Sofia Martinez
The stability of plastic discs depends on various factors, including the type of plastic, weight, and design. Different types of plastics offer varying levels of stability, with some being more durable and stable than others. For instance, Proton plastic is known for its durability and stability retention, while Plasma plastic is valued for its aesthetics and stability. The weight of a disc also influences its stability, with lighter discs tending to be more stable. Additionally, the design features, such as the overmold technology used by MVP and Axiom, can enhance stability by redistributing weight to the rims. The Gyro overmold technology, in particular, contributes to the stability and durability of these discs. However, it is challenging to make precise comparisons between the stability of different plastics due to variations in flight consistency and other factors.
| Characteristics | Values |
|---|---|
| Durability | Proton is considered the most durable plastic in disc golf history. Plasma is also considered durable, but it is more costly. Neutron is also a durable plastic. |
| Stability | Proton is more stable out of the box and retains stability for longer. Neutron is also considered stable and beats in slowly. Plasma is slightly more stable than Neutron or Proton. Fission is more stable initially but beats in faster. |
| Grip | Plasma is considered grippy and slick. Electron is also grippy. |
| Look | Plasma has a beautiful shimmer and an illusion of depth. Proton has a translucent look. |
| Feel | Proton feels similar to Champion. Neutron feels similar to Innova Star. |
| Flexibility | Electron comes in three levels of flexibility: soft, medium, and firm. |
| Weight | Fission is a lightweight option. |
| Colour | Axiom has all the cool colours. |
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What You'll Learn
Gyro overmold technology
The rim of an MVP disc looks different from most other golf discs, with a ring of black plastic running along the outside. This ring is made of a different plastic, which contributes to the disc's stability and durability. The science behind the overmould is to take weight out of the inner core and move it to the rim. This helps the disc spin, increasing its flight time. The rim is the area of the disc that takes the most damage, so the density of MVP's rims makes them incredibly durable.
MVP's Gyro overmould technology takes into account the three physical factors that act upon each other simultaneously to determine a disc's flight. The technology has contributed to MVP's popularity, with the brand now being one of the biggest in the sport. While some people believe that the technology is a marketing ploy, others find that it genuinely improves their play.
The stability of MVP's discs can vary from run to run, and it is difficult to make precise comparisons. However, some users have noted that their plasma, neutron, and soft neutron discs have stayed consistent over the years. Proton is also noted as being one of the most durable plastics in disc golf, although it is not the top choice for those prioritising grip.
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Durability
The durability of a disc golf plastic is determined by several factors, including the grade of plastic used, the presence of Gyro overmould technology, and the weight distribution.
Firstly, the grade of plastic varies across manufacturers and models, affecting the disc's stability, grip, firmness, and durability. For example, the premium plastic used in the Envy putter provides a reliable straight-to-gentle fade, whereas the Electron plastic, a baseline option, offers a more understable flight with added glide.
Secondly, Gyro overmould technology, featured in MVP and Axiom discs, enhances durability by redistributing weight from the inner core to the rim. This design not only improves spin and flight duration but also protects the inner core from damage, making the discs incredibly hardy.
Lastly, weight distribution plays a crucial role in durability. Lighter-weight discs, like those in the Fission line, tend to be more understable, while heavier discs, such as those in the Proton line, are often more stable and durable.
Comparing specific plastics, Proton is widely regarded as one of the most durable options in disc golf, rivalling the Innova Champion in terms of stability and longevity. Plasma, though slightly more expensive, also boasts impressive durability, outperforming the Neutron and Proton plastics. Soft Neutron is considered equally durable as regular Neutron, while Electron, with its range of stiffness options, offers enhanced durability compared to baseline plastics from other brands.
While stability and durability are closely linked, it's worth noting that stability can vary across different disc models, weights, and plastic blends, making direct comparisons challenging. Additionally, factors like grip, firmness, and aesthetic appeal also influence a player's plastic preference beyond just durability.
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Grip
When it comes to grip, there are a few Axiom plastics that stand out. Firstly, Electron, which is Axiom's baseline plastic, is known for its grippy feel and is a popular choice for putters. It comes in three different stiffness options: soft, medium, and firm, allowing players to choose the level of flexibility that suits their preferences. Electron provides a stable throwing experience with added glide, making it a reliable choice for driving.
Another plastic that offers a good grip is Fission, a lightweight option from MVP. Fission discs have a thin but grippy core, allowing weight distribution towards the rims, enhancing the Gyro effect. While Fission discs are generally more understable than premium options, they offer exceptional control and can be a great choice for players, even in wet weather conditions.
In terms of grip, some players have noted that Plasma feels slick in their hands, which may be a factor for those who prioritize a secure grip. On the other hand, Plasma is renowned for its stunning aesthetics, featuring a shimmer and a unique illusion of depth.
It's worth mentioning that the choice of plastic depends on various factors, including weather conditions and individual throwing styles. Some plastics, like Frost Line from Latitude 64, are crafted specifically for winter golf. Additionally, the weight of the disc and the presence of the Gyro overmold technology can also impact the grip and stability of the disc. Ultimately, the optimal choice of plastic may vary from player to player, as personal preferences and throwing techniques can influence the decision.
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Weight
The weight of a disc golf disc plays a crucial role in its performance and stability. Heavier discs tend to be more stable, while lighter discs are less stable but can be thrown faster and farther. This is because lighter discs experience less wind resistance, allowing them to cut through the air more efficiently.
Axiom, a subsidiary of MVP Disc Sports, offers a range of plastic blends for their discs, each with its own unique weight and stability characteristics. One of the key technologies behind the stability of Axiom discs is their Gyro Overmold design. This design involves removing weight from the inner core and redistributing it to the rim. The rim is the part of the disc that takes the most damage during play, so this weight distribution increases the disc's durability. It also improves the disc's spin, resulting in longer flights.
The weight of an Axiom disc can vary depending on the plastic blend used and the specific model. For example, the Proton, one of the most durable plastics in disc golf, tends to be more stable out of the box and retains its stability longer than other plastics. The Fission, on the other hand, is a lightweight plastic blend, with discs weighing as little as 135 grams. This blend is designed to enhance the Gyro effect, making the discs more controllable during play.
While weight is an important consideration when choosing an Axiom disc, it is essential to remember that stability is a complex interplay of various factors. The ideal weight will depend on the specific disc model, the player's throwing style, and the desired level of stability and control. As such, players may need to experiment with different weights and plastic blends to find the combination that best suits their needs.
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Firmness
The firmness of plastic used in disc golf varies across brands and types. For example, Electron, MVP's baseline plastic, comes in three levels of flexibility: soft, medium, and firm. The soft variant is straighter and more stable than the regular variant, and the firm variant is the most stable. Neutron, MVP's first plastic, is opaque and bright, and is similar in stability to Innova's Star plastic. Proton is considered the most durable plastic in disc golf history and is more stable than Neutron. Plasma is also a durable plastic, but it is more costly than Neutron and Proton. Fission, MVP's lightweight plastic, tends to be more understable than its premium counterparts.
The firmness of the plastic used in discs affects their stability. For example, the soft variant of Neutron provides more stability than its regular variant. The Prism rims are also considered to be more stable than their normal rimmed counterparts. In addition, the Gyro overmold technology used in MVP and Axiom discs contributes to their stability. The weight of the discs also impacts their stability, with lighter discs being more stable.
The firmness of the plastic can also affect the grip of the discs. For example, Plasma feels slick in the hands of some users. Fission has a very grippy core, which allows for better control of the disc. The core of the Electron is also more grippy than other plastics.
The firmness of the plastic can vary within brands as well. For example, the firmness of Plasma has changed over time, with the older version being more stable than the newer version. The firmness of Eclipse 2.0 has also been adjusted to be more consistent with the flight paths of other plastics.
Overall, the firmness of the plastic used in disc golf discs impacts their stability, grip, and flight. Different brands and types of plastic offer varying levels of firmness, providing options for players to choose from based on their preferences and playing conditions.
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Frequently asked questions
The most stable plastic for disc golf is considered to be Proton. It is comparable to Innova Champion and is known for its durability. Proton can retain stability for longer than other plastics.
Neutron and Proton are both opaque plastics. Neutron is similar in stability to Innova Star plastic and tends to maintain its stability. Proton, on the other hand, is known to be more stable out of the box and can retain that stability longer.
Lighter-weight discs tend to be more stable due to the overmold technology. Throwing lighter-weight discs can help counter-act the stability of the overmold.
The MVP Wave disc is considered more stable in its lightweight version, specifically the 155g Proton due to wear and weight.
