Shakespeare 4700-2 24″ Stainless Steel Extension Review

The Shakespeare 4700-2 24″ Stainless Steel Extension: Not Just Another Review

For anyone working with marine electronics, particularly VHF antennas, a common challenge arises: optimizing signal reception. This often means getting that antenna just a little bit higher, or clearing an obstruction that’s playing havoc with its radiation pattern. This is precisely the niche that the Shakespeare 4700-2 24″ Stainless Steel Extension is designed to fill. When my boat’s radar reflector started causing a persistent dead spot in my GPS signal, I knew I needed a simple, effective way to reposition my GPS antenna without a major overhaul.

Upon receiving the extension, my first impression was one of solid, no-nonsense construction. The stainless steel felt substantial, not thin or flimsy, which is crucial for something exposed to the marine environment. It immediately conveyed a sense of durability that a lesser material wouldn’t. I had briefly considered generic threaded pipe fittings from a hardware store, but the specific marine-grade threading and the reputation of Shakespeare for marine electronics tipped the scales. My initial reaction was one of quiet satisfaction; this looked like exactly the tool I needed to solve my problem.


Real-World Testing: Putting Shakespeare 4700-2 24″ Stainless Steel Extension to the Test

My primary testing environment was my 28-foot sailboat, moored in a moderately salty bay. The goal was to extend the mounting point of my existing GPS antenna, which was mounted on the stern rail, to a higher position on the mizzen mast. This would clear the radar reflector that was positioned directly in its line of sight. I performed the installation on a calm, sunny day, and the conditions were ideal for initial setup.

The stainless steel construction proved to be a significant advantage. After a few weeks exposed to sea spray, sun, and occasional rain, there was absolutely no sign of corrosion or degradation. The threads remained smooth, and the unit felt just as robust as the day I installed it. Maintenance was refreshingly simple: a quick rinse with fresh water and a wipe-down was all it took to keep it looking and functioning like new. Compared to previous aluminum mounts I’ve used on boats, which invariably started to pit and corrode, this extension mast felt like a long-term solution.

First Use Experience

The installation was straightforward, fitting neatly between the existing antenna base and its mounting bracket. The standard 1″ – 14 threads male upper and female lower connections meant it integrated seamlessly with my existing marine antenna hardware. There was no need for any adapters or special tools beyond a standard wrench.

The real test came during my first offshore run after installation. I monitored my GPS signal strength and accuracy closely. Previously, I’d experienced intermittent signal dropouts and a slightly less precise fix when the radar was active. Post-installation, the signal remained consistently strong and the GPS fix was noticeably more stable, even when the radar was sweeping. The extended height clearly made a significant difference in clearing the obstruction.

Extended Use & Reliability

Over the course of a full boating season, the Shakespeare 4700-2 24″ Stainless Steel Extension has held up exceptionally well. It has endured numerous squalls, hours of direct sunlight, and the constant vibration of the engine and waves. There are no visible signs of stress, cracking, or material fatigue.

The one inch diameter provides a good balance of strength without being overly cumbersome or heavy. It feels appropriately proportioned for its length and intended use. Cleaning is as simple as it was on day one; the smooth stainless steel surface resists grime and is easy to wipe down. I have not needed to lubricate or perform any special maintenance beyond occasional rinsing. It has performed reliably, consistently achieving its intended purpose without any fuss.

Breaking Down the Features of Shakespeare 4700-2 24″ Stainless Steel Extension

Specifications

The Shakespeare 4700-2 24″ Stainless Steel Extension boasts a set of specifications that are both practical and durable. Its length is a key feature, offering a 2′ (24″) extension, which is substantial enough to make a noticeable difference in antenna height without creating excessive leverage or weight at the mounting point. The construction material is specified as stainless steel, a critical element for marine environments where corrosion resistance is paramount.

The threading is a standard and widely compatible 1″ – 14 threads, with a male upper connection for the antenna and a female lower connection for the mounting base. This universal threading ensures compatibility with most standard marine antennas. Finally, the mast has a one inch diameter, which provides the necessary rigidity to support an antenna without excessive flex, even in moderate winds.

  • Length: 24 inches – provides significant height increase for improved signal.
  • Material: High-grade stainless steel – offers exceptional corrosion resistance and durability.
  • Threading: Standard 1″ – 14 male upper, female lower – ensures broad compatibility.
  • Diameter: 1 inch – strikes a good balance between strength and weight.

These specifications are not just numbers; they translate directly into performance. The stainless steel construction means peace of mind regarding rust and degradation, a constant concern on a boat. The standard threading makes it a drop-in replacement or addition for many setups, and the 24-inch length is long enough to clear most common obstructions effectively. The one-inch diameter provides a sturdy platform, crucial for preventing antenna sway that can affect signal quality.

Performance & Functionality

The primary function of this extension mast is to increase antenna height, and in this regard, it performs admirably. My GPS reception improved noticeably, with a stronger signal lock and fewer intermittent drops, especially when operating near other electronic equipment like radar. The antenna’s radiation pattern is less likely to be compromised by nearby structures, leading to better overall communication and navigation accuracy.

The main strength of this extension is its straightforward effectiveness. It does exactly what it’s supposed to do: raise the antenna. A minor weakness, though not inherent to the product itself, is that any extension adds potential leverage. For extremely high-wind areas or very large antennas, one might need to ensure the base mounting is exceptionally robust. However, for typical marine applications, its functionality is excellent. It clearly meets and exceeds expectations for its intended purpose.

Design & Ergonomics

The design of the Shakespeare 4700-2 24″ Stainless Steel Extension is functional and robust, prioritizing durability over complex aesthetics. The stainless steel finish is attractive in a utilitarian way, and it has held up well against the elements. There are no intricate parts to worry about; it’s a simple, strong tube with threaded ends.

Ergonomically, it’s designed to be installed and then largely forgotten. The threading is clean and easy to engage, and the 1″ diameter provides a good grip surface if it needs to be manually adjusted or tightened. The black color mentioned in the specifications is a bit of a curiosity, as stainless steel is typically silver; this likely refers to a coating on some parts or an inconsistency in the provided description, as the unit I received was standard polished stainless steel. This doesn’t impact functionality but is an odd note.

Durability & Maintenance

Given its stainless steel construction and simple design, the durability of this extension mast is expected to be very high. It’s built for the harsh marine environment and shows no signs of wear after extended use. Assuming proper installation and occasional cleaning, it should last for many years, likely outliving the antenna it supports.

Maintenance is minimal. A regular rinse with freshwater after exposure to saltwater, along with occasional polishing if desired, is all that’s needed. There are no moving parts or delicate components, making it incredibly low-maintenance. Potential failure points are virtually non-existent under normal operating conditions, unless subjected to extreme physical impact.

Accessories and Customization Options

The Shakespeare 4700-2 24″ Stainless Steel Extension is a standalone component, and as such, it doesn’t come with additional accessories. Its primary function is to bridge existing components. However, its standard 1″ – 14 threads mean it’s designed to work with a vast array of marine antennas and mounting bases that use this common standard.

Customization options are essentially limited to the antenna and base you pair it with. You could, theoretically, use it to extend the reach of other 1″ – 14 threaded devices if they are suitable for marine environments, but its design is specifically geared towards antennas. There are no specific mounts or adapters included, nor are they typically needed given the standard threading.

Pros and Cons of Shakespeare 4700-2 24″ Stainless Steel Extension

Pros

  • Superior Durability: Constructed from high-grade stainless steel, offering excellent resistance to corrosion and the harsh marine environment.
  • Optimal Length: The 24-inch (2′) length provides a significant and effective increase in antenna height.
  • Universal Compatibility: Features standard 1″ – 14 male and female threads, ensuring easy integration with most marine antennas.
  • Robust Construction: The one inch diameter provides ample rigidity to support antennas without excessive flex.
  • Low Maintenance: Simple design and stainless steel material require minimal care.

Cons

  • Price Point: While durable, the price of $74.79 might be considered somewhat high for a simple extension piece compared to generic threaded pipe.
  • Limited Aesthetic Choice: The typical stainless steel finish is functional but might not suit all boat aesthetics if a specific color is desired (though the description mentions “Black” which is contradictory).


Who Should Buy Shakespeare 4700-2 24″ Stainless Steel Extension?

This extension mast is ideal for boat owners, particularly sailors and powerboaters, who are experiencing GPS or VHF radio signal issues due to obstructed antenna placement. It’s perfect for those who need to gain a bit more height to clear radar reflectors, other antennas, or superstructure components. Anyone who values longevity and reliability in marine equipment will appreciate the stainless steel construction.

This product is likely not for someone looking for a temporary, budget solution or those who require a specific color or highly stylized aesthetic for their antenna mount. If absolute lowest cost is the primary driver and corrosion resistance is less of a concern (perhaps for a very sheltered environment), alternatives might be considered. However, for a permanent, reliable solution in a marine setting, this Shakespeare extension is a strong contender. A good quality sealant for the threads, like a marine-grade anti-seize compound or Teflon tape, can also be a smart addition for the installation.

Conclusion on Shakespeare 4700-2 24″ Stainless Steel Extension

The Shakespeare 4700-2 24″ Stainless Steel Extension is a testament to functional design and robust material choice. It delivers on its promise of elevating antenna performance by increasing height, proving itself invaluable in clearing signal obstructions. The stainless steel construction guarantees long-term durability and resistance to the elements, which is non-negotiable in the marine world. While the price is certainly at the higher end for what is essentially a threaded tube, the quality, compatibility, and peace of mind it offers justify the investment for serious boaters.

For anyone struggling with compromised GPS or radio reception due to placement issues, I wholeheartedly recommend this extension mast. It’s a simple, effective, and durable solution that will likely serve your vessel reliably for years to come, ensuring your vital navigation and communication systems perform at their best.

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