Best 60mm Skate Wheels: Ride Faster & Smoother

Wheels measuring 60 millimeters in diameter are commonly used in skateboarding and related activities. This size represents a specific option in a range of wheel dimensions available to skaters. For example, a longboard setup might utilize wheels of this size for a balance between speed and maneuverability.

The appeal of this dimension lies in its versatility. Historically, such wheels have provided a suitable compromise for riders seeking both cruising speed and the ability to perform certain tricks. These wheels offer a good balance of roll speed and acceleration, and they are suitable for various terrains, leading to widespread adoption.

The subsequent sections will delve into specific applications, material compositions, durometer considerations, and bearing compatibility associated with wheels of this diameter, providing a more granular understanding of their characteristics and optimal usage scenarios.

Guidance on Optimal Selection and Application

The following points offer practical advice for choosing and utilizing wheels of the specified diameter to maximize performance and longevity.

Tip 1: Prioritize Durometer Based on Intended Use: Softer wheels, typically in the 78A-85A range, provide greater grip and are suitable for rough surfaces. Harder wheels, such as those in the 97A-101A range, offer increased speed and slide capability on smoother terrains.

Tip 2: Consider Bearing Compatibility: Ensure that the chosen bearings are compatible with the wheel’s core diameter. Standard 608 bearings are universally suitable, but verifying fit is crucial to prevent performance issues or damage.

Tip 3: Assess Wheel Profile for Riding Style: Round-edged profiles provide smoother turning and carving, while square-edged profiles offer increased grip for technical maneuvers. Select a profile that complements the intended riding style.

Tip 4: Regular Inspection for Wear and Tear: Routinely examine the wheels for flat spots, cracks, or uneven wear. Addressing minor issues promptly can extend the wheel’s lifespan and maintain consistent performance.

Tip 5: Rotate Wheels to Promote Even Wear: To maximize lifespan and maintain consistent performance, periodically rotate the wheels. This practice helps distribute wear and prevent the formation of flat spots.

Tip 6: Clean Wheels to Optimize Grip: Periodically cleaning the wheels with a mild soap and water solution can remove dirt and debris, restoring optimal grip and performance, particularly for softer durometer wheels.

Adhering to these recommendations will contribute to enhanced riding experiences, improved wheel longevity, and optimized performance based on the specific application.

The next section will cover frequently asked questions about these wheels, providing comprehensive answers to common queries.

1. Diameter and Size

The term “60mm” directly refers to the diameter of the wheel in millimeters. Diameter, a fundamental aspect of wheel size, dictates its rolling efficiency and responsiveness. A 60mm wheel occupies a middle ground in the spectrum of available wheel sizes, balancing acceleration and top-end speed. For example, a smaller wheel (e.g., 54mm) would accelerate more rapidly but possess a lower top speed, while a larger wheel (e.g., 70mm) would maintain speed better but require more effort to initiate movement. This characteristic makes the 60mm size suitable for diverse applications, including cruising, freestyle skateboarding, and longboarding where agility and moderate speed are desired. The physical dimension determines the wheel’s interaction with the riding surface, affecting grip, obstacle clearance, and overall ride quality.

The size directly influences bearing selection. Wheels of this diameter typically accommodate standard 608 bearings, simplifying maintenance and replacement. Furthermore, the wheel’s diameter affects the overall ride height of the skateboard or longboard. A larger wheel increases ride height, providing more clearance for obstacles but potentially raising the center of gravity. Conversely, a smaller wheel lowers the ride height, enhancing stability but reducing obstacle clearance. Therefore, understanding the dimensional properties of a 60mm wheel is crucial for configuring a setup that meets specific performance requirements and rider preferences. For instance, a skater who performs street tricks may prefer a smaller wheel for increased responsiveness and a lower center of gravity, while a cruiser may opt for a larger wheel for improved comfort and obstacle clearance.

In summary, the diameter of the wheel, specifically 60mm in this context, is a critical parameter influencing performance characteristics. Its selection should align with the intended use case and riding style to achieve the desired balance between speed, maneuverability, and ride quality. Understanding the interplay between wheel diameter, bearing compatibility, and overall setup configuration is essential for optimizing the skateboarding experience and tailoring equipment to individual needs. Challenges in size selection arise from differing terrain preferences. However, the 60mm wheel provides a versatile option for a diverse range of applications.

2. Durometer (Hardness)

The durometer rating of a 60mm wheel is a critical factor dictating its performance characteristics. Measured on the A scale, durometer quantifies the wheel’s hardness, influencing grip, roll speed, and durability. A lower durometer value (e.g., 78A-85A) signifies a softer wheel, providing enhanced grip on rough surfaces and a smoother ride. Such wheels are particularly well-suited for cruising or filming where vibration dampening is prioritized. Conversely, a higher durometer value (e.g., 97A-101A) indicates a harder wheel, offering increased roll speed and slide capabilities on smooth surfaces like skateparks. This characteristic makes harder wheels ideal for trick-oriented skateboarding, where controlled slides and rapid acceleration are essential. Therefore, selecting the appropriate durometer for a 60mm wheel is paramount to achieving the desired performance in a given skateboarding discipline. For example, a 60mm wheel with an 80A durometer would be a suitable choice for a longboarder seeking a balance between speed and grip on varying road surfaces.

The selection of durometer affects the wheel’s durability and wear resistance. Softer wheels, while providing superior grip, tend to wear down more quickly than harder wheels, especially on abrasive surfaces. Harder wheels, although more durable, can transmit more vibrations to the rider, potentially leading to discomfort during extended use on rough terrain. Furthermore, durometer influences the wheel’s ability to absorb impacts. Softer wheels provide better impact absorption, reducing the risk of damage to the wheel and the rider. Harder wheels offer less impact absorption, potentially resulting in a harsher ride and increased susceptibility to cracking or chunking. Therefore, skaters must consider the trade-offs between grip, speed, durability, and comfort when selecting the durometer of their 60mm wheels. An illustrative scenario is a skater using 60mm wheels with a 99A durometer on a smooth concrete skatepark, benefiting from high roll speed and predictable slide characteristics necessary for performing technical tricks.

In summary, the durometer rating of a 60mm wheel is a key determinant of its performance, durability, and suitability for various skateboarding disciplines. The selection of durometer must align with the intended use case, riding style, and surface conditions to optimize the riding experience. While softer wheels offer superior grip and comfort on rough surfaces, harder wheels excel in speed and durability on smooth terrains. Skaters should carefully weigh these factors to choose the durometer that best meets their individual needs and preferences. Improper selection can lead to diminished performance, premature wheel wear, or a compromised riding experience, highlighting the practical significance of understanding the durometer-wheel size relationship. Balancing the benefits of both hardness ranges for optimal performance is a key aspect of wheel choice.

3. Bearing Compatibility

Bearing compatibility is a non-negotiable aspect of wheel selection, directly impacting the performance and safety of any wheeled conveyance. The interrelationship between bearings and wheels determines the smoothness and efficiency of rotation. Misalignment or incompatibility results in compromised performance, premature wear, or potential failure. For 60mm wheels, adherence to standardized bearing dimensions is paramount.

• Standard Bearing Size (608)

  The vast majority of 60mm wheels are designed to accommodate standard 608 bearings. This designation refers to a bearing with an 8mm inner diameter, a 22mm outer diameter, and a 7mm width. Strict adherence to these dimensions ensures a secure and concentric fit within the wheel’s bearing seat. Deviation from these measurements necessitates careful verification to prevent issues such as wobble or binding. Neglecting this standardization results in compromised rolling performance and potential damage to both the wheels and bearings.

• Bearing Seat Precision

  The bearing seat, or the recess within the wheel where the bearing is housed, must be manufactured to precise tolerances. Imperfections in the bearing seat, such as ovality or dimensional inaccuracies, can induce stress on the bearings, leading to premature failure. High-quality 60mm wheels will feature bearing seats machined to exacting specifications, ensuring optimal bearing alignment and load distribution. Conversely, poorly manufactured wheels can exhibit inconsistencies in bearing seat dimensions, jeopardizing bearing longevity and overall wheel performance. Skates should inspect wheel bearing seats regularly.

• Bearing Spacers and Speed Rings

  While not directly part of the bearing itself, bearing spacers and speed rings are crucial components in maintaining proper bearing alignment and minimizing friction. Spacers, positioned between the bearings within a wheel, prevent overtightening of the axle nut from compressing the bearings and impeding rotation. Speed rings, placed on either side of the wheel between the bearing and the truck hanger/axle nut, reduce friction between these components and the bearing shield. These ancillary components, while seemingly minor, play a significant role in maximizing bearing lifespan and optimizing the rolling efficiency of 60mm wheels.

• Bearing Material and Lubrication

  The material composition of the bearings themselves, typically steel or ceramic, and the type of lubricant employed significantly impact their performance and longevity. Steel bearings are a common choice offering a balance of durability and affordability. Ceramic bearings, while more expensive, provide reduced friction and enhanced heat dissipation. Regardless of the bearing material, proper lubrication is essential to minimize friction, reduce wear, and maintain smooth rotation. Neglecting lubrication can lead to increased friction, heat buildup, and accelerated bearing degradation. All skating activity needs well maintained wheels and bearings.

In conclusion, the compatibility between 60mm wheels and bearings is a multifaceted consideration encompassing dimensional standardization, bearing seat precision, the use of ancillary components, and the selection of appropriate bearing materials and lubricants. Neglecting any of these aspects can compromise wheel performance, bearing lifespan, and overall riding experience. Ensuring proper bearing compatibility is, therefore, a fundamental requirement for achieving optimal performance and safety when utilizing 60mm wheels in any application.

4. Material Composition

The performance and durability of 60mm wheels are intrinsically linked to their material composition. Polyurethane (PU) is the predominant material utilized in the construction of these wheels, though specific formulations and additives significantly influence their characteristics. The selection of a particular PU blend directly impacts the wheel’s rebound, abrasion resistance, and overall lifespan. For instance, a high-rebound PU formulation allows for greater energy return during each rotation, resulting in increased speed and efficiency. Conversely, a more abrasion-resistant PU compound enhances the wheel’s ability to withstand wear and tear, particularly on rough or uneven surfaces. The precise ratio of PU components determines the wheel’s durometer, a measure of its hardness, as previously discussed. Consequently, the material composition represents a critical engineering decision in the design and manufacture of 60mm wheels.

The practical significance of understanding material composition is evident in specific skateboarding disciplines. For example, downhill longboarding demands wheels with exceptional heat resistance to prevent deformation or melting during prolonged high-speed descents. Manufacturers often incorporate specialized additives, such as heat-dissipating agents, into the PU blend to mitigate this risk. Similarly, street skateboarding requires wheels with high abrasion resistance to withstand the impacts and slides associated with performing tricks on concrete and asphalt. In these scenarios, wheels constructed from a more durable PU formulation are essential for ensuring longevity and consistent performance. The inclusion of color pigments and other cosmetic additives also impacts the material’s overall properties, albeit to a lesser degree. Some colorants affect the urethane’s crosslinking process during curing, changing its strength.

In summary, material composition is a foundational element in determining the performance, durability, and suitability of 60mm wheels for various skateboarding applications. The selection of a specific PU blend, along with the incorporation of additives, represents a crucial engineering trade-off between rebound, abrasion resistance, and heat dissipation. A thorough understanding of material properties enables skaters to make informed purchasing decisions, selecting wheels that align with their specific riding style and environmental conditions. Challenges remain in developing PU formulations that simultaneously maximize all desirable characteristics; however, ongoing research and development continue to yield advancements in wheel technology, optimizing the balance between performance and longevity. The type of skating activity should drive material composition decisions.

5. Riding Style Suitability

Riding style profoundly influences the selection of equipment, and wheel diameter is a critical factor in achieving optimal performance. Wheels measuring 60mm in diameter present a versatile option suitable for a range of skating disciplines, though their appropriateness varies based on the specific demands of each style.

• Cruising and Commuting

  For cruising and commuting, 60mm wheels offer a balance between roll speed and maneuverability. Their size allows for efficient rolling over moderately rough surfaces while maintaining responsiveness for navigating urban environments. A softer durometer, typically in the 78A-85A range, further enhances comfort and grip on varied terrain. This combination makes these wheels well-suited for riders prioritizing smooth and controlled transportation.

• Freestyle Skateboarding

  In freestyle skateboarding, where technical flatland maneuvers are paramount, 60mm wheels can provide a stable and predictable platform. The moderate size allows for controlled slides and quick transitions between tricks. A medium-hard durometer, around 90A-95A, offers a compromise between grip and slide capability, enabling riders to execute intricate combinations with precision. The consistent performance of these wheels is valued in freestyle where predictability enhances control.

• Longboard Carving

  Longboard carving benefits from the maneuverability afforded by 60mm wheels. The diameter allows for responsive turning and carving, enabling riders to navigate winding roads and hills with agility. A round-edged profile and a medium durometer, around 80A-85A, promote smooth transitions and controlled slides during carving maneuvers. The predictable slide characteristics provided by these wheels enhances the carving experience.

• Slalom Skateboarding

  Slalom skateboarding, which demands rapid acceleration and precise control, finds 60mm wheels to be a viable option. The diameter balances acceleration with top-end speed, allowing riders to navigate slalom courses efficiently. A harder durometer, in the 95A-99A range, minimizes rolling resistance and maximizes speed. The size and responsiveness of these wheels enables them to navigate tight turns and maintain speed.

The suitability of 60mm wheels depends on the specific requirements of the riding style, and the rider’s goal. While 60mm wheels offer versatility, other sizes may be more advantageous for specialized disciplines. For example, larger wheels are favored for downhill skateboarding, while smaller wheels are common in street skateboarding. Ultimately, the optimal choice depends on the rider’s preferences, the terrain, and the desired performance characteristics. However, 60mm wheels represent a functional compromise for skaters engaging in a variety of disciplines, offering a versatile option for diverse skating activities.

Frequently Asked Questions About 60mm Wheels

This section addresses common inquiries and clarifies prevalent misconceptions concerning wheels of this specific diameter, providing concise and accurate information.

Question 1: What is the optimal durometer for these wheels used primarily for cruising on moderately rough surfaces?

A durometer range of 78A to 85A is generally recommended. Softer wheels provide enhanced shock absorption and grip, crucial for maintaining stability and comfort on uneven terrain.

Question 2: Are these wheels suitable for performing advanced technical tricks in a skatepark setting?

While usable, these wheels are not optimal for advanced technical tricks. Their size and typically softer durometer may hinder responsiveness and slide capabilities compared to smaller, harder wheels designed specifically for skatepark use.

Question 3: How frequently should one expect to replace these wheels under normal usage conditions?

The lifespan varies depending on usage intensity, riding surface, and wheel durometer. However, regular inspection for flat spots and uneven wear patterns is recommended. Replacement is warranted when performance is significantly compromised, typically after several months to a year of consistent use.

Question 4: Do these wheels require specific types of bearings for optimal performance?

These wheels are generally compatible with standard 608 bearings. The primary concern is ensuring proper bearing seat alignment and lubrication. High-quality bearings contribute to smoother and more efficient rolling, regardless of the wheel’s diameter.

Question 5: What is the recommended wheel rotation pattern to maximize lifespan and even wear?

A cross-rotation pattern is advised. Regularly swapping wheels between positions (e.g., front left to rear right) helps distribute wear evenly across all four wheels, extending their overall lifespan and maintaining consistent performance.

Question 6: Can these wheels be used on electric skateboards?

Compatibility depends on the specific electric skateboard model and its wheel well clearance. While these wheels can function, ensure that they do not interfere with the motor or any other components. Consider the manufacturer’s recommendations for optimal wheel size and durometer.

In summary, the performance and longevity of these wheels depend on careful consideration of durometer, bearing maintenance, and riding conditions. Regular inspection and proper maintenance are essential for maximizing their value.

The subsequent section will address practical methods for prolonging the lifespan and maintaining peak performance of these wheels through appropriate cleaning and maintenance practices.

Conclusion

This exposition has detailed the characteristics, applications, and maintenance considerations pertinent to 60mm skate wheels. Key aspects covered include the influence of durometer on performance, the importance of bearing compatibility, the role of material composition, and the suitability of these wheels for various riding styles. Proper selection, maintenance, and usage techniques are crucial for maximizing the lifespan and performance of these components.

A comprehensive understanding of these principles enables informed decision-making, resulting in enhanced skateboarding experiences and prolonged equipment longevity. Continued adherence to these best practices will ensure that the selection and maintenance of these wheels contribute positively to the overall quality and enjoyment of skateboarding activities. The ongoing development of materials science is also expected to improve wheel performance. It can provide even more options for riders in the future.