We are thrilled to share the highlights of our recent corporate day, “Allen Factory to Flotilla Fiesta,” held on the 26th of June. This event was designed to give our valued customers an inside look at our state-of-the-art manufacturing facilities in Essex, UK, and provide a memorable sailing experience on the River Crouch.
Our day began with an exclusive tour of our warehouse and factory units. Our guests were able to see firsthand the intricate processes involved in producing our top-of-the-line sailing hardware. The tour included a visit to our designers’ resources, where all Allen products are conceived and developed. We showcased our advanced product load testing equipment and offered detailed explanations of how each piece of hardware is meticulously crafted to meet the highest standards.
The Ultimate Guide to Purchase Systems and Mechanical Advantage.
In this guide, we’re breaking down the nitty-gritty of purchase systems, from the straightforward simplicity of the “simple” system to the power-packed intricacy of the “compound” system. We will also take a look at how to calculate a purchase system and the steps you should take to design your own.
A purchase system is like your boat’s backstage crew, working behind the scenes to make sailing a breeze. It involves blocks (the unsung heroes) and ropes, creating a setup that multiplies your muscle power, making sail control and rigging adjustment a piece of cake.
Let’s start with the basics – the “direct” approach. In a simple “direct” purchase system, there’s just one block, one line (rope), and one straightforward mission: to control the load. It’s a 1:1 ratio, meaning the force you exert is the force felt by the load. Perfect for tasks like raising the centreboard on a dinghy or adjusting basic sail tension. Simple, effective, and great for when you need no-nonsense control.
Exploring Cam Cleats – Part 4: Maintenance and Care of Cam Cleats
Welcome to the fourth and final chapter of our comprehensive blog series “Exploring Cam Cleats”. In Part 4, we shift our focus from the uses and functionality to the equally important realm of preserving and optimising the performance of your cam cleats.
In this instalment, we’ll unravel the mysteries of cleaning, inspecting and servicing cam cleats. With insights into proactive maintenance routines and best practices, you’ll be equipped to maintain your cam cleats in peak condition, ensuring that every sail is met with the reliability and performance you’ve come to expect from Allen hardware.
Whether you’re cruising leisurely or navigating a competitive race, the reliability of your cam cleats is crucial. Proper maintenance minimises the risk of unexpected malfunctions which could lead to losing a race or unwanted line handling issues.
Exploring Cam Cleats – Part 3: Practical Applications of Cam Cleats
Part 3: Practical Applications of Cam Cleats
In Parts 1 and 2, we unearthed the different types of cam cleats and their essential accessories, unveiling the tools that elevate sailing efficiency and safety. Now, in Part 3, we’re venturing into the various applications which utilise cam cleats and their many accessories.
Different types of cam cleats and their accompanying accessories are designed to cater to specific uses and sailing scenarios. Let’s explore a few different systems and how the cam cleat and accessories play vital roles towards enhancing sail control.
Exploring Cam Cleats – Part 2: Essential Accessories for Cam Cleats
Part 2: Essential Accessories for Cam Cleats
Welcome back to the next instalment of our blog series, where we dive deeper into the world of cam cleats and unveil the essential accessories that elevate their performance. In Part 1, we explored the fundamentals of cam cleats and the different types.
Now, it’s time to shift our focus to the accessories that enhance the capabilities of these versatile tools. Just as a skilled sailor relies on the right equipment to navigate the seas, a seamless sailing experience hinges on the proper tools to complement and optimise cam cleat functionality.
From fairleads and bullseyes to swivel bases and beyond, Part 2 takes you on a journey through the indispensable tools that guide ropes and ensure precise control.
So, join us as we unlock the secrets of these essential accessories and provide insights into their applications. Whether you’re a seasoned sailor or just starting to explore the world of cam cleats, Part 2 will equip you with the knowledge to make informed choices, ensuring that your sailboat’s performance reaches its full potential.
Exploring Cam Cleats – Part 1: Understanding Cam Cleats
In this four-part series posted over the next four weeks, we will delve into the world of cam cleats, explore the accessories that complement their functionality, and discover the myriad of applications across different sailing scenarios. By understanding the principles and versatility of cam cleats, you’ll be better equipped to optimise your sailboat’s performance and enjoy a more seamless and enjoyable sailing experience.
Part 1: Understanding Cam Cleats
Cam cleats are essential components in the world of sailing, playing a crucial role in enhancing control, efficiency, and safety on sailboats of all sizes. These cleverly designed devices are specifically engineered to secure lines (ropes) in place while allowing quick and controlled adjustments. Their innovative mechanism consists of a grooved jaw or cam that securely grips the line when tension is applied, preventing it from slipping.
The significance of cam cleats lies in their ability to simplify sail handling, enabling sailors to fine-tune various control lines swiftly and precisely. Whether it’s adjusting the tension on sheets, controlling halyards, or managing other lines critical for sail trimming and manoeuvring, cam cleats provide sailors with a dependable and convenient means to manage the intricate dance between wind, water, and sail.
Unveiling the Performance Difference – Caged vs. Non-Caged Ball Bearings
In the world of sailing, every component plays a crucial role in the performance and efficiency of the boat. When it comes to sailing blocks, the choice between caged and non-caged ball bearings can significantly impact the overall sailing experience and performance. In this post, we will explore the performance difference between caged ball bearings and non-caged ball bearings, specifically when used in sailing blocks. By understanding the advantages of caged ball bearings, sailors can optimise their rigging systems for smoother sailing and improved control.
Reduced Friction for EffortlessTrimming
One of the primary advantages of caged ball bearings in sailing blocks is their ability to minimise friction. The carefully designed cage that separates the balls ensures smooth rolling motion with minimal contact and frictional resistance. This translates into lighter and more responsive control, allowing sailors to make precise adjustments on the control lines and sheets with less effort.
We’re pleased to officially announce the launch of our brand-new 40mm dynamic block range. Available in 32 variations, all made from high-strength, lightweight glass-loaded nylon and featuring Allen’s dynamic bearing technology. The result is a high-performance block range suitable for keelboats and dinghies.
The new 40mm dynamic block range has been developed over the last couple of years with a focus on the high-performance keelboat and dinghy market. It features new variations that provide wider possibilities for different systems.
Our dynamic bearing technology is a key factor in the frictionless performance you can expect from this new range and sets it apart from the competition.
The three most common types of bearings found in a sailing block/ pulley are plain bearings, ball bearings and roller bearings. But, what’s the difference between the three and why should you choose one over the other? Making the correct choice can help your rope system run more efficiently and to the desired performance.
Introducing the TiiTAN Block, the latest high-performance sailing pulley from Allen. The TiiTAN is a further development of the industry-leading XHL block range and is charting new territory for the small pulley market.
“Titan – A thing of very great strength” – Oxford Dictionary definition.
Weighing in at only 28 grams makes the TiiTAN the lightest, strongest 30mm ball-bearing pulley available on the market. This is an incredible 30% weight reduction when compared to the groundbreaking 30mm XHL block.
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