Where to Buy Reliable Chartplotter Mounting Systems

May 4, 2024

In the world of maritime navigation, the role of reliable chartplotter mounting systems cannot be overstated. These systems are crucial for securing chartplotters—a vital tool for mapping and navigating waterways—firmly on boats. As boating technology evolves, the need for robust mounting solutions grows to ensure the stability and accessibility of these devices under various sea conditions. The market offers a range of mounting options, from simple brackets to advanced adjustable arms, catering to different boat sizes and preferences. Each type promises to enhance the user experience by ensuring that chartplotters remain in place, even in rough waters, thereby aiding in safe and efficient navigation.

What Are Chartplotter Mounting Systems

Navigating the complexities of marine environments requires precision, and the foundation of that precision often rests on the reliability of chartplotter mounting systems. These systems are essential for securing chartplotters to the dashboard of a vessel, ensuring that these crucial navigation aids remain stable and functional despite the dynamic conditions at sea. A proper understanding of how these systems work and why they are important will aid mariners in selecting the best mounting solution for their navigational needs.

Definition of Chartplotter Mounting Systems

Chartplotter mounting systems are specialized fixtures designed to hold and secure chartplotters in a marine environment. These systems are crafted with functionality and resilience in mind.

Purpose and Design: These systems are engineered to accommodate various types of chartplotters, providing a stable platform that reduces motion and vibration. The design is focused on making the chartplotter accessible and visible, enhancing the user’s interaction with the device.
Materials Used: Typically made from stainless steel, high-grade plastics, or aluminum, these materials are chosen for their durability and resistance to harsh marine elements like salt water and intense sunlight.
Types of Mounts: From fixed mounts that offer a permanent solution to adjustable and gimbal mounts that allow for changes in viewing angles, each type serves different navigational preferences and boat layouts.
Installation Techniques: Depending on the design, some mounts require drilling and bolting to the boat’s helm, while others might offer non-invasive alternatives like suction mounts or temporary clamp systems, which are easier to remove or adjust.
Device Compatibility: Mounts are specifically designed to fit different models and sizes of chartplotters, ensuring a secure fit that prevents slipping or rotation during movement.
Environmental Resistance: The construction includes features to withstand environmental challenges, including waterproofing and UV resistance, to protect both the mount and the chartplotter.
Integrated Features: Some advanced mounts incorporate features like shock absorbers to reduce the impact of waves, as well as cable management systems to keep connections secure and tidy.
Customization Options: Many systems are modular, allowing boaters to customize the installation according to their specific equipment and ergonomic needs, enhancing overall functionality and ease of use.

Importance of a Sturdy Mount in Marine Navigation

The stability of a chartplotter mount can significantly affect the performance of maritime navigation systems. Here’s why a sturdy mount is not just an accessory, but a necessity.

Enhanced Device Protection: A sturdy mount absorbs shocks and reduces vibrations, minimizing wear and tear on the chartplotter and potentially extending its operational life.
Safety and Security: In rough waters, the risk of equipment damage or loss is high. A reliable mounting system ensures that the chartplotter stays in place, preventing accidents caused by loose equipment.
Optimal Visibility and Access: Proper mounting ensures that the chartplotter remains at the ideal height and angle for easy viewing, crucial for quick decision-making and real-time data assessment.
Improved Usability: With a stable mount, the usability of the chartplotter improves as it becomes easier to operate the device’s controls or touchscreen, which can be challenging in unstable conditions.
Adjustability for Conditions: Some mounts offer the ability to adjust the position or angle of the chartplotter, adapting to changes in sunlight or the user’s standing position, which enhances viewing clarity and comfort.
Continuous Stability: The mount’s design ensures that it remains fixed in its position, providing consistent performance and reliability, which is crucial for accurate navigation and tracking.
Efficient Navigation: A stable and well-positioned chartplotter allows for more efficient navigation, with quicker updates and less risk of errors in reading or inputting data.
Ease of Access: A well-designed mount makes the chartplotter more accessible, crucial for maintaining continuous monitoring and quick adjustments to the course or settings.
Seamless Integration: A sturdy mount can facilitate the integration of the chartplotter with other onboard systems, creating a streamlined and efficient navigational command center.

By understanding both the fundamental aspects and critical importance of chartplotter mounting systems, mariners can make informed decisions that enhance the safety, functionality, and efficiency of their navigational setups.

Types of Chartplotter Mounting Systems

Navigating the waters safely and effectively often relies on the use of chartplotters, which need to be securely mounted to ensure reliability and ease of use. The choice of chartplotter mounting systems is crucial, as it affects the functionality, durability, and accessibility of these navigational aids. There are several types of mounting systems designed to meet specific needs and environmental conditions on a boat. Each type offers unique features and benefits, tailored to accommodate different devices and setups. From systems designed for rugged marine environments to those that cater to the aesthetic and functional needs of modern electronics, understanding the different types of mounts available is essential for optimizing marine navigation equipment.

Dual Graph Mount Console

The Dual Graph Mount Console is a type of chartplotter mounting system designed for vessels with ample helm space, allowing the installation of multiple devices simultaneously. This system enhances the functionality of the helm by accommodating more than one chartplotter or other navigational devices.

Simultaneous Display: Allows for the simultaneous viewing of multiple charts or data streams, which is critical for complex navigation scenarios.
Space Efficiency: Optimizes space on the helm by integrating multiple devices into a single mounting system.
Enhanced Durability: Built to be robust to support the additional weight and operational strain of multiple devices.
Improved Accessibility: Positions devices within easy reach and sight of the navigator, enhancing usability.
Customizable Setup: Offers flexibility in the arrangement of devices to suit individual preferences and boat configurations.
Reduced Interference: Designed to minimize electronic interference between devices, which can be a common issue with multiple installations.
Aesthetic Integration: Provides a streamlined look to the dashboard, maintaining a clean and organized appearance.
Increased Stability: Ensures that all mounted devices are securely attached, reducing the risk of damage from vibrations or impacts.
Advanced Cable Management: Incorporates features to neatly handle multiple power and data cables, preventing clutter.

Heavy Duty Fish Finder Mounts

Heavy Duty Fish Finder Mounts are robust chartplotter mounting systems tailored for extreme marine environments. These mounts are crucial for securing high-performance fish finders and other sensitive electronics against the rigors of open water.

Enhanced Protection: Provides superior protection from harsh marine conditions like high waves and strong winds.
Vibration Resistance: Engineered to absorb significant vibrations, protecting the device’s internal components.
Heavy-duty Materials: Constructed from materials such as reinforced plastics and metals that can withstand rugged use.
Secure Locking Mechanisms: Features advanced locking mechanisms that ensure the device remains in place.
Corrosion Resistance: Materials used are typically corrosion-resistant, ideal for saltwater environments.
Ease of Installation: Despite their ruggedness, these mounts are designed for straightforward installation and adjustment.
Long-term Durability: Built to last, minimizing the need for frequent replacements and maintenance.

Marine Electronics Mounts

Marine Electronics Mounts are versatile chartplotter mounting systems designed to handle a variety of marine electronics. This adaptability makes them suitable for boats that utilize multiple types of navigation and communication devices.

Universal Compatibility: Compatible with a wide range of marine electronics, from chartplotters to radar displays.
Modular Design: Allows for the addition or removal of devices without requiring a new mounting system.
Adjustable Features: Features like tilt, swivel, and rotation capabilities enhance viewing angles and device interaction.
Enhanced Airflow: Designed to promote airflow around devices, preventing overheating in enclosed helm areas.
Integrated Power Solutions: Some models offer integrated power outlets or USB ports to power devices directly from the mount.
Rugged Construction: Built to endure the marine environment with materials that resist rust and degradation.
Streamlined Operation: Facilitates more efficient operation by keeping essential controls within reach.
Impact Resistance: Offers protection against impacts, an essential feature in unpredictable seas.
Quick Release Mechanisms: Allows for quick detachment of devices for security or during adverse weather conditions.

Aluminum Fish Finder Mount

Aluminum Fish Finder Mounts utilize the inherent qualities of aluminum to offer a lightweight, strong, and corrosion-resistant chartplotter mounting system, particularly well-suited for saltwater environments.

Lightweight Construction: Aluminum’s light weight makes the mount easy to handle and adjust.
Superior Corrosion Resistance: Naturally resistant to corrosion, especially important in saltwater conditions.
High Strength-to-Weight Ratio: Despite being lightweight, aluminum offers a high strength-to-weight ratio, suitable for supporting heavy devices.
Aesthetic Appeal: Aluminum has a sleek, modern appearance that complements high-tech electronic devices.
Thermal Conductivity: Helps dissipate heat from the electronics, protecting them from overheating.
Environmental Resistance: Stands up well against UV exposure and extreme temperatures.
Recyclability: Aluminum is fully recyclable, offering an environmentally friendly option.
Ease of Maintenance: Requires minimal upkeep, typically needing only occasional cleaning.
Cost-effectiveness: Offers a durable solution at a reasonable cost, providing good value over time.

How to Choose the Right Chartplotter Mounting Systems for Your Boat

When outfitting your boat with a chartplotter, selecting the correct mounting system is crucial to ensure safety, visibility, and ease of use. This decision can significantly impact the functionality of your navigation equipment. Below, we explore various factors to consider when choosing a mount, followed by tailored tips to align the mounting system with your specific boating activities. Each point includes detailed considerations to help you make an informed choice.

Factors to Consider

Before selecting a chartplotter mounting system, it’s essential to evaluate several key aspects of your boat and navigation requirements. These factors will guide you in choosing a mount that not only fits physically but also complements the operational dynamics of your vessel.

Boat Size: The physical dimensions of your boat influence the type of mount needed. Larger boats may accommodate bigger, more robust mounts that can handle multiple devices, while smaller crafts benefit from more compact, space-saving mounts.
Chartplotter Weight: It’s crucial to choose a mount that can support the weight and size of your chartplotter without sagging or becoming unstable, especially in rough waters.
Installation Space: Assess the dashboard area where the chartplotter will be mounted. Ensure there is sufficient space not just for installation, but also for any adjustments and cable management.
Environmental Exposure: Consider the typical weather conditions and water types your boat encounters. Saltwater environments, for example, require mounts made from materials that resist corrosion and UV damage.
Vibration Dampening: High-speed boats or vessels that travel in choppy conditions need mounts with shock-absorption capabilities to protect the chartplotter’s internal components.
Adjustability: A mount that offers flexibility in viewing angles and height adjustments can significantly enhance visibility and usability, depending on the helmsman’s position and lighting conditions.
Accessibility: Ensure that the mount allows for easy access to the chartplotter’s controls and screen, facilitating quick adjustments and interaction without physical strain.
Durability: Opt for high-quality materials that offer longevity and reliability. Stainless steel or anodized aluminum are excellent choices for their strength and resistance to marine elements.
Installation Requirements: Some mounts require more complex installation processes, including drilling. Evaluate whether you prefer a permanent solution or a more flexible, temporary setup.

Tips on Matching the Mount to Boating Activities

The type of boating activity you engage in plays a significant role in determining the appropriate chartplotter mount. Each boating style has unique requirements that can influence the choice of mount, ensuring optimal functionality and reliability during navigation.

Fishing: Anglers often adjust their chartplotter’s position for better viewing when seated or standing. Choose a mount that allows easy swivel and tilt adjustments to accommodate these changes.
Racing: Speed and sudden maneuvers are common in boat racing, necessitating a mount that securely holds the chartplotter without any shift or shake.
Cruising: For long voyages, a mount with enhanced durability and the ability to maintain visibility under varying light conditions is crucial.
Day Sailing: Quick and easy interaction with the chartplotter is essential for day sailors. Consider mounts that offer simple, one-hand adjustments.
Navigation in Rough Waters: Opt for a mount with superior vibration damping and a robust locking mechanism to ensure the chartplotter remains stable and accessible in turbulent conditions.
Multiple Operators: If your boat has various users, look for a mount with universal ease of use, including adjustable height and orientation features.
Integration with Other Devices: For setups involving multiple navigation aids, select a mounting system that can accommodate additional devices without overcrowding the helm.
Visibility Needs: To avoid constant looking down, which can be a distraction, choose a mount that positions the chartplotter at or near eye level.
Conservation of Space: In compact helm areas, prioritize mounts that offer a minimal footprint without compromising stability and adjustability.

By thoroughly considering these factors and aligning the chartplotter mounting system with the specific needs of your boating activities, you can significantly enhance your maritime navigation experience, ensuring safety and efficiency aboard your vessel.

Installation Tips for Chartplotter Mounting Systems

Proper installation of chartplotter mounting systems is crucial not only for the functionality and efficiency of your navigation equipment but also for safety and durability on the water. This section provides a comprehensive guide on how to install a chartplotter mount effectively, along with an enumeration of common pitfalls to avoid during the process. Detailed steps and cautions will ensure a successful installation, helping you get the most out of your chartplotter.

Step-by-Step Guide on How to Install a Chartplotter Mount

Installing a chartplotter mount involves careful planning and precise execution. Following these steps can help ensure that your chartplotter is securely attached and optimally positioned for easy access and visibility.

Select the Right Location: Begin by choosing a spot on the helm that offers unobstructed views and easy accessibility. Consider the operator’s line of sight and reach. The location should not interfere with the operation of other helm controls or equipment.
Check Compatibility: Ensure that the chosen mount is compatible with your chartplotter model and the material of your boat’s helm. This involves confirming the size, fitting, and attachment method.
Gather Necessary Tools: Assemble all the tools required for the installation, which typically include a drill, various drill bits, a screwdriver, wrenches, and a measuring tape. Having the right tools at hand prevents interruptions and potential mistakes.
Mark the Drill Points: Accurately measure and mark the points where you will drill into the helm for mounting. Use a level to ensure that these markings are even to prevent a tilted installation.
Drill Pilot Holes: Carefully drill pilot holes at the marked spots, taking care to maintain the drill straight and to the appropriate depth. Use a smaller drill bit than the screw size to ensure a tight fit.
Secure the Mounting Bracket: Attach the mounting bracket to the helm using the appropriate screws. It is crucial to tighten these securely, ensuring the mount is stable but not over-tightening to avoid damage.
Attach the Chartplotter: Securely place the chartplotter in the mounting bracket. Follow the specific instructions for locking or clipping it in place to ensure it is held firmly.
Manage the Wiring: Route the cables correctly and securely, avoiding areas where they may be crimped or damaged. Use cable clips or ties to secure them out of the way and maintain a clean setup.
Test the Installation: Finally, power up the chartplotter and test its functionality. Adjust the mount if needed to ensure the screen is easily viewable and operable.

Common Pitfalls to Avoid During Installation

While installing a chartplotter mount may seem straightforward, certain common errors can compromise the setup. Being aware of these pitfalls can help avoid unnecessary damage and ensure a reliable installation.

Ignoring Manufacturer’s Instructions: Always start by reading the manufacturer’s guidelines. Each model may have specific requirements or restrictions that are crucial for a successful installation.
Improper Tool Use: Using incorrect or inappropriate tools can damage both the mount and the helm. Ensure you use tools that fit properly and are suitable for the task.
Over-tightening Screws: This can lead to stripped screws and damaged mounting surfaces. Tighten firmly but stop as soon as resistance increases significantly.
Poor Wiring Practices: Improper cable routing can lead to functional failures and safety hazards. Ensure wires are not stretched too tightly and are protected from pinching and abrasion.
Mounting in an Inconvenient Location: Re-evaluate the location before drilling. Make sure it doesn’t interfere with the functionality of other instruments or the comfort of the operator.
Not Testing Before Final Installation: Assemble and test the setup temporarily before finalizing the installation to ensure everything functions as expected and adjustments are easier to make.
Failing to Seal Drill Holes: Use marine-grade sealant to close up any holes made during installation to prevent water ingress which can lead to corrosion and other damage.
Neglecting to Check for Obstructions: Always inspect the area behind the mounting surface for hidden wiring or components that could be damaged by drilling.
Skipping Final Checks: Once installed, give the entire setup a thorough inspection to ensure every component is secure and operational, adjusting as necessary.

By meticulously following these steps and heeding the warnings about common installation errors, you can effectively install a chartplotter mounting system that enhances your marine navigation experience and ensures your safety on the water.

Where to Buy Chartplotter Mounting Systems

Purchasing the right chartplotter mounting systems is as critical as selecting the chartplotter itself. Knowing where to buy these systems and how to find the best deals ensures that you get high-quality products at competitive prices. This section provides detailed advice on comparing online retailers versus marine equipment stores, along with trusted sources for buying quality marine electronics accessories.

Advice on Finding the Best Deals: Online Retailers vs. Marine Equipment Stores

When looking to purchase chartplotter mounting systems, you have the option to choose between online retailers and physical marine equipment stores. Each avenue offers its own benefits and considerations.

Convenience: Online retailers provide the convenience of shopping from home, often offering a wider variety of models and brands than physical stores.
Price Comparison: Shopping online makes it easier to compare prices across multiple retailers quickly, helping you find the best deal.
Customer Reviews: Online stores typically feature customer reviews, which can provide real-world insights into the quality and reliability of different mounting systems.
Promotions and Discounts: Online retailers often have regular sales, discounts, and promotional codes that can lead to substantial savings.
Expert Advice: While online shopping offers convenience, physical stores provide the advantage of direct access to expert advice from experienced staff.
Immediate Availability: Marine equipment stores allow you to physically examine the product before purchase and take it home the same day, avoiding shipping times.
Return Policies: Physical stores may offer more straightforward return processes, allowing for easier returns or exchanges if the product doesn’t meet expectations.
Shipping Costs: When purchasing online, consider the shipping costs, which can add to the total expense, whereas buying in-store eliminates these costs.
Local Support: Purchasing from a local marine store supports local businesses and often ensures that you receive more personalized customer service.

FAQs about Chartplotter Mounting Systems

What is the difference between a chartplotter and a depth finder?

A chartplotter and a depth finder serve different functions in marine navigation, though they are often integrated into single units for convenience. A chartplotter is a device that uses GPS (Global Positioning System) data to provide a visual map of your location on water. It helps in plotting and monitoring a boat’s course over the waterbody, integrating maps that can show coastlines, buoys, and other navigational markers.

A depth finder, on the other hand, is used primarily to provide information about the water depth directly beneath your vessel. It uses sonar technology to send sound waves down into the water, which bounce back to the device to give readings of the depth. This is crucial for avoiding underwater hazards and for activities like fishing, where understanding the terrain underwater can enhance success.

While a chartplotter helps with navigation, a depth finder focuses on underwater contours and obstacles. Modern devices often combine these two functions to provide comprehensive navigational assistance in a single unit.

How to mount a depth finder in dash?

Mounting a depth finder in the dash of a boat involves several steps to ensure the device is securely installed and operational. Here’s a general guide:

Choose the Location: Select a spot on your dash where the depth finder is easily viewable and accessible without obstructing the view or operation of other essential controls. Make sure the location has enough clearance behind the dash for the unit and its connections.
Check for Obstructions: Before drilling or cutting, check behind the chosen location for any wires or systems that could be damaged. Use a stud finder or visual inspection to ensure the area is clear.
Cut the Opening: Most in-dash depth finders come with a template for cutting. Tape this template to your dash and use a jigsaw or another appropriate tool to cut the opening. Make sure the cut is precise to avoid gaps.
Secure the Unit: Fit the depth finder into the opening. Many models come with mounting brackets or screws. Secure these tightly to ensure the unit doesn’t shift with the movement of the boat.
Connect Wiring: Connect the power and transducer cables. This often involves routing cables through the dashboard to a power source and towards the transducer’s location, usually mounted on the stern or the hull.
Seal and Waterproof: Ensure all openings and gaps around the installation are sealed to prevent water ingress. Use marine-grade sealant around the unit for a watertight seal.
Test the Installation: Power on the depth finder to ensure it functions correctly. Check all settings and calibrations as per the manufacturer’s instructions.

This installation not only helps in maintaining the aesthetic appeal of the boat’s dashboard but also ensures that the depth finder is an integral part of the boat’s navigation system.

What is a chartplotter on a fish finder?

A chartplotter on a fish finder refers to the function within the fish finding device that provides GPS mapping capabilities alongside sonar readings. While the primary role of a fish finder is to locate fish using sonar technology, integrating a chartplotter adds substantial navigational capabilities. It uses GPS data to show the boat’s position in real-time on a digital map. This map can include waypoints, navigational routes, and significant marine markers like buoys, docks, and underwater obstacles mapped in conjunction with depth readings.

This combination allows anglers and boaters to mark and return to specific locations where fish are abundant, or navigate safely in unfamiliar waters. The integration of a chartplotter with a fish finder makes it a powerful tool for both navigation and fishing, streamlining two crucial aspects of marine activity into one device. This not only saves space on the console but also simplifies the user interface for more effective and efficient maritime excursions.