchers will also discover that an electric-powered journey to Newton Creek is an absolute delight. There is an array of bird species thriving in its many diverse habitats and if you’re really lucky you might even spot one of the white-tailed eagles that were reintroduced into the area in the last few years. It’s here where you realise that the choice of an electric outboard makes sense. Electric propulsion systems such as the innovative RAD 40 from RAD Propulsion have been tailor-built to deliver both performance and an environmentally clean and quiet journey across the water. This provides the precise throttle and steering needed to carefully explore the beauty of Newton Creek without disturbing the native wildlife.    

Hidden Gem 2: Chapman’s Pool – Dorset

For electric boat users looking for complete tranquillity across the waterways and wanting to experience something new, a trip to Chapman’s Pool is just for you. This hidden gem – tucked neatly on the shores of Dorset – is engulfed by the soft sound of waves gently passing by the vessel, allowing its visitors to immerse themselves in the soothing embrace of the sea. There is also little sign of human habitation, with an unspoiled beauty that lends itself to quiet contemplation in the delights of isolation. And when the sun sets? – There’s nothing else like it. Electric outboard users are treated to a spellbinding display of colours that transform the horizon into a painter’s canvas. The breathtaking display, mirrored in the tranquil waters, creates a truly captivating and romantic atmosphere that is best enjoyed from the deck of an electric boat.

And take it from us, a journey to Chapman’s Pool in an electric-powered vessel is one that debunks all of the outdated electric boating myths. Not only is the surrounding Dorset location leading the way in terms of electric boat charging infrastructure, but electric boat systems themselves are becoming increasingly sophisticated. Providing everything and more you need to relax on your journey to this hidden gem.

The RAD 40 systems as an example, are inbuilt with innovative smart technologies. The RAD Bus drive-by-wire system and RAD Link connecting signal enable solutions like battery management, simplified motor control and Bluetooth app connectivity – ensuring you stay one step ahead on your quest across the opulent location.

Hidden Gem 3: Skomer Island – Pembrokeshire

Skomer Island, located just off the southwestern coast of Wales, is a captivating gem in the United Kingdom’s Pembrokeshire Coast National Park. This small, uninhabited island spans around 2.92 square kilometres and is renowned for its breathtaking natural beauty and diverse wildlife – a sanctuary of natural wonders if you will.

Approaching Skomer Island by boat, visitors are welcomed by dramatic cliffs that rise from the turquoise waters of the Celtic Sea. The rugged coastline is adorned with vibrant wildflowers during the warmer months, creating a picturesque backdrop for the island’s rich biodiversity. Speaking of which, the island’s most famous inhabitants are its seabirds – with the island becoming a bustling seabird city during the breeding season. Simply anchor your electric boat in the sheltered waters surrounding the island and immerse yourself in the peaceful sounds of crashing waves and seabird calls.

Skomer Island is also a paradise of preservation. With limited daily visitor numbers given access and a desire for guests to practice responsible boating, the island is the perfect hidden location for cleaner and emission-free electric outboards. The RAD 40 electric outboard doesn’t rely on dirty and flammable combustion fuel, making for a much safer journey along the natural ecosystem as well as safer for electric boat users themselves.   

Hidden Gem 4: Elender’s Cove – South Devon

Last up on the journey of hidden treasures are the mesmerising landscapes of Elender’s Cove. Sat peacefully between two different cliff heads, the cove can be something of a challenge to spot at a first glance. But as you move closer across the waterways in your electric boat, a breathtaking panorama of rugged cliffs, lush greenery, and secluded beaches unfolds before you. Here as the boat gently cuts through the waves, you’ll feel a sense of escape, leaving behind the stress of everyday life.

Elender’s Cove is also renowned for its fascinating local history to be explored from the water. While we won’t spoil everything, just some of the historical landmarks you can look forward to seeing are the remnants of old coastal defences along the rugged cliffs and headlands, as well as the different shipwreck sites highlighting the maritime challenges of old

The electric advantage

With so many fantastic places to explore across the UK, it’s no surprise that more and more maritime enthusiasts are beginning to realise the benefits that electric propulsion can bring. From exploring the serene waters of Newton Creek to experiencing the enchanting beauty of Elender’s Cove, there’s so much of nature to be explored through the electric advantage and what better time to do so than the upcoming Indian summer?

Interested in the RAD 40 electric propulsion motor from RAD Propulsion? Have a question about the benefits of electric power?  Are you simply looking for directions to the next hidden gem? Then contact our team of experts today.

Let’s Talk Electric Boat Charging Infrastructure

As a global desire to search for more sustainable alternatives grows stronger in the ever-changing world of transportation, there’s a new wave in town that is, well… making waves. In just the past few years, electric boating has seen massive growth in demand with just 27% of boat users now seeking traditional combustion boat power. Indeed, in addition to offering the unparalleled freedom and mindfulness that comes with on the water exploration, electric boating has emerged as an eco-friendly marvel that also offers a clean, quiet experience with zero emissions and minimal noise pollution.

But, as we navigate away from the old myths of electric power and towards this promising future for the marine industry, one crucial element stands out – the charging infrastructure for electric boating. Just as electric cars rely on charging stations, electric boats require designated spots to replenish their power reserves. These charging stations act as essential lifelines for electric boats, ensuring users can venture out with confidence. However, as a relatively new boat propulsion method some have questioned whether the current electric charging infrastructure is enough to support the longer journeys and speeds that are seen with traditional combustion engines; especially when considering the national aim to decarbonise the waterways by 2050.    

From powering ports with charging stations to diversifying charging options and creating interconnected networks, here we will dive into the significance and capacities of current electric boat charging. Providing defined clarity amidst a sea of talk and opinions and exploring the vital role that well-planned charging stations play in enabling our electric boats to continue to roam our waterways freely.

Charging Flexibility

Contrary to what you might have heard, there is plenty of opportunity to charge your vessel while cruising – you certainly won’t find yourself stranded. However, unlike traditional propulsion, there is much greater flexibility as to where and when you charge your boat. This is thanks to a large – and continually growing – number of marinas that offer access to shore power. Such infrastructure allows individuals to charge their vessel overnight – if they want to be on the move during sunlight – or alternatively, charge in the day should they want a break from their adventures to replenish and explore the local area while moored up.

While largely dependent on the battery, most electric vehicle batteries are now also built with the Combined Charging System (CSS) technology, providing a foundation for individuals to recharge their electric boat how and when they prefer. CSS offers a versatile method of charging, ensuring the vessel can use two types of charge points: AC (Alternate Current) and DC Fast Charging (Direct Current).

AC Charging:

Allows an individual to charge their vehicle into any regular electrical outlet, providing a suitable and flexible but slow charging method (again best placed for an overnight charge, this could even be done on a bigger boat with a generator).

DC Fast Charging:

Is perfect for those in a hurry or who want to get going as quickly as possible as, you guessed it – it allows for extremely quick charge times, alleviating the previous concerns about extremely long boat charging times. 

Despite the UK only seeing its first fast charging station in 2022, the electric boat charging network is gathering momentum and seeing huge investment across Europe and beyond. Just as recently as June, the UK government signed off on a 3.2 million grant to get charging stations implemented across the south coast. For those looking to take advantage of this electric charging flexibility, the RAD 40 electric outboard makes for the perfect companion piece. Not only does it utilise the electric advantage to offer ultra-fast charging, but its compact design and precise control (thanks to the drive-by throttle and steering) make this a fantastic outboard for a clean time on the water.

Innovation Through Demand

Another core variable that has impacted electric boat charging is simply the need for infrastructure development.

As the number of electric boats on the water increases so does the demand for charging stations. This pushes marinas and port authorities to invest in charging infrastructure, making it more accessible to electric boat users. What’s more, the demand for electric boat charging has encouraged companies to innovate and develop more efficient charging technologies. Faster charging options, smart charging systems that optimise energy usage, and wireless charging solutions are some of the advancements we have seen – and will continue to see – as the market for electric boating expands. The competition to provide the best charging solutions leads to continuous improvements in technology.

This innovation can be seen within RAD Propulsion products. For instance, the RAD 40 is fully interconnected through the unique RADBus drive-by-wire system architecture and RADLink mobile connectivity. This allows for smart solutions such as battery monitoring/management, Bluetooth app connectivity, motor control, and more. What’s more, RAD systems conform to the NMEA2000 protocol, allowing for greater compatibility with other devices, as well as faster and more robust data transmission. The RAD 40 system also provides boat users with an innovative safety lanyard (RADTag) that can easily be used to identify the boat user. Pretty neat huh?

Bridging The Charging Network GAP

As the popularity of electric boating grows further, so does the need for a cohesive and well-connected set of charging networks that are tailored to traffic volume. These charging networks are the bridges that span the gap between charging stations, allowing boaters to navigate the waters freely without worrying about running out of juice. Just like highways on land, these networks establish efficient routes for electric boaters, enabling them to plan their trips with ease and peace of mind regardless of whether they sail across quiet or highly populated locations.

The current network infrastructure reflects a strong start in that respect as charging stations are currently – and continue to be – strategically placed across popular coastal destinations and waterways. This ensures that those who require access to electric charging stations will always have an option. Despite this, the electric boating industry is one that is far from fixed when considering the massive uptake in users and growing technological capabilities (just to name a few things). It’s important that charging networks are continually built upon to ensure that boat users always have access to electric charge moving forward.

Looking To The Future

With the current infrastructure in place for electric boat charging, some may say that the future is the present while others may say that the future is very much still the future.

Creating charging networks for electric boats is not without its challenges, but it’s a voyage worth undertaking. As more charging stations continue to become available at marinas and ports, it instils confidence in boat owners to make the switch from traditional fuel-powered vessels to electric ones. This transition is vital for reducing greenhouse gas emissions and promoting sustainable boating practices and sends a powerful message about the industry’s commitment to protect our waters and preserve marine ecosystems. By embracing the electrifying potential of charging networks, we pave the way for a future where sustainable boating becomes the norm, and our waterways thrive for generations to come.

Curious about how RAD Propulsion is innovating the electric outboard landscape with RAD 40? Contact our team of experts today.