MEN'S SHORTS · LULULEMON
License to Train Lined Short 7" Updated
Honestly, these are just straight-up plastic through-and-through
SCORE NOTES
Materials · 0 / 80 pts
The shorts are composed entirely of synthetic plastic materials, including recycled nylon, recycled polyester, Lycra elastane, and elastane, used in the body, lining, waistband, and pockets.
THE REVIEW
The Lululemon License to Train Lined Short 7" Updated is presented as a high-performance athletic garment engineered for intense training sessions. Designed to withstand abrasion and manage moisture, these shorts are positioned for activities ranging from high-intensity circuits to heavy lifting. However, for a consumer prioritising a plastic-free lifestyle, the fundamental composition of this product immediately raises concerns, as it is constructed entirely from synthetic, plastic-derived materials.
The 'Material and care' section of the product page provides a detailed breakdown of the fabrics used. The main 'Body' of the shorts is made from 85% recycled Nylon and 15% Elastane. The 'Outer Waistband' comprises 89% recycled Nylon and 11% Elastane, while the 'Inner Waistband' is 85% recycled Polyester and 15% Elastane. The 'Pockets' are crafted from 100% recycled Polyester. Furthermore, the 'Front Lining' contains 78% recycled Polyester and 22% Lycra Elastane, and the 'Back Lining' consists of 88% recycled Polyester and 12% Elastane. It is crucial to understand that Nylon, Polyester, Elastane, and Lycra (which is a brand name for a type of elastane) are all synthetic polymers – in essence, different forms of plastic.
While the inclusion of 'recycled' content is a step towards mitigating the environmental impact of virgin plastic production, it does not alter the fact that the material itself is plastic. Products made from these synthetic fibers are known to shed microplastics during washing and wear, which then enter waterways and ecosystems, contributing to plastic pollution. For those committed to eliminating plastic from their lives, even recycled synthetics represent a significant challenge. The durability and stretch advertised as key benefits of these shorts are directly attributable to these plastic materials, making it a performance versus sustainability trade-off.
From a design and functionality standpoint, the shorts boast features such as a quick-drying mesh waistband and secure zippered hand and back pockets. These attributes are highly desirable in athletic wear, offering comfort, convenience, and functionality during vigorous activities. However, for the plastic-free advocate, these performance advantages come at the cost of being entirely composed of synthetic materials, meaning the product cannot be considered plastic-free in any respect.
Regarding packaging, the product page offers no specific information about the materials used for packaging or shipping. While Lululemon offers 'free shipping and returns,' there is no mention of whether the packaging itself is plastic-free, minimal plastic, or primarily plastic. Given the absence of details, it is prudent to assume that standard e-commerce packaging, which often includes plastic components like poly bags, tape, or protective fillers, may be used. This lack of transparency means the packaging score remains undetermined.
The product has an average customer rating of 4.0 stars from 63 reviews on the Lululemon website, indicating general satisfaction with its performance and quality among its users. This quality score, however, reflects user experience with the product's functionality and durability rather than its environmental footprint.
In conclusion, for consumers dedicated to a plastic-free lifestyle, the Lululemon License to Train Lined Short 7" Updated fundamentally does not align with their goals. Despite its high-performance attributes and the use of recycled synthetic content, the product is 100% plastic. The lack of information on packaging further compounds its unsuitability for a truly plastic-free assessment. Individuals seeking plastic-free athletic wear would need to explore options made from natural, plant-based, or responsibly sourced animal fibers, which may offer different performance characteristics but align better with zero-waste principles.
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