North Face Borealis Backpack Dimensions: A Complete Guide

The physical size specifications of a popular outdoor and everyday carry pack model from a well-known brand are being examined. These measurements, typically expressed in height, width, and depth (often in inches or centimeters), dictate the volume and overall profile of the product. As an example, a pack might be listed as 19 inches high, 13 inches wide, and 9.5 inches deep.

Understanding the external size is crucial for several reasons. It influences the pack’s carrying capacity, its compatibility with airline carry-on restrictions, and its comfort level for different body types. Historically, these specifications have evolved to balance storage capacity with ergonomic design, reflecting advancements in materials and manufacturing techniques. This balancing act has allowed the pack to transition to a versatile option for a range of activities.

The following article will elaborate on specific measurements, explore the internal organization influenced by them, and consider the implications for practical use cases, such as travel and daily commuting.

Practical Considerations Regarding Size Specifications

The following provides guidelines for evaluating the physical measurements of this product to determine its suitability for various needs.

Tip 1: Prioritize Intended Use: Before examining specific numbers, define the primary purpose of the pack. Commuting requires a different volume and profile than extended hiking.

Tip 2: Scrutinize Volume Specifications: Assess the stated capacity in liters. Correlate this number with the typical amount of gear to be carried. Remember that external dimensions do not always perfectly reflect usable internal volume.

Tip 3: Acknowledge Torso Length: The vertical measurement must correspond to the users torso length to ensure comfortable weight distribution and prevent back strain. Review fit guides provided by the manufacturer.

Tip 4: Consider Width for Mobility: A wider profile may impede movement in crowded environments, such as public transportation. Note how the stated width impacts maneuverability in typical use scenarios.

Tip 5: Evaluate Depth for Storage: This dictates how far the pack protrudes from the back. A greater depth provides more internal space, but it also increases the likelihood of exceeding carry-on size restrictions for air travel.

Tip 6: Account for External Attachments: Consider that straps, pockets, and other exterior features add to the overall measurements. Factor these additions when assessing compliance with size regulations.

Tip 7: Understand Measurement Consistency: Be mindful that measurements may vary slightly between retailers or different production runs. Consult multiple sources and, if possible, physically inspect the product.

The size determines its suitability for specific use cases. Thoughtful evaluation and careful consideration of the numbers are essential.

The final section will discuss potential alternatives and offer recommendations based on different use cases.

1. Height

The height of the North Face Borealis backpack, a primary element of its overall dimensions, dictates the vertical reach of the pack on the wearer’s back. An increase in height directly correlates with a larger main compartment volume and potentially a greater capacity for carrying taller items, such as textbooks or water bottles. A mismatch between the pack’s height and the wearer’s torso length can lead to discomfort and improper weight distribution, increasing the risk of back strain. For example, a backpack with a height of 20 inches may be suitable for an individual with a longer torso but unsuitable for someone shorter. The height determines how well the pack aligns with the wearer’s center of gravity, impacting balance and comfort during prolonged use.

The height specification affects the positioning of internal compartments, such as the laptop sleeve. A taller pack allows for a vertically elongated laptop compartment, potentially accommodating larger laptop models. Furthermore, the height impacts the placement of shoulder straps and their ability to properly distribute weight across the shoulders and back. Insufficient height adjustment can cause the straps to dig into the wearer’s shoulders or create excessive pressure points. In a real-world scenario, a student carrying heavy textbooks would find that a Borealis backpack with an appropriately sized height provides better support and reduces strain compared to a pack that is too short or too long for their torso.

In summary, the height measurement is crucial for assessing the overall fit and functionality. Proper selection of the backpack with an appropriate height is critical. The height dimension is fundamental to ensuring a comfortable and efficient carrying experience, particularly when transporting heavy or bulky loads. Failure to account for this measurement can lead to discomfort, injury, and reduced overall utility of the backpack.

2. Width

The width of the North Face Borealis backpack, a critical element of its overall dimensions, directly influences its carrying profile and internal organization. An increase in width leads to a broader overall shape, potentially increasing the internal volume and affecting the distribution of weight across the wearer’s back. The width measurement impacts the usability in crowded spaces; a wider pack is more likely to impede movement on public transport or in narrow walkways. Consequently, the dimensions may determine its suitability as a daily carry option for individuals navigating urban environments.

Consider how width affects internal compartment design. A greater width allows for larger internal pockets or wider laptop sleeves, accommodating bulkier items. In contrast, a narrower design necessitates a more streamlined internal layout, potentially limiting the size or number of items that can be comfortably stored. An excessively wide profile could also shift the center of gravity away from the wearer’s back, potentially leading to discomfort and instability. The width impacts the aesthetic appeal, contributing to the overall perceived bulkiness or sleekness. A narrower backpack might be favored by those seeking a more minimalist profile.

Understanding the width specification is essential for assessing the backpack’s practicality for intended use. Selecting a backpack with an appropriate width ensures a balance between storage capacity, ease of movement, and comfort during prolonged use. Failure to consider this dimension can lead to inconvenience, discomfort, and a diminished carrying experience.

3. Depth

The depth specification of the North Face Borealis backpack defines how far the pack extends outward from the wearer’s back. This dimension is pivotal in determining the pack’s overall volume, its suitability for carry-on use, and its impact on the wearer’s center of gravity.

• Impact on Internal Volume

  The depth directly contributes to the total carrying capacity of the backpack. A greater depth typically translates to a larger main compartment, allowing for storage of bulkier items or a greater quantity of smaller items. For instance, a deeper backpack can more easily accommodate thicker textbooks or larger containers, whereas a shallow pack might struggle to fit these items comfortably.

• Carry-On Compliance

  Airline carry-on size restrictions often impose limits on the maximum depth of luggage. A backpack exceeding these depth limits may be rejected as a carry-on item, necessitating check-in and potentially incurring additional fees. Passengers planning to use the Borealis as a carry-on item must verify the stated depth against the airline’s specific size guidelines.

• Influence on Center of Gravity

  An excessively deep backpack can shift the wearer’s center of gravity backward, potentially leading to imbalance and increased strain on the back and shoulders. This effect is amplified when carrying heavier loads. A well-designed pack will distribute weight evenly, minimizing the impact of depth on balance and posture.

• Effect on Aesthetics and Profile

  The depth contributes to the overall visual profile of the backpack. A deeper pack appears bulkier, while a shallower pack presents a more streamlined silhouette. The aesthetic considerations depend on individual preferences, with some users prioritizing a slim profile for style, and others favoring maximum storage capacity, irrespective of appearance.

In conclusion, the depth measurement is a critical aspect of the North Face Borealis backpack’s overall specifications. The interplay of depth, volume, carry-on suitability, and ergonomic considerations, makes a careful consideration of the depth measurement essential in assessing its fitness for intended use.

4. Volume

Volume, a key metric of the North Face Borealis backpack, quantifies its internal carrying capacity. This specification, typically expressed in liters, is directly determined by the internal dimensions of the pack and dictates its suitability for various applications. A thorough understanding of volume is essential when evaluating whether the backpack can accommodate specific needs.

• Calculation and Measurement

  Volume is derived from the product of the internal height, width, and depth, accounting for the pack’s overall shape. Manufacturers often use water displacement or laser scanning techniques to accurately determine the internal volume. Variability in volume measurements across different sources can occur due to differing methodologies or manufacturing tolerances. Such discrepancies should be considered when making purchasing decisions.

• Impact on Storage Capacity

  A higher volume rating indicates a greater capacity for carrying items. For commuting, a smaller volume may suffice, while longer trips or outdoor activities necessitate a larger volume to accommodate additional gear, such as clothing, food, and equipment. The specified volume should align with the typical load expected to be carried. For example, a volume of 28 liters may be suitable for daily commuting, while a weekend hiking trip might require 40 liters or more.

• Influence on Organization

  The overall volume influences the types and arrangement of internal compartments. A larger volume may allow for more specialized compartments, such as dedicated laptop sleeves, organizational pockets, and hydration reservoirs. A smaller volume necessitates a more streamlined internal layout, potentially reducing the number or size of available compartments. The availability of organizational features impacts the efficiency of packing and accessing items within the backpack.

• Relationship to External Dimensions

  While volume is determined by internal measurements, it is correlated to the external dimensions of the backpack. An increase in external dimensions generally results in a larger internal volume, but this relationship is not always linear. Design features, such as padding and external pockets, can increase external dimensions without significantly impacting internal volume. Consequently, both volume and external dimensions should be considered when evaluating the overall size and carrying capacity of the backpack.

In summary, the specified volume is a critical parameter directly linked to the internal dimensions. This impacts the overall capacity and organizational capabilities. Assessing volume in conjunction with other dimensional specifications provides a holistic view of the backpack’s capabilities and ensures suitability for particular use cases.

5. Weight

The unloaded weight of the North Face Borealis backpack is intrinsically linked to its dimensions and materials, playing a crucial role in user comfort and overall practicality. This specification, often measured in pounds or kilograms, directly impacts the perceived burden and fatigue experienced during extended use, especially when fully loaded. The backpack’s dimensions influence the amount of material required in its construction, directly affecting its base weight.

• Material Composition and Density

  The type and density of the materials employed in the pack’s construction exert a significant influence on its weight. Durable, abrasion-resistant fabrics like ripstop nylon, while offering structural integrity, contribute to a higher base weight compared to lighter, less robust materials. The use of heavier padding materials in the shoulder straps and back panel, intended to enhance comfort, also increases the overall weight. For instance, a pack constructed with reinforced nylon and thick foam padding will inherently weigh more than a similar-sized pack made with lighter fabrics and minimal padding.

• Volume and Corresponding Material Usage

  The overall dimensions, particularly volume, directly correlate with the amount of material required to construct the backpack. A larger volume necessitates more fabric, zippers, and supporting structures, all of which contribute to an increase in weight. While a larger backpack may offer increased carrying capacity, the corresponding increase in weight must be considered, as it impacts comfort and potential strain, especially on longer journeys. For example, a Borealis backpack with a 30-liter volume will generally weigh more than a smaller 20-liter version due to the increased material used in its construction.

• Feature Set and Hardware

  The inclusion of additional features, such as multiple compartments, external pockets, compression straps, and integrated rain covers, adds to the backpack’s weight. Each zipper, buckle, and strap contributes incrementally, resulting in a noticeable difference when comparing models with varying degrees of feature complexity. A highly featured backpack with numerous organizational pockets and attachment points will inherently weigh more than a streamlined, minimalist design. The weight of these features must be weighed against their functional benefits to determine the optimal balance.

• Frame Structure and Support System

  The presence of an internal frame, designed to provide structure and support, significantly influences the overall weight of the backpack. Frames constructed from lightweight aluminum or composite materials add rigidity and improve weight distribution but also contribute to the base weight. Backpacks designed for heavier loads often incorporate more robust frame systems, further increasing weight. The trade-off between support and weight must be carefully considered, based on the intended use and typical load. A frame system optimized for carrying heavy loads during hiking will inevitably weigh more than a simpler support structure designed for daily commuting.

In summary, the dimensions of the North Face Borealis backpack are intricately linked to its weight through the materials used, its features, and its support system. Understanding this connection is crucial. Individuals can then balance the advantages of capacity, durability, and functionality against the potential burden imposed by excessive weight. Evaluating both dimensions and weight ensures a more comfortable and efficient carrying experience.

6. Laptop Sleeve

The integrated laptop sleeve within the North Face Borealis backpack is directly contingent upon the overall dimensions of the pack, influencing its utility as a carrying solution for digital devices. The sleeves size, placement, and protective features are dictated by, and correspondingly impact, the pack’s core functionality. The following will expand upon the relationship between these dimensions and the practical aspects of laptop carriage.

• Sleeve Dimensions and Laptop Compatibility

  The internal measurements of the laptop sleeve (height, width, and depth) determine its compatibility with various laptop models. A sleeve designed with insufficient dimensions may fail to accommodate larger laptops, while an excessively large sleeve may result in unsecured movement, increasing the risk of damage. Therefore, sleeve dimensions are a critical consideration for potential users. For example, a sleeve measuring 14 inches wide and 10 inches high would generally accommodate a 15-inch laptop, while a smaller sleeve would be suitable only for smaller devices.

• Placement and Weight Distribution

  The positioning of the laptop sleeve within the backpack affects weight distribution and overall balance. Placing the sleeve closer to the wearer’s back, as is common in many designs, minimizes the outward pull and maintains a more stable center of gravity. An improperly positioned sleeve can cause the backpack to feel unbalanced, increasing strain on the wearer’s back and shoulders. For instance, a sleeve located in the outermost compartment of the pack would shift the laptop’s weight further away from the body, making the pack feel heavier and less stable.

• Padding and Protection

  The amount and type of padding integrated into the laptop sleeve contribute to its protective capabilities. Thicker padding provides greater impact resistance, shielding the laptop from damage during transit. Sleeves often feature additional reinforcement in critical areas, such as the bottom corners, to protect against drops. Inadequate padding can leave the laptop vulnerable to damage from impacts or pressure. A sleeve with high-density foam padding offers significantly better protection than one with only a thin layer of fabric.

• Accessibility and Security

  The design of the laptop sleeve impacts its accessibility and the security of the device. Sleeves with dedicated zippers or closures offer enhanced security, preventing the laptop from accidentally falling out. Ease of access is determined by the zipper placement and the overall opening size. An easily accessible sleeve allows for quick removal and insertion of the laptop, while a poorly designed sleeve can be cumbersome and time-consuming to use. For example, a sleeve with a side zipper allows for easier access compared to one that requires the user to fully open the main compartment.

Therefore, the design of a laptop sleeve depends on the overall structure. This design affects capacity, weight distribution, protection, and accessibility. The features directly influence its value as a reliable transportation solution. All sleeve specifications must be carefully reviewed. Considering them in relation to the specific device and individual carrying needs ensures the best use of this pack.

7. External Pockets

External pockets on the North Face Borealis backpack, directly linked to its overall dimensions, contribute significantly to its functionality and carrying capacity. Their size, number, and placement are key factors in determining the pack’s versatility and organizational capabilities.

• Pocket Size and Volume

  The dimensions of external pockets directly influence the volume available for storing smaller items, impacting the organization and accessibility of frequently used belongings. Larger pockets can accommodate bulky items such as water bottles or jackets, while smaller pockets are ideal for essentials like keys, phones, or wallets. The combined volume of external pockets effectively increases the overall carrying capacity of the backpack. For example, oversized side pockets may hold oversized water bottles but could add to the width.

• Number and Configuration

  The quantity and arrangement of external pockets enhance the organizational efficiency of the Borealis. Multiple pockets allow for compartmentalization, preventing items from being mixed together and ensuring easy access to specific objects. The placement of these pockets, whether on the front, sides, or top of the pack, impacts their accessibility and suitability for different types of items. The organization enables greater carry volume.

• Impact on Overall Pack Dimensions

  The dimensions of external pockets contribute to the overall dimensions. Pockets adds to the height, width or depth. Bulky or overstuffed external pockets can increase the pack’s profile, potentially affecting its ability to fit in confined spaces or comply with carry-on size restrictions. Thus, pocket size must be balanced against overall form and functionality.

• Security and Accessibility Considerations

  The design of external pockets affects security and accessibility. Pockets with zippers or closures offer increased security, preventing items from falling out or being easily accessed by others. Open pockets provide convenient access to frequently used items but may be less secure. The balance between security and accessibility is a key consideration in the design and selection of external pockets.

The external dimensions greatly depends on the external pockets that increase the overall dimensions. The size, arrangement, and design determine the utility and convenience of this very popular backpack.

Frequently Asked Questions

This section addresses common inquiries regarding the physical size and associated specifications of the North Face Borealis backpack, offering precise details and practical considerations.

Question 1: What are the precise external dimensions (height x width x depth) of the current North Face Borealis backpack model?

The external dimensions may vary slightly based on production runs or specific model variations. However, a typical approximation is 19.75 inches (height) x 13.5 inches (width) x 9.5 inches (depth). Consult the manufacturer’s website or specific product listings for the most up-to-date figures.

Question 2: How does the volume of the North Face Borealis backpack (in liters) relate to its actual carrying capacity for everyday items?

The stated volume, typically around 28 liters, provides a general indication of the backpack’s carrying capacity. However, usable space may be affected by the presence of internal compartments, padding, and the shape of items being carried. Consider the specific dimensions of commonly carried items when assessing suitability.

Question 3: Does the North Face Borealis backpack meet standard airline carry-on size restrictions?

While the dimensions are generally compliant with most major airline carry-on regulations, it is imperative to verify specific size limits with the airline prior to travel. Overpacking external pockets may cause the backpack to exceed allowable dimensions, resulting in the need to check the item.

Question 4: How does the laptop sleeve size accommodate different laptop models?

The laptop sleeve is typically designed to accommodate laptops up to 15 inches in screen size. However, physical dimensions may vary between laptop brands and models. Consult the sleeve’s internal dimensions and compare them against the laptop’s dimensions to ensure proper fit.

Question 5: How does the weight of the backpack affect its suitability for prolonged use or travel?

The unloaded weight of the North Face Borealis backpack, typically around 2.2 pounds, contributes to the overall carrying burden. A lighter backpack reduces fatigue during extended use or travel. Consider the weight of the backpack in conjunction with the weight of its contents when assessing its suitability.

Question 6: How do the dimensions of external pockets enhance the backpack’s overall functionality and organization?

The size, placement, and number of external pockets provide additional storage for frequently accessed items. Larger pockets accommodate water bottles or outerwear, while smaller pockets are suited for keys, phones, or wallets. Strategic placement improves accessibility and organization, contributing to the pack’s overall utility.

Understanding the dimensions of the North Face Borealis backpack is crucial for making informed purchasing decisions and ensuring its suitability for specific needs. These measurements dictate carrying capacity, laptop compatibility, carry-on compliance, and overall comfort. Careful consideration is advised.

The subsequent section will delve into potential modifications to enhance the pack’s dimensional adaptability.

Conclusion

This article has presented a comprehensive exploration of the “dimensions of north face borealis backpack”. It has clarified the significance of various measurements, including height, width, depth, volume, weight, and laptop sleeve specifications. Understanding these dimensions is crucial for evaluating the pack’s suitability for diverse uses, such as commuting, travel, and outdoor activities. The analysis has underscored how these figures are directly tied to carrying capacity, organizational capabilities, comfort, and compliance with size restrictions.

Prospective purchasers must recognize the interplay between these measurements and individual requirements. Careful assessment of the dimensions ensures the North Face Borealis backpack is properly matched to the intended use. Future modifications of the pack may focus on optimizing dimensions for better ergonomic design. Further improvements would facilitate a more comfortable and efficient user experience.