The application of small, ferrous objects to the underside of miniature gaming platforms offers enhanced stability and portability. These objects, typically disc-shaped, interact with metallic surfaces, preventing models from tipping during gameplay or transport. An example includes adhering neodymium discs to the bottom of a Citadel miniature base produced by Games Workshop, enabling secure attachment to a magnetic carrying case or gaming board.
This technique addresses the challenges inherent in moving and storing delicate tabletop miniatures. Previously, unsecured figures were prone to damage from collisions or falls. The introduction of magnetic solutions provides a robust and reliable method of safeguarding investments in painted models, extending their lifespan and preserving aesthetic quality. This approach represents a significant improvement over reliance on foam padding or individual packaging.
The following sections will explore the practical aspects of selecting appropriate sizes and strengths, the recommended adhesives for secure bonding, and considerations for incorporating this method into various gaming environments.
1. Size
The physical dimensions of ferrous objects, specifically in relation to miniature gaming platforms, are a critical consideration for achieving both functional stability and aesthetic integration. Incorrect size selection can compromise the integrity of the base and the security of the miniature attached to it.
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Diameter and Stability
The diameter of the magnet directly influences the contact area with a ferrous surface. A larger diameter provides greater surface adhesion, increasing stability and reducing the likelihood of the miniature toppling. Conversely, an excessively large magnet may protrude beyond the base’s edge, impairing its aesthetic appeal and potentially interfering with gameplay. Consider a 32mm base; a 5mm diameter disc often provides sufficient grip without being visually obtrusive. Larger miniatures require correspondingly larger diameters to maintain stability.
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Thickness and Clearance
The thickness of the chosen ferrous object determines the clearance between the base of the miniature and the supporting surface. Insufficient clearance can cause the magnet to scrape against the gaming table or storage container, leading to wear and potential damage to the painted miniature. Conversely, an overly thick magnet increases the profile of the base, altering the model’s perceived height and potentially creating an uneven playing field. A thickness of 1-2mm is generally suitable for most applications.
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Base Size Compatibility
Different gaming systems utilize a variety of base sizes. Selecting a magnet that is proportionally appropriate for the base is essential. A small magnet on a large base will offer inadequate support, while an oversized magnet on a small base can be impractical and visually unappealing. Understanding the standard base sizes used in the relevant gaming system is crucial for making informed decisions regarding magnet dimensions.
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Magnet Recessing
The option to recess the object within the base allows for the use of larger or thicker objects without compromising the miniature’s stability or aesthetics. Recessing requires careful planning and execution, typically involving the removal of material from the underside of the base to create a cavity for the magnet. This technique allows for greater flexibility in magnet selection and can enhance the overall durability of the magnetic basing system.
Therefore, careful consideration of diameter, thickness, base size compatibility, and the possibility of recessing is vital for achieving optimal functionality and aesthetic integration when applying ferrous objects to gaming platforms.
2. Strength
The attractive force exerted by a ferrous object affixed to a gaming platform’s base is a critical determinant of its overall effectiveness. Insufficient strength precipitates instability, increasing the susceptibility to tipping during both gameplay and transport. Conversely, excessive power can present challenges in maneuverability and separation from metallic surfaces, potentially leading to damage during removal.
The necessary force is directly proportional to the weight and center of gravity of the miniature. Larger, heavier models, such as vehicles or multi-part figures, necessitate objects with higher pull ratings to ensure secure adhesion. Smaller infantry models can generally be adequately secured with lower-strength options. A practical example involves comparing a standard plastic infantry model with a metal dreadnought; the dreadnought will undoubtedly require a significantly stronger, and possibly larger, object to maintain a stable connection. Selection should involve empirical testing to determine the minimum force required for reliable adhesion under typical gaming conditions.
Therefore, appropriate selection is not merely a matter of raw power, but a careful calibration balancing security and ease of use. Overestimation can lead to unnecessary difficulty in handling, while underestimation negates the intended benefits of secure basing. Addressing this challenge involves considering miniature weight, the intended gaming surface, and personal preference, as each interaction contributes to a successful and streamlined gaming experience.
3. Adhesive Type
The selection of an appropriate bonding agent is paramount to the long-term efficacy of applying ferrous objects to miniature gaming platforms. The chosen adhesive must effectively transfer stress, withstand environmental factors, and maintain structural integrity under typical gaming conditions.
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Cyanoacrylate Adhesives (Super Glue)
Cyanoacrylate adhesives offer rapid curing times and are suitable for bonding to a variety of materials common in miniature bases, such as plastic and resin. However, these adhesives exhibit limited impact resistance and can become brittle over time, potentially leading to bond failure under stress. Their low viscosity can also result in overflow and aesthetic imperfections if not applied with precision. Example: Loctite Super Glue.
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Epoxy Adhesives
Epoxy adhesives provide superior structural strength and impact resistance compared to cyanoacrylates. These adhesives typically consist of two components that must be mixed prior to application, resulting in a longer curing time. Epoxy formulations are well-suited for bonding ferrous objects to bases made of heavier materials or those subject to significant stress. Example: JB Weld.
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Polyurethane Adhesives
Polyurethane adhesives offer a balance of flexibility and strength. They provide good adhesion to a variety of surfaces and are relatively resistant to moisture and temperature changes. While not as strong as epoxies, polyurethane adhesives are less prone to cracking under stress and are a viable option for securing ferrous objects to plastic bases. Example: Gorilla Glue.
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Considerations for Surface Preparation
Regardless of the adhesive type chosen, proper surface preparation is essential for achieving a strong and durable bond. Surfaces should be clean, dry, and free of any contaminants, such as mold release agents or paint. Roughening the surfaces with sandpaper can improve mechanical adhesion and increase the bond strength. This preparation is particularly important for plastic bases, which may have a smooth, non-porous surface.
The long-term success of magnetic basing relies not only on the strength of the attractive force, but equally on the enduring integrity of the adhesive bond. Careful consideration of material compatibility, environmental factors, and surface preparation is crucial for maximizing the longevity and reliability of the system. Selecting the appropriate adhesive requires balancing ease of application, curing time, strength, and long-term durability for the specific materials being joined.
4. Polarity
In the context of miniature gaming, polarity refers to the direction of the magnetic field emanating from a ferrous object affixed to a gaming platform’s base. This characteristic dictates the object’s attraction or repulsion when interacting with other magnets or ferrous surfaces. Consistent polarity across all miniatures within a collection is crucial for ensuring uniform attachment to storage trays or gaming surfaces. Inconsistent polarity results in repulsion, rendering the system ineffective and potentially damaging the miniatures.
For example, if one miniature has its north pole facing downwards and another has its south pole facing downwards, they will attract to a ferrous surface but repel each other when placed base-to-base. This seemingly minor detail significantly impacts storage and transport efficiency. Magnetic storage trays are typically constructed with a uniform ferrous surface. If a collection exhibits mixed polarities, some miniatures will securely attach, while others will resist attachment, potentially leading to instability and model damage. Standardizing polarity ensures all miniatures adhere uniformly, maximizing storage capacity and minimizing movement during transport. Careful attention to polarity also allows the creation of dynamic gaming elements, such as modular terrain, where specific sections are designed to attract or repel, creating interactive gameplay scenarios.
Therefore, implementing a magnetic basing system requires meticulous planning regarding polarity. Identifying and marking one pole of each magnet prior to adhesion is essential. This process minimizes the risk of inconsistencies and ensures compatibility across the entire miniature collection. While seemingly a minor detail, consistent polarity is a foundational element of a functional and reliable magnetic basing system for miniature gaming.
5. Base Material
The composition of a miniature gaming platform’s base directly influences the effectiveness of applied ferrous objects. Different materials exhibit varying adhesive properties and structural integrities, demanding careful consideration when selecting and applying magnetic solutions. Understanding these material properties is crucial for achieving a secure and durable bond.
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Plastic Bases
Plastic, particularly polystyrene, is a common base material in miniature gaming due to its light weight and ease of molding. Adhesion to plastic can be challenging due to its smooth, non-porous surface. Surface preparation, such as scoring or priming, is often necessary to improve adhesive bonding. Cyanoacrylate adhesives are frequently used, but may require additional reinforcement for heavier models. The structural integrity of plastic can be compromised by excessive adhesive or aggressive surface preparation, potentially leading to base warping or cracking.
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Resin Bases
Resin bases offer greater detail and weight compared to plastic, often requiring stronger magnets for secure adhesion. The surface of resin bases can vary, with some exhibiting a smooth finish and others possessing a slightly porous texture. Epoxy adhesives are generally recommended for resin bases due to their superior strength and gap-filling capabilities. Similar to plastic, surface preparation is crucial for achieving a reliable bond. The increased weight of resin bases necessitates careful consideration of magnet strength and placement to prevent instability.
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Metal Bases
Metal bases provide inherent weight and stability, often used for larger miniatures or those with a high center of gravity. While magnets will directly adhere to ferrous metal bases, this may not be the optimal solution for all scenarios. Applying a separate object to the base still allows for greater control over magnet strength and placement. When bonding to non-ferrous metals, such as pewter or white metal, epoxy adhesives are typically employed. The durability of metal bases allows for more aggressive surface preparation techniques to enhance adhesive bonding.
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Cork and Wood Bases
Cork and wood are sometimes used for scenic bases, providing a textured surface for simulating terrain. These materials are porous and readily accept adhesives. However, their soft nature can make them prone to damage or deformation under pressure. Epoxy or polyurethane adhesives are suitable for bonding magnets to cork or wood bases. Consideration should be given to sealing the material prior to adhesive application to prevent moisture absorption and subsequent bond failure.
The choice of base material profoundly impacts the selection and application of magnetic basing solutions. Understanding the inherent properties of each material is essential for optimizing adhesive bonding, ensuring miniature stability, and maximizing the longevity of the magnetic basing system.
6. Miniature Weight
Miniature weight is a primary determinant in selecting appropriate magnets for miniature gaming platforms. Heavier models demand stronger magnets or larger surface areas of magnetic contact to maintain stable adhesion to ferrous surfaces, such as storage trays or gaming boards. Conversely, lighter models require less powerful magnets, preventing excessive force that could complicate handling and potentially damage delicate components. The direct relationship between miniature weight and required magnetic force dictates a tailored approach to magnet selection, ensuring both secure attachment and ease of manipulation. For instance, a lightweight plastic infantry figure might require a 3mm diameter magnet, while a heavier metal vehicle could necessitate a 6mm or larger magnet.
Implementing this understanding requires a practical assessment of each miniatures weight distribution and center of gravity. Top-heavy models, even if relatively light overall, may require larger or stronger magnets to counteract the tipping force. The distribution of magnet placement on the base is also crucial. Positioning magnets strategically to provide a wide base of support enhances stability, particularly for irregularly shaped miniatures. Furthermore, the intended use case significantly influences the choice. Models intended for frequent transport require a higher safety margin in magnet strength compared to those primarily used for static display. Empirical testing with different magnet strengths and configurations is recommended to identify the optimal balance between adhesion and ease of use.
In summary, miniature weight is an indispensable consideration when integrating magnetic basing systems. Proper magnet selection mitigates the risk of damage during transport and gameplay, while also enhancing the overall user experience. The challenge lies in accurately assessing weight distribution and applying the appropriate magnetic force, ensuring both secure attachment and ease of manipulation. This approach contributes to the longevity and preservation of valuable miniature collections.
7. Storage Solutions
The efficacy of miniature gaming platform magnetization is intrinsically linked to appropriate storage methodologies. These methodologies prevent damage during transport and maintain organization within a collection. The application of ferrous objects to model bases necessitates a storage system designed to interact cohesively with this magnetization.
A common storage solution involves metallic trays or cases. These trays provide a surface to which the magnetized bases adhere, preventing movement and minimizing the risk of collisions between models. The strength and distribution of the magnets must be calibrated to ensure adequate adhesion while permitting easy removal. For example, a carrying case lined with sheet metal allows for secure storage and transport of miniatures with magnetized bases. This system protects delicate painted surfaces and reduces the potential for breakage. The tray material and thickness should be chosen to provide a reliable connection, and the case itself should be sufficiently robust to withstand handling during transit. Furthermore, customization of the trays, such as compartmentalization or foam inserts, can further enhance organization and protection.
In conclusion, the choice of storage solution directly influences the practical benefits derived from magnetizing miniature bases. Appropriate selection and implementation of storage methods effectively safeguards miniature investments and streamlines the gaming experience. Without a compatible storage system, the advantages conferred by magnetization are significantly diminished, emphasizing the need for a holistic approach to miniature management.
8. Gaming Surface
The characteristics of the gaming surface are a significant factor in determining the utility and effectiveness of applying ferrous objects to miniature gaming platforms. The surface material, texture, and inclination all influence the degree to which magnetized bases provide stability and prevent unwanted movement during gameplay.
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Surface Material and Ferrous Content
The composition of the gaming surface directly affects the strength of the magnetic bond. Surfaces containing iron or steel offer optimal adhesion. Conversely, surfaces constructed of wood, plastic, or other non-ferrous materials necessitate the use of a separate metallic sheet or mat to provide a suitable attachment point. Example: A gaming table covered with a steel sheet will provide a stronger connection than a standard wooden tabletop. The ferrous content of the surface is the primary determinant of magnetic adhesion.
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Surface Texture and Contact Area
The texture of the playing surface influences the contact area between the magnetized base and the surface. Smooth surfaces maximize contact and provide the most secure adhesion. Uneven or textured surfaces reduce contact, potentially compromising stability. Example: A textured gaming mat designed to simulate terrain features may reduce the effectiveness of magnets compared to a smooth, flat surface. Consideration should be given to the surface texture when selecting magnet strength and size.
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Surface Inclination and Stability
The inclination of the gaming surface introduces additional challenges to stability. Sloped surfaces increase the risk of miniatures sliding or toppling, even with magnetized bases. The angle of inclination, miniature weight, and magnet strength all contribute to overall stability. Example: A gaming table with a slight incline may require stronger magnets or larger magnetic contact areas to prevent miniatures from sliding downhill. The forces acting on the miniature increase with the angle of inclination.
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Environmental Factors and Surface Conditions
Environmental factors, such as humidity and temperature, can affect the surface conditions and potentially reduce the effectiveness of magnetic adhesion. Moisture can create a barrier between the base and the surface, while temperature fluctuations can affect the adhesive bond of the magnet. Example: A humid environment may cause condensation on the gaming surface, reducing friction and making miniatures more susceptible to sliding. Maintaining a stable and dry environment is beneficial for maximizing magnetic adhesion.
These elements collectively highlight the interconnectedness between the playing surface and the function of magnetization. Successful implementation hinges on evaluating these surface attributes to ensure the selected magnetic solutions are adequately matched to the intended gaming environment. The long-term performance of magnetized miniature bases is directly dependent on the characteristics of the surface upon which they are used.
Frequently Asked Questions
This section addresses common inquiries regarding the application of magnetic systems to miniature gaming platforms. The information provided aims to clarify best practices and address potential concerns.
Question 1: What magnet size is appropriate for a standard 25mm base?
A magnet diameter of 3mm to 5mm is generally suitable for a 25mm base. The thickness should be approximately 1mm to 2mm to avoid excessive elevation of the miniature. The strength should be sufficient to maintain a secure connection without being overly difficult to detach.
Question 2: Which adhesive provides the strongest bond between a magnet and a plastic base?
Epoxy adhesives typically provide the strongest bond for plastic bases due to their superior structural integrity and gap-filling capabilities. Cyanoacrylate adhesives offer faster curing times but may be less durable under stress.
Question 3: How is polarity managed to ensure consistent attraction?
Prior to adhesion, one pole of each magnet should be marked to ensure uniform orientation across the entire collection. Consistent polarity ensures that all miniatures will attract to a ferrous surface in the same direction, preventing repulsion.
Question 4: Is it necessary to prepare the base surface before applying a magnet?
Surface preparation is crucial for achieving a strong and durable bond. The base surface should be cleaned, dried, and roughened to improve adhesion. This preparation is particularly important for smooth, non-porous plastic bases.
Question 5: What type of storage system is recommended for miniatures with magnetized bases?
Storage systems incorporating metallic trays or cases are recommended. The magnetized bases will adhere to the metallic surface, preventing movement and minimizing the risk of damage during transport.
Question 6: How does the gaming surface affect the effectiveness of magnets?
Gaming surfaces with a high ferrous content, such as steel, provide optimal adhesion. Non-ferrous surfaces require the use of a separate metallic sheet or mat to provide a suitable attachment point.
Careful consideration of these factors will contribute to a successful and reliable magnetic basing system. Properly implemented, this system offers enhanced stability, portability, and protection for miniature gaming assets.
The following section will discuss advanced techniques and troubleshooting tips for maximizing the effectiveness of this application.
Advanced Techniques and Troubleshooting
The following techniques and troubleshooting tips enhance the performance and longevity of magnetic basing systems. Proper application and maintenance are essential for maximizing benefits.
Tip 1: Recess Magnets for Enhanced Stability. Recessing ferrous objects within the miniature base lowers the center of gravity, improving stability and reducing the likelihood of tipping. This requires careful material removal from the base underside using a hobby knife or rotary tool. Ensure the recess is precisely sized to accommodate the object without compromising the base’s structural integrity.
Tip 2: Implement Multi-Magnet Configurations for Larger Models. Larger or heavier miniatures benefit from multiple magnets distributed strategically across the base. This distributes the weight more evenly and increases the overall magnetic adhesion. Experiment with different magnet placements to optimize stability based on the model’s center of gravity.
Tip 3: Utilize Magnetic Primer for Enhanced Adhesion to Gaming Surfaces. Applying a magnetic primer to the gaming surface increases its ferrous content, enhancing the attractive force. This is particularly useful on non-metallic surfaces. Ensure the primer is compatible with the intended paint and sealant system.
Tip 4: Regularly Inspect Adhesive Bonds for Deterioration. Adhesive bonds can weaken over time due to environmental factors or stress. Regularly inspect the connection between the magnet and the base for signs of separation or cracking. Re-apply adhesive as needed to maintain a secure bond.
Tip 5: Shield Unused Magnets During Storage to Prevent Interference. When storing miniatures with magnetized bases, consider shielding unused magnets with a ferrous plate or foil. This prevents interference with other magnetic objects and minimizes the risk of accidental adhesion.
Tip 6: Deburr Magnet Edges to Prevent Damage. Magnet edges can be sharp and prone to chipping. Deburring the edges with a fine-grit sandpaper removes sharp edges and reduces the risk of damage to surfaces or other miniatures.
Tip 7: Account for Paint Thickness When Determining Magnet Clearance. Thick layers of paint can reduce the clearance between the base and the gaming surface, potentially causing the magnet to scrape. Adjust magnet thickness accordingly to ensure sufficient clearance.
These advanced techniques address common challenges associated with magnetic basing systems. Employing these strategies will maximize the benefits of enhanced stability, portability, and organization.
The following section will provide a concluding summary of the key considerations for integrating magnets into miniature gaming platforms.
Conclusion
The integration of magnets for Games Workshop bases presents a viable method for enhancing miniature handling and storage. Key considerations include magnet size, strength, adhesive type, polarity consistency, and compatibility with base material and gaming surface. Successful implementation requires a deliberate approach to these factors, balancing functionality with aesthetic considerations.
Adoption of this technique represents a commitment to preserving valuable miniature collections and streamlining the gaming experience. Continued refinement and adherence to best practices will ensure sustained benefits, contributing to the longevity and enjoyment of tabletop wargaming endeavors.
