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Minibar
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A refrigerated minibar in a Grand Hyatt hotel, filled with beverages. This minibar detects whenever an item is removed and charges the guest instantly, even if the item is not consumed.

A minibar is a small refrigerator, typically an absorption refrigerator, in a hotel room or cruise ship stateroom. The hotel staff fill it with drinks and snacks for the guest to purchase during their stay. It is stocked with a precise inventory of goods, with a price list. The guest is charged for goods consumed when checking out of the hotel. Some newer minibars use infrared or other automated methods of recording purchases. These detect the removal of an item and charge the guest's credit card right away, even if the item is not consumed. This is done to prevent loss of product, theft and lost revenue.[1][2]

The minibar is commonly stocked with small bottles and cans of alcoholic beverages, juice, bottled water, and soft drinks. There may also be candy, cookies, crackers, and other small snacks. Prices are generally very high compared to similar items purchased from a store, because the guest is paying for the convenience of immediate access and also the upkeep of the bar. Prices vary, but a common price for a can of a non-alcoholic beverage is US$6–10. Due to the convenience of room service and the minibar, prices charged to the patron are much higher than the hotel's restaurant or tuck shop.[2] As premium bottled water has become popular with guests since the 2000s, there is "ambient placement" of such chargeable products outside the minibar and in the guests' line of vision; for example "by placing [bottled] water on bedside tables, during the night, people are more likely to grab it than get up to get a glass of water".[3]

The world's first minibar was introduced at the Hong Kong Hilton Hotel by manager Robert Arnold in 1974.[4] In the months following its introduction in-room drink sales increased 500%, and the Hong Kong Hilton's overall annual revenue was boosted by 5%. The following year the Hilton group rolled out the minibar concept across all its hotels.[5]

In recent years, as minibars become less and less popular with guests, hotels have been eliminating this feature from their rooms. It takes staff considerable time to re-stock the traditional mini-bar inventory and monitor its use precisely, and such manual work is prone to human error. In recent years cunning guests have managed to game the traditional minibar system, such as replacing or emptying the contents of items (also known as "shrinkage"[3]), consuming items before immediately lodging a complaint to switch hotel rooms, and disputing the minibar charges at check-out time.[2][6] Some newer minibars use infrared or other automated methods of recording purchases, detecting the removal of an item and automatically charge the guest's credit card right away, even if the item is not consumed.[1] A hotel may also charge a "personal use" fee if the guest uses the minibar to store their own items.[7]

From absorption cooling unit to compressor

[edit]

Typically the minibar cooling unit was different from standard refrigerators, using absorption technology. An Italian company was the first manufacturer to install a compressor mini-refrigerator in the NASA Space Shuttle in 1982. A compressor refrigeration unit, in addition to a timer and a eutectic plate, allow saving more energy, compared to a traditional absorption minibar.[8]

See also

[edit]

References

[edit]
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Revisions and contributorsEdit on WikipediaRead on Wikipedia

Minibar

View on Grokipedia
from Grokipedia
A minibar is a small refrigerator, typically an absorption model, found in hotel rooms or cruise ship staterooms and stocked by staff with beverages, snacks, and often alcoholic drinks for guests' convenience. The minibar concept originated in the early 1960s when the German company Siegas developed the first compact, refrigerated unit designed for hotel use. The first installation in a hotel room occurred in 1963 at the Madison Hotel in Washington, D.C., though it gained widespread adoption later. It became a global standard in 1974, when the Hilton Hong Kong installed minibars in all 840 rooms, stocking them with miniature liquor bottles inspired by airline service carts, which reportedly increased drink sales by 500% and boosted the hotel's revenue by 5%. Initially hailed as a luxury amenity in upscale hotels during the 1970s and 1980s, minibars symbolized convenience and exclusivity, with items like sodas, candy, and premium brands priced at markups often exceeding 300% to offset restocking and theft. Modern minibars often incorporate "smart" technology, such as sensors that detect when an item is removed and automatically charge the guest's room account in real-time, reducing the need for manual checks. These units are usually locked or monitored to prevent unauthorized access, and in some jurisdictions, legal definitions classify them as secure, key- or card-operated containers to regulate alcohol service. While traditionally focused on high-margin snacks and drinks, contemporary iterations in luxury properties may include locally sourced or artisanal items like craft beers to appeal to discerning travelers. Despite their heyday, hotel minibars have declined in popularity since the early 2000s due to exorbitant prices—often $5–$15 for a soda—coupled with high operational costs for restocking, spoilage prevention, and labor; for instance, the Marriott Marquis in New York employed eight full-time staff, each responsible for checking about 150 minibars daily, in 2004 before removing them from nearly 2,000 rooms. Usage has dropped, with only about 33% of guests interacting with them and averaging $12 in daily charges, as alternatives like nearby convenience stores, lobby shops, and delivery partnerships with apps such as DoorDash, Uber Eats, and Grubhub have proliferated. Today, minibars persist primarily in boutique and high-end hotels as a premium feature, while midscale chains increasingly phase them out in favor of more cost-effective options.

History

Invention and Early Development

The concept of the minibar emerged in the mid-20th century, with some sources tracing its conceptual origins to the 1950s in Germany, where early ideas for compact, in-room refrigeration units began to take shape. The first patented design is attributed to the German company Siegas Metallwarenfabrik, which in 1963 secured a patent for a refrigerated unit specifically engineered to cool glass bottles uniformly, allowing guests to access individual items without temperature disruption to the rest of the contents. This innovation laid the groundwork for integrating small-scale cooling into hotel furnishings, addressing the need for convenient, on-demand refreshments. A pivotal advancement came in the mid-1970s through Robert Arnold, the food and beverage director at the Hong Kong Hilton, who is widely credited with implementing the first successful hotel minibar. Inspired by miniature liquor bottles observed on a flight, Arnold introduced a small refrigerated unit stocked primarily with beverages into guest rooms in 1974, marking a practical application that boosted sales significantly and popularized the concept globally. This setup transformed the minibar from a novel prototype into a functional hotel amenity, emphasizing self-service access to items like soft drinks and alcohol without relying on room service. The initial design featured a compact seamlessly integrated into bedroom furniture, such as cabinets or nightstands, to provide 24-hour convenience while minimizing visual intrusion in sleeping areas. Early prototypes prioritized silent operation, employing absorption cooling —based on and cycles—to eliminate , ensuring the unit did not disturb guests. Over time, many designs evolved to incorporate compressor-based systems for greater efficiency, though absorption remained favored for its quiet performance in settings.

Adoption in the Hospitality Industry

The first notable installation of a minibar in the United States occurred in 1963 at the Madison Hotel in Washington, D.C., where it was introduced as a novel convenience in luxury accommodations. This early adoption highlighted the minibar's appeal in upscale settings, building on its invention by the German company Siegas in the early 1960s. Minibars gained rapid popularity during the 1970s and 1980s, coinciding with the of mass driven by affordable and expanding international holidays. This era's surge in global heightened for in-room amenities that offered to and guests alike. Major hotel chains, including Hilton—which installed liquor-stocked minibars in all 840 rooms of its property in 1974, boosting alcohol by 500%—and Marriott, integrated them as standard features to enhance guest experiences and . By 1980, minibars had become an industry norm in four- and five-star properties worldwide. Adoption varied regionally, with notable uptake in Asia exemplified by the 1974 Hong Kong Hilton success amid booming tourism.

Design and Components

Cooling Technologies

Absorption cooling systems, prevalent in early minibar designs, operate on a heat-driven thermodynamic cycle utilizing an ammonia-water mixture as the refrigerant-absorbent pair, often with hydrogen gas as an inert medium to facilitate diffusion in a sealed system. In this process, a small electric heater or gas burner drives the cycle by boiling the ammonia from the water solution in a generator; the ammonia vapor then condenses, expands through an evaporator to absorb heat silently from the interior without any moving parts, and is reabsorbed into the water in an absorber before recycling. This mechanism ensures completely noiseless operation, making it particularly suitable for quiet hotel environments, though initial cooldown from ambient temperature can take 12-24 hours for small volumes of 20-50 liters, depending on ambient conditions. Compressor cooling systems, in contrast, rely on a vapor-compression refrigeration cycle where a refrigerant gas, such as R600a, is compressed by an electric motor-driven piston to raise its pressure and temperature, allowing heat dissipation in a condenser before expansion in an evaporator to cool the minibar interior. This enables faster initial cooldown times of 2-3 hours and supports larger capacities beyond typical minibar sizes, but introduces operational noise levels of 30-40 dB and minor vibrations from the compressor mechanism. In terms of efficiency, absorption units typically consume 0.5-1 kWh per day, powered solely by electricity for the heating element with no additional energy for mechanical compression, while maintaining interior temperatures of 0-5°C suitable for beverage chilling. Compressor systems, however, use 0.1-0.5 kWh per day in modern low-energy models but can achieve lower temperatures down to -18°C in freezer-capable variants, offering better performance in varying ambient conditions despite higher upfront energy draw during rapid cooling cycles. Absorption systems were common in minibar installations during the late 20th century due to their silence and reliability in compact designs, while advancements in quiet compressor technology have increased their adoption in the 21st century for enhanced cooling speed and energy efficiency in hotel settings.

Thermoelectric Cooling

Thermoelectric cooling, based on the Peltier effect, uses semiconductor materials to create a heat flux between two junctions when an electric current passes through, absorbing heat on the cold side and releasing it on the hot side without moving parts or refrigerants. This results in completely silent and vibration-free operation, ideal for luxury hotel environments, with energy consumption typically 0.2-0.6 kWh per day and cooldown times of 4-8 hours to reach 5-10°C. However, it is less efficient for achieving very low temperatures compared to absorption or compressor systems and may require heat sinks or fans for dissipation in warmer climates. Thermoelectric minibars have gained popularity in recent years for their environmental friendliness and low maintenance.

Inventory and Security Systems

Modern hotel minibars employ sophisticated inventory and security systems to monitor item removal, prevent theft, and facilitate automatic billing, evolving from rudimentary manual inspections to advanced automated technologies. These systems primarily rely on sensors embedded in shelves and compartments to detect disturbances, ensuring accurate tracking without constant human oversight. Sensor technologies form the core of minibar inventory management, with weight-based sensors being a foundational method. Placed under shelves, these sensors measure changes in weight to detect item removal; for instance, a typical 330ml bottle weighs approximately 350 grams, triggering a signal when lifted. To distinguish between similar items, such as a bottle of water and soda, sensors are calibrated into weight classes—mini-bottles around 200-300 grams, beer cans at 350-400 grams, and soft drink cans similarly—allowing the system to categorize and log the specific product removed. Complementary technologies include infrared beams that break upon item disturbance, magnetic detectors for laid-down bottles, and microswitches for precise activation, while emerging RFID tags on individual items enable wireless identification for higher accuracy in complex setups. Microprocessors integrated into the minibar unit process sensor data and connect to the hotel's Property Management System (PMS) for real-time logging and billing. These connections occur via wired interfaces or wireless signals, such as Wi-Fi or Bluetooth, transmitting access events instantly to central software that updates guest folios and inventory records. This automation reduces errors associated with manual checks and supports remote monitoring of stock levels across multiple rooms. Security features enhance protection against unauthorized access and theft, including locked compartments for high-value items like premium liquors, tamper-proof casings that resist forced entry, and alert systems notifying staff of irregularities. In the 1970s, minibar oversight relied on manual daily checks by housekeeping, prone to discrepancies; by the 1990s, automated sensors and controls had become standard, as evidenced by early patents for detection systems that revolutionized reliability. Typical minibar capacity ranges from 20 to 40 items, accommodating a mix of beverages and snacks within a compact 30-40 liter volume, with sensors precisely calibrated to handle this scale without false positives from minor shifts.

Operation and Usage

Stocking and Maintenance

Standard stocking protocols for hotel minibars typically include a selection of beverages such as alcoholic options like beer and wine, non-alcoholic choices including soft drinks, juices, and bottled water, along with snacks like nuts, chocolates, chips, and cookies; perishables are limited to ensure minimal spoilage risk. These items are arranged to prioritize visibility and accessibility, with rotation occurring regularly—often daily during housekeeping rounds—to replace consumed stock and check for expiration dates, thereby preventing spoilage of perishable goods. Maintenance routines emphasize hygiene and functionality, beginning with daily visual inspections by housekeeping staff to verify inventory levels, item quality, and overall cleanliness of the unit. Weekly deep cleaning involves wiping interiors, removing debris, and sanitizing surfaces, while temperature checks ensure the minibar maintains a cooling range of 2–8°C to preserve beverages and snacks. Sensor calibrations, if equipped, are performed periodically to support low-stock alerts, integrating with broader inventory systems. Hotels often partner with reputable beverage suppliers to receive pre-packaged kits that streamline stocking and guarantee product freshness, reducing on-site preparation time. Waste management focuses on promptly discarding expired or damaged items during inspections, with hotels implementing first-in, first-out (FIFO) principles to minimize losses from spoilage. Adaptations in stocking vary by hotel type: luxury properties feature premium brands such as high-end spirits, gourmet chocolates, and local artisanal products like macarons or regional wines to enhance guest experience. In contrast, budget hotels opt for generic or basic items, including standard snacks and bottled water, to control costs while meeting essential needs. Following the COVID-19 pandemic, some hotels retaining minibars have adopted contactless restocking protocols using sensor technology to detect consumption and automate alerts for housekeeping, reducing physical handling and enhancing sanitation. As of 2025, the minibar market is growing at a CAGR of around 3-8%, with increased adoption of AI-driven personalization for stocking and alternatives like lobby-based digital marketplaces in some properties.

Billing and Guest Interaction

Guests access hotel minibars through various mechanisms designed to balance convenience and security. Traditional minibars often feature keyed locks managed by hotel staff, requiring guests to request access or replacement items, while electronic locks are more common in modern installations, allowing unlocking via the guest's room key card or integrated systems. Some advanced units incorporate app-based or Bluetooth access for seamless entry, particularly in upscale properties. The billing process for minibar consumption typically involves automatic detection of item removal, triggering charges directly to the guest's room folio in real-time. Sensors, such as weight or RFID-based systems, register when an item is taken, with a brief window—often 30 to 60 seconds—for replacement to avoid charging; common prices range from $5 to $15 per item, reflecting markups of 200% to 300% over retail costs to cover operational expenses. Hotels may allow manual overrides by staff for verified errors, such as accidental disturbances, ensuring charges align with actual usage. Guest interactions with minibar billing frequently lead to disputes over false charges, often caused by sensor errors like shifting weights from melting ice or vibrations. Common complaints include unexpected fees for untouched items, prompting guests to provide proof such as photographs or receipts for refunds. Hotel policies generally require direct contact with the front desk for resolution, with escalation to corporate customer service or credit card chargebacks as options if the issue persists, though success depends on documentation. Since the 2010s, transparency in minibar billing has improved through practices like displaying item lists and prices on the unit's door or via in-room digital interfaces, reducing disputes by informing guests upfront of costs and detection methods. This shift aligns with broader hospitality trends toward automated, accurate charging to enhance trust and minimize errors.

Cultural and Economic Impact

Role in Hotel Economics

Minibars serve as a key component of hotel ancillary revenue streams, typically accounting for approximately 1% of total hotel revenue in the United States, though this represents a smaller but notable portion of non-room income sources like food and beverage services. Guests who utilize minibars contribute an average transaction value of around $12 per day, with individual items often priced at $8–$10, leading to high profit margins through substantial markups of 300% to 1,300% on products with low acquisition costs. These margins are enabled by minimal per-item sourcing expenses, allowing hotels to generate significant returns on consumed goods despite overall low utilization rates of about 33%. However, operational costs significantly impact minibar viability, including installation expenses for units and systems, plus associated setup, and ongoing maintenance that can consume up to 80% of generated revenue in labor-intensive manual operations. Shrinkage from theft and billing errors further erodes profitability, with hotels reporting losses of 5% to 20% of minibar revenue due to guest disputes, item replacement with cheaper alternatives, or outright theft, affecting up to 84% of properties. Debates over minibar profitability highlight a peak in earnings during the 1980s and 2000s, when innovations like the 1974 Hong Kong Hilton installation drove a 500% increase in in-room drink sales and a 5% overall revenue boost, but a sharp decline since 2010 due to guest avoidance of perceived overpricing and rising alternatives. U.S. minibar revenue dropped 28% from 2007 to 2012, often rendering operations unprofitable below $0.60 per occupied room, with return on investment challenging in low-occupancy settings but potentially breaking even within 1–2 years in high-volume luxury hotels through automated systems. This historical adoption initially enhanced luxury appeal by providing convenient in-room amenities, yet evolving guest behaviors have shifted economic priorities, with lower adoption and revenue contributions observed outside the U.S. in regions like Europe where alternative amenities are more common. In response, many hotels are reallocating minibar space to higher-yield alternatives, such as on-site vending machines and convenience stores, which offer lower-cost items and reduce labor by up to 30%, or partnerships with delivery apps like DoorDash, Uber Eats, and Grubhub to enable on-demand ordering and boost ancillary revenue by 25% per room. These strategies address declining minibar usage while maintaining convenience, with smart, sensor-equipped systems further minimizing shrinkage and enhancing overall economic efficiency. Minibars have frequently appeared in American films and television as symbols of chaotic indulgence and the consequences of excess. In the 2009 comedy The Hangover, directed by Todd Phillips, the protagonists wake to a ransacked hotel suite in Las Vegas, with the emptied minibar serving as a visual cue for their wild night of overconsumption, culminating in a comically exorbitant bill that heightens the film's humorous tension. Similarly, in the animated series The Simpsons, the minibar is parodied in the season 11 episode "Behind the Laughter" (2000), where a fictionalized version of the Simpson family performs "The Minibar Song," mocking the temptation and high cost of raiding one during a rock tour, emphasizing themes of fleeting celebrity excess. These depictions often use the minibar as a comedic trope for unexpected financial shocks, with billing disputes acting as brief plot devices to propel character conflicts. In literature, minibars evoke isolation and urban decadence, particularly in narratives centered on transient lifestyles. Dubravka Ugrešić's essay "Assault on the Minibar" (2011) portrays the minibar as a "dollhouse for grown men," symbolizing childish impulses and the artificial comforts of hotel anonymity amid modern alienation. Likewise, in Dermot Bolger's Finbar's Hotel (1997), a collaborative novel set in a Dublin establishment, one character's contemplation of the minibar in room 101 underscores the mysteries of solitude and impulsive gratification during a first-time hotel stay. Such references highlight the minibar's role in illustrating personal indulgence against the backdrop of impersonal luxury. As cultural symbols, minibars frequently represent ephemeral opulence in travel stories, embodying the allure and pitfalls of consumerism in upscale accommodations. They often signify temporary escape or emotional voids filled by convenience, as seen in broader media analyses where the minibar stands for futile attempts at instant gratification. In 2020s journalism, critiques have intensified, with articles decrying minibars as "rip-offs" due to sensory-activated charging systems and inflated prices, such as a 2025 report on Las Vegas hotels imposing $50 fees for mere handling, framing them as emblematic of exploitative hospitality practices. This portrayal underscores shifting perceptions of excess in an era of economic scrutiny. Depictions of minibars show notable global variations, appearing more prominently in American media than in European counterparts, which reflects the U.S. hotel industry's strong emphasis on in-room amenities originating from mid-20th-century innovations. In contrast, European narratives, like those in Ugrešić's work from the Yugoslavia, treat them more abstractly as metaphors for displacement rather than routine luxury fixtures.

References

  1. https://www.merriam-webster.com/dictionary/minibar
  2. https://dictionary.cambridge.org/us/dictionary/english/minibar
  3. https://www.dictionary.com/browse/minibar
  4. https://www.tastingtable.com/1964434/hotel-minibars-history/
  5. https://matadornetwork.com/read/minibars-went-dismal-dead-better-real-bar/
  6. https://priceonomics.com/the-rise-and-fall-of-the-hotel-mini-bar/
  7. https://www.cnbc.com/2025/06/27/why-americans-fell-out-of-love-with-the-hotel-minibar.html
  8. https://www.cnn.com/travel/article/hotel-minibars-decline
  9. https://www.sportsdestinations.com/management/hotels-lodging/rise-and-fall-and-rise-again-hotel-minibar-21812
  10. https://www.azleg.gov/ars/4/00205-06.htm
  11. https://home.binwise.com/blog/evolution-of-hotel-minibars
  12. https://www.insidehook.com/cocktails/hotel-minibar-golden-age
  13. https://abcnews.go.com/blogs/lifestyle/2014/01/minibar-no-more-hotels-phase-out-the-ol-boozy-guest-room-staple
  14. https://tedium.co/2018/04/03/why-are-hotel-minibars-expensive/
  15. https://www.scmp.com/magazines/hk-magazine/article/2037087/ask-mr-know-it-all-what-history-hotel-minibar
  16. https://www.jpost.com/j-spot/article-782996
  17. https://shortformernie.medium.com/hotel-minibar-history-a381d6816dfa
  18. https://firstcooler.com/cooling-appliance/absorption-minibar/
  19. https://www.washingtonpost.com/travel/2022/02/05/hotel-minibar-prices-water-alcohol/
  20. https://www.researchgate.net/publication/224830358_Golden_Age_of_Mass_Tourism_Its_History_and_Development
  21. https://www.hospitalitynet.org/opinion/4093131.html
  22. https://www.fhappliances.com/absorption-cooling-minibar-for-hotel-hospitality-solutions/
  23. https://www.alibaba.com/showroom/ammonia-absorption-minibar.html
  24. https://www.williams-sonoma.com/netstorage/pdf/112335-112336-112337-112338-112339-112340-112341-112342-112343-112344-Smeg-Mini-Refrigerator-Manual-V-SW.pdf
  25. https://www.vitrifrigo.com/en_en/news/compressor-or-absorption-which-to-choose/
  26. https://www.tefcold.com/display-coolers/minibars
  27. https://www.minibar.com.tr/en-gb/minibar
  28. https://www.smadappliances.com/products/smad-50l-absorption-drawer-minibar-small-refrigerator
  29. https://energiforskning.dk/files/media/document/337-049%20Electricity%20Consumption%20of%20Minibars%20%28artikel%29.pdf
  30. https://www.astro.net.nz/knowledge-base/articles/posts/2022/july/which-is-the-best-minibar-for-my-hotel/
  31. https://www.vitrifrigo.com/en_us/news/why-switch-to-a-compressor-fridge/
  32. https://simex.es/en/absorption-minibars-and-thermoelectric-minibars-everything-you-need-to-know/
  33. https://www.minifridge.co.uk/noise-levels
  34. https://www.hotel-online.com/news/not-all-automatic-minibars-are-created-equal
  35. https://patents.google.com/patent/US4891755A/en
  36. https://bartech.com/how-it-works/
  37. https://bacio.com/lifestyle/hotel-minibar/
  38. https://www.thecaterer.com/news/how-minibars-maximise-hotel-revenue-bartech
  39. https://lodgingmagazine.com/the-future-of-the-hotel-minibar-is-automation/
  40. https://www.hospitalitynet.org/opinion/4128545.html
  41. https://www.gddugao.com/info/what-is-a-minibar-in-hotels-103127538.html
  42. https://www.fhappliances.com/the-ultimate-guide-to-mini-bars-in-hotels/
  43. https://www.linkedin.com/posts/nadeem-shahzad-570457270_standard-operating-procedures-for-mini-bar-activity-7276840518033035265-6EIi
  44. https://www.allianceonline.ie/blog/2023/07/minibar-essentials-a-comprehensive-guide-for-hoteliers-and-hospitality-professionals/
  45. https://www.omnitecsystems.com/omni/blog/mini-fridge-temperature-ranges
  46. https://www.hotel-online.com/news/reimagining-the-hotel-minibar-how-bartechs-automation-technology-is-powering-a-profitable-guest-centric-comeback
  47. https://www.forbes.com/sites/irenelevine/2019/05/06/6-dazzling-hotel-minibars-saving-the-breed-from-extinction/
  48. https://www.grandviewresearch.com/industry-analysis/minibar-refrigerators-market-report
  49. https://sabahospitality.com/9-trends-in-hotel-dining-2025/
  50. https://microaxs.com/safe-minibar
  51. https://bartech.com/automatic-era/
  52. https://www.yorfan.com/news/the-role-of-hotel-locks-in-protecting-in-room-mini-bars.html
  53. https://www.foxnews.com/travel/the-insane-markup-of-hotel-mini-bar-items-exposed
  54. https://www.nerdwallet.com/travel/learn/hotel-mini-bar-charges-errors
  55. https://www.nasdaq.com/articles/ask-a-travel-nerd:-how-do-i-dispute-hotel-minibar-charges
  56. https://www.cvent.com/en/blog/hospitality/fall-hotel-minibars
  57. https://www.hotelexecutive.com/newswire/41947/mini-bar-maxi-profits
  58. http://www.hospitalityrisksolutions.com/2011/09/14/hospitality-industry-guest-room-risks-hotel-minibars-are-loss-leaders-at-many-properties-where-theft-and-spoilage-cause-inventory-issues/
  59. https://sundancevacationsblog.com/the-death-of-the-hotel-minibar/
  60. https://www.hotelmanagement-network.com/features/why-minibars-are-vanishing-from-hotel-rooms/
  61. https://gointothestory.blcklst.com/scene-description-spotlight-the-hangover-2009-1ca79888f3ca
  62. https://simpsonswiki.com/wiki/The_Minibar_Song
  63. https://www.theparisreview.org/blog/2011/10/17/assault-on-the-minibar/
  64. https://www.goodreads.com/book/show/173292.Finbar_s_Hotel
  65. https://travel.nine.com.au/latest/hotel-mini-bar-sensory-activated-vegas-how-to-avoid-high-charges/dd39a395-9079-4568-8615-c6c41bc1a155
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