The Nike Air Max 720, with its bold, futuristic design and impressive Air Max cushioning, quickly became a popular choice amongst sneaker enthusiasts. However, a critical question frequently arises: what is the durability of the Nike Air Max 720? This article delves deep into the longevity of this iconic sneaker, examining various aspects from its construction materials to user experiences and potential weaknesses, covering different variants and colorways to provide a comprehensive understanding of the Nike Air Max 720's lifespan.
Understanding the Nike Air Max 720's Construction:
Before assessing durability, it's crucial to understand the materials and construction techniques employed in the Nike Air Max 720. The shoe features a prominent, full-length Air Max unit, the largest ever used by Nike at the time of its release. This Air unit is responsible for the shoe's exceptional cushioning and is housed within a TPU (Thermoplastic Polyurethane) casing for protection and structural integrity. The upper is typically constructed from a combination of synthetic materials, often mesh for breathability, and overlays of TPU or other durable plastics for added support and structure. The outsole, responsible for traction and grip, is typically made from rubber, a material known for its wear resistance. However, the specific composition and quality of these materials can vary slightly depending on the specific Nike Air Max 720 variant and colorway.
Nike 720 Air Max & its Variants: A Durability Deep Dive:
The Nike Air Max 720 isn't a monolithic design; various iterations and colorways exist, each with subtle differences that might influence durability. While the core design principles remain consistent, slight variations in materials or manufacturing processes could affect the long-term performance. For example, some colorways might utilize a more robust mesh material in the upper, while others might opt for a lighter, potentially less durable alternative. Similarly, the outsole rubber compound could vary slightly in its hardness and wear resistance across different models.
Analyzing specific Nike Air Max 720 variants requires a closer look at user reviews and feedback. While a comprehensive, scientific analysis across all variants is impractical, examining common user complaints can reveal potential weaknesses and highlight areas where durability might be compromised. Common issues reported include:
* Outsole Wear: The outsole rubber, while generally durable, can show significant wear and tear depending on usage and surface conditions. Rough surfaces, prolonged use, and high-impact activities can accelerate outsole wear, reducing traction and potentially compromising the shoe's overall structural integrity. The degree of wear will vary depending on the rubber compound used in the specific variant.
* Upper Material Degradation: The synthetic materials used in the upper can be susceptible to cracking, fading, and general wear over time, particularly in areas subject to high stress or friction, such as the toe box and heel counter. Exposure to sunlight and harsh weather conditions can also accelerate this degradation. The durability of the upper material varies considerably across different Nike Air Max 720 variants, depending on the specific materials used.
* Air Unit Issues: While the Air Max unit is generally robust and protected by the TPU casing, punctures or leaks are possible, albeit uncommon. Such damage can significantly impact the cushioning and overall comfort of the shoe. However, this is usually a result of significant impact or damage rather than a general degradation over time.
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