Executive Summary
This report provides a comprehensive analysis of hoodie weights, detailing the multifaceted factors that influence them and offering practical considerations for both consumers and businesses. It establishes that the weight of a hoodie is not a single, fixed number but rather a dynamic spectrum, significantly impacted by its material composition, size, specific design features, and its intended use. The average adult hoodie typically ranges between 16 and 25 ounces (approximately 1 to 1.56 pounds), though the broader spectrum for sweatshirts can span from 0.5 to 1.7 pounds (227 to 771 grams).1 Fabric density, quantified by Grams per Square Meter (GSM) or Ounces per Square Yard (oz/yd²), is the primary determinant of weight, categorizing hoodies into lightweight (up to 280 GSM), mid-weight (280-350 GSM), and heavyweight (350+ GSM).3 Material composition plays a crucial role: natural fibers like cotton and insulating materials like fleece tend to result in heavier hoodies compared to lighter synthetic options like polyester and blends.1 Furthermore, size and design features—including zippers, pockets, drawstrings, graphics, and especially internal linings (such as Sherpa or fleece)—add considerable weight to the garment.2 The intended use of a hoodie directly correlates with its ideal weight, ranging from very light options for athletic activities to robust, heavy designs for maximum insulation in winter conditions.1 Understanding the nuances of hoodie weight is paramount for optimizing comfort, ensuring appropriate mobility, facilitating effective layering, improving packing and travel efficiency, and managing critical business aspects such as shipping costs and logistics.
Introduction: The Significance of Hoodie Weight
The weight of a hoodie, a characteristic often overlooked, is a critical attribute that profoundly impacts its performance, comfort, and suitability for various activities and climates. It represents more than just a numerical value; it is a direct indicator of fabric density, material composition, and the overall construction quality of the garment. For consumers, understanding hoodie weight is fundamental to making informed purchasing decisions. It directly influences factors such as perceived warmth, breathability, and ease of movement. For instance, a lightweight hoodie is highly desirable for intense workouts or as a versatile layering piece, whereas a heavyweight hoodie is essential for providing robust insulation in cold weather.1 The difference in weight can dictate whether a hoodie is a comfortable outer layer for a cool evening or a cumbersome garment unsuitable for active use.
For businesses, particularly those involved in apparel manufacturing, retail, or e-commerce, a detailed understanding of product weight is vital for efficient product development, accurate inventory management, and, crucially, for calculating shipping costs. Heavier items inherently incur higher shipping fees, which can significantly impact pricing strategies and profitability.2 The precise weight influences everything from bulk shipping logistics to individual customer delivery charges, making it a key operational consideration.
This report aims to comprehensively demystify hoodie weight by exploring its various facets, providing a data-driven guide that empowers both consumers and businesses to make well-informed decisions.
Understanding Hoodie Weight Metrics: GSM and Ounces
The most precise and widely accepted methods for measuring fabric density, which is a primary determinant of a hoodie’s inherent weight, are through Grams per Square Meter (GSM) or Ounces per Square Yard (oz/yd²).1 GSM quantifies the weight of a fabric per square meter, while oz/yd² measures it per square yard. A higher GSM or oz/yd² value consistently indicates a denser, thicker, and generally warmer fabric.4 This metric is crucial because it directly reflects the amount of raw material present per unit area of fabric. This density then scales up to determine the total garment weight, which is further influenced by the hoodie’s overall size and specific design elements.3
Classification by Fabric Density
Hoodies are broadly categorized into three main types based on their fabric density:
Lightweight Hoodies:
These are characterized by fabric densities typically up to 280 GSM (or 8.3 oz/yd²).3 They are engineered to be thin, highly breathable, and are excellent choices for layering or activewear, making them particularly suitable for warmer climates or intense physical activity.3
Medium-Weight Hoodies:
These fall within the range of 280-350 GSM (or 8.3-10.3 oz/yd²).3 They offer a versatile and balanced combination of comfort, warmth, flexibility, and durability, which positions them as the most common and popular choice for everyday wear and general use.3 Many commercially available mid-weight options, such as those from Independent Trading Co., frequently fall around 8.5 to 9 ounces.8
Heavyweight Hoodies:
These feature fabric densities of 350+ GSM (or 10.3+ oz/yd²).3 They are robustly constructed, offering maximum warmth, enhanced structure, superior insulation, and exceptional durability. This makes them the ideal choice for very cold weather conditions or demanding work environments.3
The available information consistently establishes a direct correlation between higher GSM values and increased warmth and durability.4 Additionally, data indicates that the price of a hoodie tends to increase proportionally with its GSM.7 This relationship suggests that greater fabric density, which implies the use of more material and often more complex manufacturing processes, directly translates to enhanced insulation and robustness, which in turn justifies a higher market price. For consumers, this means that investing in a higher GSM hoodie will generally yield superior warmth and longevity, but at a higher cost. Conversely, budget-conscious buyers or those prioritizing lighter options for active wear should be aware that lower GSM garments, while more affordable, may offer less insulation and potentially reduced durability.7 For manufacturers and retailers, this highlights that increasing fabric density directly impacts production costs, which must be factored into pricing strategies.
Table: Hoodie Weight Classifications by Fabric Density
Average Weight Ranges of Adult Hoodies
It is crucial to understand that there is no single “average” weight for an adult-sized hoodie, as the actual weight can vary significantly due to numerous influencing factors such as design modifications and normal production variations.1 However, a general range can be established. Most adult hoodies are typically found to weigh between 16 and 25 ounces (approximately 1 to 1.56 pounds).1 When considering the broader category of sweatshirts (which encompasses hoodies), the weight spectrum can extend even wider, ranging from 0.5 to 1.7 pounds (227 to 771 grams).2 This wide range underscores the immense diversity in hoodie design, material composition, and intended purpose across the market.
The available information presents varying “average” weights for hoodies, such as 16-25 ounces from one source 1, 0.5-1.7 pounds from another 2, and 12-16 ounces from yet another.3 This significant variability strongly indicates that a single, universal average number is insufficient and potentially misleading. The true “average” is highly contingent upon the specific type of hoodie being considered, for example, a lightweight athletic hoodie versus a heavy winter-grade one, or a cotton blend versus a fleece-lined garment. For accurate understanding and practical application, it is imperative to categorize hoodies by their specific characteristics, such as material, design features, and intended use, rather than relying on a generalized, all-encompassing average.
This understanding informs consumers that “average” serves merely as a preliminary reference point, not a definitive measure, and encourages a deeper examination of the underlying factors influencing a hoodie’s weight. For businesses, this means segmenting product information clearly to avoid customer confusion.
Weight Ranges by Hoodie Type
Hoodies are designed with specific purposes in mind, leading to distinct weight classifications:
Lightweight Hoodies:
These are designed for minimal bulk and maximum breathability, typically weighing between 8 to 12 ounces (227 to 340 grams).2 Some exceptionally light models can even be as low as 6 ounces.6 They are best suited for mild temperatures, active use, or as a base layer.2
Mid-weight Hoodies:
Offering a versatile balance of warmth and comfort, these generally range from 10 to 16 ounces (280 to 450 grams).2 They are adaptable for various temperatures and are considered ideal for everyday wear and transitional seasons like spring and autumn.2
Heavyweight Hoodies:
Engineered for significant warmth and insulation, these typically weigh 18 ounces or more (around 510 grams and above).2 Some robust models can reach 20 ounces or even more.2 They are the preferred choice for colder climates and situations demanding maximum thermal retention.2
Fleece Hoodies:
Known for their warmth and soft texture, fleece hoodies can range broadly from 10 ounces for lightweight options to 22 ounces for heavier versions (340 to 620 grams), with heavyweight fleece starting at 18 ounces and up.2
Oversized Hoodies:
Due to the substantial amount of additional fabric incorporated into their design, oversized hoodies are inherently heavier, typically ranging from 18 to 30 ounces (500 to 850 grams).2
Table: Average Weight Ranges by Hoodie Type
Key Factors Influencing Hoodie Weight
The weight of a hoodie is a complex outcome of several interconnected factors, with material composition, size, and specific design features playing pivotal roles.
Material Composition
The type of fabric used in a hoodie’s construction is arguably the most significant determinant of its overall weight.
Cotton: The Classic Choice and Its Weight Variations
Cotton, a widely popular natural fiber, is celebrated for its softness, natural breathability, and its capacity to absorb moisture.1 Standard cotton hoodies typically exhibit a weight range between 1 to 2 pounds (450 to 900 grams).5 The average weight for cotton hoodies is frequently cited at approximately 1.2 pounds (19 ounces).1 It is important to note that the thickness of the cotton fabric directly influences the hoodie’s weight: thin cotton weaves are utilized for lightweight hoodies, whereas thicker, denser cotton produces substantially heavier and more structured garments.4
The available information presents a nuanced description of cotton: it is described as both “light and airy,” allowing for freedom of movement 1, and simultaneously as “heavier,” providing “more warmth”.5 It also possesses the beneficial property of aiding in “keeping the body dry” during strenuous physical activity.1 This apparent paradox can be understood by recognizing that while cotton, as a fiber, may be inherently heavier per square meter than some synthetic alternatives, its functional characteristics (e.g., breathability, insulation, moisture management) and perceived weight are heavily influenced by its specific weave, thickness, and overall fabric structure. The “light and airy” aspect likely refers to thinner, single-jersey cotton weaves, whereas the “heavier” and “warmer” descriptions pertain to dense cotton fleece or brushed-back cotton fabrics. This means that the generic term “cotton hoodie” is insufficient to accurately predict its weight or functional performance. Consumers must look beyond the basic material type and inquire about the specific fabric construction (e.g., cotton jersey, cotton fleece, brushed cotton) to understand its true weight and suitability for their needs. This also implies that manufacturers have significant control over the final product’s weight and feel, even when using the same base fiber.
Polyester: Lightweight Durability and Blends
Polyester, a synthetic fiber, is valued for its inherent lightness, elasticity, resistance to wrinkles, and effective moisture-wicking properties.4 Polyester hoodies generally fall into a lighter weight category, typically weighing between 0.5 to 1 pound (225 to 450 grams).5 Depending on the specific blend and construction, their weight can range from 12 to 25 ounces.2 Polyester blends are consistently noted as being lighter in weight compared to hoodies made from 100% cotton.4
Fleece and Sherpa: Maximizing Warmth and Weight
Fleece, commonly manufactured from synthetic fibers like polyester, is highly regarded for its exceptional warmth and characteristic soft, fuzzy texture.2 Fleece hoodies exhibit a broad weight range, from 10 ounces for lighter versions to 22 ounces for heavier options (340 to 620 grams).2 They are particularly well-suited for colder climates due to their superior insulating properties.2 The typical fabric density for fleece can range from 300 to 450 GSM.7 Sherpa, which is texturally similar to fleece but even softer and woollier, inherently makes hoodies noticeably heavier. This increased weight is a direct result of the additional material and the enhanced insulating capabilities it provides.4
Table: Hoodie Weight by Primary Material Type
Size and Fit
The Impact of Garment Dimensions (S, M, L, XL, 2XL, 5XL)
It is a fundamental principle that larger hoodie sizes necessitate the use of more fabric, and consequently, they will weigh more than their smaller counterparts.2 Specific examples illustrate this trend: a large hoodie typically weighs approximately 21 ounces, a 2XL size can reach around 25 ounces, and extra-large sizes such as 5XL might approach 30 to 31 ounces, depending on their thickness and material composition.2 While comprehensive weight charts for every size (S, M, L, XL) were not consistently provided with direct weight data in the available information, the clear trend of increasing weight with increasing size is unequivocally established.
Oversized vs. Slim-Fit: Material Usage and Weight
Beyond just numerical size, the specific cut and fit style of a hoodie also significantly influence its weight. Oversized hoodies are inherently heavier due to the substantial amount of additional fabric incorporated into their design to achieve a looser, more relaxed fit.4 Conversely, slim-fit hoodies are lighter because they utilize less material overall, being tailored to a more form-fitting silhouette.4
Design Features and Construction
Beyond the fundamental factors of fabric type and garment size, specific design elements and construction choices contribute incrementally to a hoodie’s total weight.
Zippers: Pullover vs. Full-Zip (Metal vs. Plastic Hardware)
Full-zip hoodies are consistently heavier than pullover hoodies.1 This weight difference is directly attributable to the additional fabric required for the zipper placket and, more significantly, the weight of the zipper hardware itself.1 Furthermore, the material of the zipper affects weight: metal zippers are inherently heavier than plastic ones, contributing more to the overall garment weight.4 Typical zippered hoodies can weigh approximately 1.5 pounds (24 ounces) 1, with heavyweight versions potentially exceeding 20 ounces.2
Zip-up hoodies are widely recognized for their enhanced versatility, ease of layering, and convenient ability to adjust for temperature changes by simply zipping up or down.2 This added functional utility, however, comes at the direct cost of increased garment weight due to the integrated zipper mechanism and the additional fabric required for its installation. Consumers who prioritize convenience, adaptability, and ease of wear might readily accept a slightly heavier garment. Conversely, for individuals where minimal weight is paramount, such as for ultralight backpacking, high-performance athletic activity, or strict airline baggage limits, pullover styles would be the more advantageous choice. For businesses, this highlights a critical design decision where the perceived value of added functionality must be carefully weighed against potential increases in material costs, manufacturing complexity, and shipping expenses.
Pockets and Pouches: Adding Layers and Bulk
The inclusion of front pockets, such as the ubiquitous kangaroo pouch, necessitates additional layers of fabric sewn onto the main body of the garment. This directly contributes to and increases the hoodie’s overall weight.4
Drawstrings, Toggles, Graphics, and Embellishments
Even seemingly minor components, such as drawstrings and their associated toggles, contribute a small but measurable amount of bulk and weight to the hoodie.4 Similarly, any applied graphics and embellishments—including screen prints, sewn-on patches, intricate embroidery, or vinyl designs—will add extra weight to the garment. The extent of this added weight depends on the size, density, and material of the applied design.4
Layers and Linings
The incorporation of additional layers within a hoodie’s construction significantly enhances its insulation properties and, as a direct consequence, substantially increases its weight.
Double-Layered Hoods for Enhanced Warmth:
Hoods that are constructed with a double layer of fabric provide superior warmth and a more substantial feel. However, this design choice inherently adds noticeable bulk and weight to the garment.4
Sherpa and Fleece Linings: Significant Weight Contributors
The inclusion of a full internal Sherpa or fleece lining can dramatically increase a hoodie’s weight. This type of lining has the potential to nearly double the garment’s weight while simultaneously doubling its warmth and insulating capability.2 These linings are highly valued for their plush feel and exceptional heat retention, making them ideal for very cold weather conditions.2
Table: Impact of Design Features and Linings on Hoodie Weight
Hoodie Weight by Intended Use and Season
The optimal weight for a hoodie is highly contextual and primarily dependent on its intended purpose and the specific climate or season in which it will be worn.
Athletic Hoodies: Prioritizing Lightness and Breathability
Hoodies designed for exercise, gym workouts, or general physical activity prioritize minimal weight, maximum breathability, and unrestricted freedom of movement.1 These lighter options typically weigh around 8 ounces 1 or fall within the broader range of 8 to 12 ounces.2 The ideal GSM for gym workouts is generally 200-250 GSM.7 Materials such as polyester are commonly used due to their inherent lightweight nature and effective moisture-wicking properties, which are crucial during strenuous activity.5
Casual and Everyday Wear: The Mid-Weight Balance
For general casual wear, lounging, or daily activities, mid-weight hoodies strike an ideal balance between comfort, warmth, and versatility.2 These hoodies are adaptable for various temperatures and are considered suitable for everyday use across different seasons.2 A recommended GSM range for casual outings is typically 280-320 GSM.7
Winter Hoodies: Designed for Maximum Insulation and Weight
Heavyweight hoodies are specifically engineered for cold weather conditions, providing maximum insulation and warmth to the wearer.1 These robust garments typically weigh 18 ounces or more 2 and often incorporate features such as thicker materials, dense cotton, or substantial fleece linings.2 For optimal insulation in winter, a hoodie should have a GSM of 350-400+ GSM.7 Hoodies intended for demanding outdoor work may even exceed 400 GSM to provide superior protection and durability.7
The available information consistently reveals a clear spectrum where lighter hoodies (e.g., athletic styles) offer superior mobility and breathability but provide less warmth and are potentially less durable.7 Conversely, heavier hoodies (e.g., winter or outdoor work styles) deliver maximum warmth and enhanced durability but may restrict movement and feel bulkier.1 Furthermore, lower GSM fabrics (200-250 GSM) are explicitly noted as being more prone to stretching and pilling 7, directly indicating a trade-off in long-term durability for the benefit of lightness.
This highlights that the “ideal” hoodie is a functional compromise tailored to a specific use case. Choosing a hoodie is fundamentally a functional decision that must align with the user’s primary activity and the prevailing climate. A single hoodie cannot optimally serve all purposes. Consumers should critically assess their main use case, understanding the inherent compromises in comfort, mobility, warmth, and durability that come with different weight categories. For businesses, this implies the necessity of segmenting product lines effectively to meet diverse consumer needs and clearly communicating the functional benefits and limitations of each weight category.
Table: Recommended Hoodie Weights by Intended Use and Season (GSM)
Brand-Specific Weight Examples
While hoodie weights are highly variable even within a single brand’s extensive product offerings, some general observations and specific examples can provide illustrative context.
Nike, Adidas, and Hanes: A Comparative Look
Nike:
Some broader reports indicate that Nike hoodies typically weigh between 1.5 to 3 pounds (24 to 48 ounces).2 However, more specific comparisons reveal that popular Nike pullover hoodies and fleece crewnecks can be much lighter, ranging around 8-8.2 ounces.12 This wide disparity suggests that Nike offers an extremely diverse product line, encompassing everything from very lightweight athletic performance wear to heavy-duty winter or lifestyle options.
Adidas:
Similar to Nike, Adidas provides a wide range of styles, from lightweight to heavyweight.2 Specific Adidas fleece hoodies are comparable to Nike’s, weighing around 8.5 ounces.12 Their athletic apparel can also include ultra-light options, such as a Performance Polo at a mere 3.8 ounces.12
Hanes:
Often positioned as a more budget-friendly and staple apparel brand, Hanes hoodies typically weigh about 1 to 2 pounds (16 to 32 ounces).2
Other Examples from Available Information:
Independent Trading Co. midweight hoodies are commonly found at 8.5 oz or 9 oz.8
A specific 3sixteen heavyweight hoodie is noted at approximately 15 oz, described as a very warm and high-quality, albeit expensive, option.13
Kellsport (SweatshirtsUSA) offers an 18 oz heavyweight sweatshirt.13
All American Clothing provides a more basic hooded zip at 9.5 oz.13
One outlier mentioned a “Size large hoodie from External” weighing approximately 1.2 kg (~42 oz) 14, which is significantly heavier than other large-size averages and likely represents a very specific, exceptionally heavy product or an error in generalization.
The significant discrepancy in reported weights for major brands like Nike (e.g., 8-8.5 oz for specific models vs. 1.5-3 lbs for broader ranges) is a critical observation. This indicates that a brand’s overall average weight is far less meaningful than the specific weight of a particular product line or model. Large apparel brands typically specialize in diverse categories, such as athletic performance, casual lifestyle, premium fashion, or heavy-duty workwear, each requiring different material compositions and constructions, leading to a wide array of weights within their own brand offerings. The 8-8.5 oz figures for Nike and Adidas likely refer to their popular, performance-oriented fleece models, while the higher ranges encompass their heavier, more lifestyle, winter, or specialized products.
Consumers should exercise caution and not assume a consistent weight across all products from a single brand. Instead, they must consult product-specific details, such as stated GSM, material composition, or explicit garment weight, when making purchasing decisions to ensure the hoodie meets their specific needs. For businesses, this highlights the paramount importance of clearly communicating precise product specifications to avoid customer confusion, manage expectations, and build trust.
Table: Popular Brand Hoodie Weights (Illustrative Examples)
Practical Implications and Considerations
The weight of a hoodie extends beyond its mere physical characteristic, carrying significant practical implications for both users and commercial entities.
Comfort, Mobility, and Layering
The weight of a hoodie directly correlates with its perceived comfort and the wearer’s mobility. Lighter hoodies inherently offer greater freedom of movement, making them ideal for active pursuits or situations where unrestricted motion is desired.1 Conversely, heavier hoodies, while providing superior warmth, can feel bulky and may restrict movement, particularly during dynamic activities.1 Mid-weight hoodies are often considered the sweet spot, striking a balance that offers sufficient warmth without excessive bulk, making them highly versatile for layering over a t-shirt or comfortably fitting under a jacket.2
Packing and Travel Efficiency
For individuals who travel frequently or prioritize packing light, the weight of a hoodie is a significant consideration. A lighter hoodie is always preferable as it conserves valuable space in luggage and substantially reduces the overall weight of packed items.2 This is particularly crucial for air travel, where strict luggage weight limits and associated fees can apply. The difference of even a few ounces per garment can accumulate, leading to unexpected costs or the need to leave other essentials behind.
Shipping Costs and Logistics
For businesses, especially those operating in e-commerce, hoodie weight is a critical factor in determining shipping costs. Heavier hoodies will invariably incur higher shipping rates, particularly for long-distance or international shipments.2 This direct relationship between weight and shipping expense can significantly impact a business’s profitability margins and influence its overall pricing strategies for consumers.
While the initial retail price of a hoodie is the most obvious cost, its weight introduces a cascade of other, less apparent expenses. For consumers, a heavier hoodie could lead to unexpected expenditures like higher baggage fees when flying. For businesses, increased weight directly translates to higher shipping and logistics expenses 2, impacting their operational budget and potentially forcing higher retail prices. This extends the concept of “cost” beyond the simple sticker price to encompass a broader economic footprint. Both consumers and businesses should adopt a holistic view of cost, where the weight of a garment plays a hidden yet significant role. This encourages strategic decision-making, such as manufacturers choosing lighter materials for products primarily sold through e-commerce or internationally, or retailers advising consumers on the practical implications of garment weight for travel and everyday convenience.
Although not explicitly detailed in the available information regarding environmental impact, the fact that heavier hoodies inherently require more raw material (due to higher GSM, larger sizes, and additional features) implicitly suggests a greater consumption of resources during their manufacturing process. This would encompass increased demand for raw fibers (whether cotton, polyester, or blends), higher energy expenditure for production, and potentially a larger overall carbon footprint per garment, from sourcing to disposal. As global awareness and concern for environmental sustainability grow, the weight of a garment could evolve into an indirect indicator of its resource intensity. Lighter garments might be perceived as more sustainable from a material consumption standpoint, although it is crucial to acknowledge that other factors, such as the ethical sourcing of materials, the efficiency of manufacturing processes, and end-of-life recyclability, are equally critical in determining a product’s true environmental impact. This broader implication warrants further dedicated research and analysis.
Conclusion: Choosing the Right Hoodie Weight
The determination of the “ideal” hoodie weight is not a universal constant but rather a highly individualized decision, contingent upon personal needs, specific preferences, and the intended use case. By thoroughly understanding the key influencing factors—namely, fabric density (GSM/oz/yd²), material composition (such as cotton, polyester, and fleece), garment size and fit, and specific design features (including zippers, linings, and pockets)—consumers are empowered to make informed choices that precisely align with their comfort requirements, functional needs, and budgetary considerations. For businesses operating within the apparel industry, a detailed and nuanced understanding of hoodie weight is absolutely essential for effective product development, accurate pricing strategies, and optimized logistics. This ensures that their product offerings not only meet diverse market demands but also remain economically viable and competitive. Ultimately, the seemingly simple query “how much does a hoodie weigh” unfolds into a comprehensive exploration of textile science, consumer behavior, and supply chain dynamics, underscoring the intricate details and considerations that define this ubiquitous garment.
Works cited
All You Need to Know About the Weight of Hoodies, accessed July 16, 2025, https://ugawear.com/all-you-need-to-know-about-the-weight-of-hoodies/
How Much Does a Hoodies Weigh? Understanding Sweatshirt Weights and Materials, accessed July 16, 2025, https://www.swagify.com/blog/how-much-does-a-hoodies-weigh/
How Much Does a Hoodie Weigh? – Printful, accessed July 16, 2025, https://www.printful.com/blog/how-much-does-a-hoodie-weigh
How Much Does a Hoodie Weigh? – Role in Custom Printing, accessed July 16, 2025, https://blog.tshirtplus.com.au/hoodie-weight/
The Weight of Comfort: Understanding Hoodie Heaviness – VS Tees, accessed July 16, 2025, https://vstees.com/blogs/news/the-weight-of-comfort-understanding-hoodie-heaviness
How much does a hoodie weigh? Know weight of hoodies in detail – British D’sire, accessed July 16, 2025, https://www.britishdsire.com/blogs/fashion/how-much-does-a-hoodie-weigh
How Many Grams Is a Good Hoodie? – Clothing Manufacturer – Modaknits Apparel, accessed July 16, 2025, https://modaknits.com/how-many-grams-is-a-good-hoodie/
A Midweight Custom Hoodie Comparison | Real Thread, accessed July 16, 2025, https://www.realthread.com/blog/midweight-custom-hoodie-comparison
Men’s Hoodie Size Chart – Relentless Rebel Apparel, accessed July 16, 2025, https://relentlessrebel.com/pages/mens-hoodie-size-chart
Midweight | Independent Trading Company, accessed July 16, 2025, https://www.independenttradingco.com/collections/midweight
Sweatshirt Styles Explained: Breaking Down Every Type, Fit, and Feature – RushOrderTees, accessed July 16, 2025, https://www.rushordertees.com/blog/sweatshirt-styles-explained/
Nike vs. Adidas Apparel | A Guide – RushOrderTees, accessed July 16, 2025, https://www.rushordertees.com/blog/nike-vs-adidas/
Buying a hoodie layer. How heavy should I go? : r/malefashionadvice – Reddit, accessed July 16, 2025, https://www.reddit.com/r/malefashionadvice/comments/5imfne/buying_a_hoodie_layer_how_heavy_should_i_go/
How Much Does a Hoodie Weigh? The Ultimate Buyer’s Guide!, accessed July 16, 2025, https://www.3xternal.com/post/how-much-does-a-hoodie-weigh-complete-guide