Hubbry Logo
Leather flying helmetLeather flying helmetMain
Open search
Leather flying helmet
Community hub
Leather flying helmet
logo
8 pages, 0 posts
0 subscribers
Be the first to start a discussion here.
Be the first to start a discussion here.
Leather flying helmet
Leather flying helmet
Leather flying helmet
View on Wikipedia
from Wikipedia
Helen Kerly's helmet from World War II.
Roald Dahl's RAF flying helmet from World War II, fitted with oxygen mask and communications equipment

A leather flying helmet, also known as an aviator hat, bomber hat or soft flight helmet, is a usually leather cap with large earflaps, a chin strap, and often a short bill that is commonly turned up at the front to show the lining (often fleece or fur). It is often worn with goggles. It may be made of other materials, such as felt.[1]

With the rise of motorsport and aviation at the start of the 1900s, leather was becoming a popular choice for protective gear from the cold and the engine noise.[2] It has many advantages that made it the ideal material for flying helmets: It is warm, durable, impermeable to liquids including water, flexible, and can be cut to curve around the head. It is wind proof and has the great advantage of not accumulating dust. It was also found that leather helmets offered some protection against fire.[2] Manufacturers of early flying helmets were Alfred Dunhill Ltd. and Gamages of London, England, and Roold in Paris.[2]

Female pilots in the early part of the 1900s were able to wear the same design of protective clothing, including helmets, as their male counterparts.[2]

British engineers led by Charles Edmond Prince added throat microphones and earphones into these helmets during World War I for hands-free communications in the noisy and windy environment of aircraft cockpits.[3][4]

With the advent of closed-cockpit airplanes, head protection became less necessary (Charles Lindbergh still wore a leather helmet when he crossed the Atlantic in 1927, though his Spirit of St. Louis monoplane had a closed cockpit).

In air forces, leather helmets were continuously used and developed. A well-known early leather flying helmet was the British Type B helmet, designed to accommodate earphones in pockets in the ear-flaps and easy to wear with oxygen masks and goggles.[2] The Imperial War Museum has several examples used in both World Wars, with detailed descriptions.[5][6] See illustration above of a Type B flying helmet that belonged to Spitfire delivery pilot Helen Kerly, now in the Thinktank, Birmingham Science Museum.

With the advent of jet fighters after the Second World War, solid plastic and, later, carbon fiber flight helmets replaced leather helmets in the cockpits of aircraft. Aviator's hats continue in popularity as a fashion accessory and winter headwear.

[edit]

See also

[edit]

References

[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Leather flying helmet

View on Grokipedia
from Grokipedia
A leather flying helmet is a protective head covering constructed primarily from durable , designed for aviators in open-cockpit aircraft to shield the head from extreme cold, wind, abrasions, and minor impacts during early . These helmets emerged in the early 1900s, adapted from motorsport gear, and provided essential insulation and wind resistance in unheated, exposed cockpits, while also offering limited due to leather's fire-resistant properties. By , the Royal Flying Corps standardized leather helmets like the Mk I model, made of soft leather with metal reinforcements, weighing around 211 grams and featuring a 540 mm for compatibility with and early communication devices. During the , designs evolved to integrate radio technology; the British Type B helmet, introduced around 1936, used chrome leather lined with , incorporating zippered ear flaps for telephone receivers and quick-release buckles for oxygen masks. In , leather helmets remained prevalent for their warmth in high-altitude flights, with the RAF's Type B serving as standard issue until 1941 and the U.S. Army Air Forces' Type A-11, standardized in 1943 from seal brown cape leather with chamois lining and rubber earphone mounts, becoming one of the most widely used models for head protection, radio integration, and oxygen system attachment through the . These helmets symbolized the rugged demands of pioneering , prioritizing functionality over modern impact absorption, and were worn by iconic figures from the era's air forces; they were largely phased out by the mid-20th century with the advent of enclosed cockpits and synthetic materials.

History

Origins in early aviation

In the nascent era of powered flight during the early 1900s, pioneers such as the encountered severe environmental hazards in open cockpits, including biting winds reaching speeds of around 30 miles per hour, frigid temperatures, and airborne debris that posed risks to unprotected heads. These conditions, exacerbated by the lack of enclosed cabins, compelled early aviators to seek basic protective headgear, initially drawing from everyday attire like flat caps worn backward during the Wrights' 1903 Kitty Hawk flights. By 1908, as speeds increased to 35-40 miles per hour in demonstrations by figures like Samuel Cody, the need for more robust insulation against cold at low altitudes of a few thousand feet became evident, prompting adaptations beyond simple cloth coverings. The first flying helmets emerged as simple hoods or caps repurposed from and automobile racing gear, leveraging soft leather's inherent flexibility to conform to the head while providing essential warmth in unheated . This material choice addressed the limitations of cloth, which offered insufficient barrier against and minor impacts, and quickly gained favor among experimental pilots navigating unpredictable flight paths. Early designs, such as those worn by during his 1909 English Channel crossing, consisted of supple leather constructions that prioritized comfort and thermal retention over rigid protection, reflecting the exploratory nature of aviation at the time. A pivotal early example was the Gamages Aviation Helmet introduced in 1910 by the London department store , in collaboration with aviator Samuel Cody, marking one of the first purpose-built options for pilots. This basic skull cap, adapted from the American Reach No. 0 football helmet design, featured a hard shell lined with thick felt padding for cushioning and insulation, enabling rudimentary during flights reaching altitudes of up to 10,000 feet where temperatures could drop sharply. Worn by pilots such as E.V.B. Fisher and Engle Hoff in competitions, it exemplified the era's minimalist approach, focusing on warmth and minor impact resistance amid growing enthusiasm. By 1914, a clear transition from cloth-based headgear to leather had solidified, driven by the latter's superior durability in withstanding exposure to engine oil, fuel spills, and harsh weather elements that degraded fabric alternatives during prolonged exposures. This shift laid the groundwork for more standardized designs as matured into wartime applications.

World War I usage

During , leather flying helmets became essential gear for pilots in open-cockpit biplanes, addressing the extreme environmental hazards of aerial combat. By 1916, the Royal Flying Corps (RFC) had standardized the cowl or hood-type leather helmet, which provided comprehensive head and neck coverage against wind and cold. Similarly, the Imperial German Air Service adopted comparable leather designs around the same period, marking a shift from pre-war experimental prototypes to mass-produced protective equipment for frontline use. These helmets were critical as aircraft routinely reached altitudes of 15,000 feet, where temperatures could drop to sub-zero levels, exacerbating risks during prolonged patrols and dogfights. The typical RFC helmet featured a soft construction forming a balaclava-like hood that extended to the shoulders, with a single face aperture adjustable via small neck straps for a secure fit. It included closeable ear flaps to mitigate noise from engine prop wash while allowing for basic auditory awareness, and was often lined with fur or fleece for insulation. German variants, such as the Fliegerhelm, were constructed from supple or black , frequently with six panels for shaping, roll-back earpieces secured by press-studs, and extended neck flaps to shield against drafts. Weighing approximately 0.5 to 1 pound, these lightweight designs prioritized mobility without compromising the pilot's ability to maneuver in tight cockpits. In practice, the German "Ledermütze" style helmet was particularly favored by pilots, offering rudimentary cushioning against minor crashes and backwash during low-level flights. Overall, these helmets significantly improved pilot survival by providing thermal insulation that helped prevent frostbite incidents in high-altitude operations, though their soft construction offered limited defense against gunfire or high-impact collisions.

Interwar and World War II developments

During the , advancements in aviation technology, including faster aircraft and the integration of radio communication, prompted refinements to leather flying helmet designs. The British Royal Air Force introduced the Type B helmet in 1936 as a standard issue for , building on earlier patterns with dedicated pockets in the ear flaps to securely house telephone receivers, facilitating clearer audio transmission during flights. Constructed from dark brown with a lining for comfort and a layer of padding for insulation, the Type B was specifically engineered for compatibility with the Type D , allowing seamless attachment without compromising fit or functionality. This design addressed the growing needs of pilots operating in open cockpits at higher speeds and altitudes, where wind noise and cold exposure were significant hazards, while incorporating brief adaptations from ear flap foundations for basic protection. World War II accelerated these developments, particularly for high-altitude operations in bombers and fighters, where extreme cold and communication demands required enhanced insulation and wiring. The (USAAF) standardized the Type A-11 intermediate leather flying helmet in August 1943, featuring a goatskin outer shell, lining, and integrated wiring for radio receivers and throat microphones, enabling pilots to maintain contact amid engine roar and oxygen deprivation. Complementing this, the A-14 leather helmet variant, produced by manufacturers like Bradley-Goodrich, incorporated lining to withstand temperatures as low as -40°F in unpressurized high-altitude environments, providing thermal protection for bomber crews on long missions over and the Pacific. These helmets evolved from interwar prototypes by adding external radio leads and reinforced stitching, prioritizing durability against vibrations and impacts while retaining the leather's natural fire resistance and abrasion protection. During World War II, the German Luftwaffe utilized soft leather summer flying helmets known as Sommerfliegerkopfhaube, such as the LKp S-101 model, particularly for test pilots during summer flights in 1942. This lightweight, net-lined leather cap featured ear flaps and padding for radio headphones. It was often paired with goggles like the Flieger-Schutzbrille model 295 equipped with clear lenses. A notable application occurred in , where leather helmets were issued to pilots aboard the USS Intrepid in during carrier-based operations in the Pacific, safeguarding against cockpit fires, strikes, and deck abrasions during intense launch and recovery maneuvers. The A-11 and similar models saw large-scale production to equip expanding air forces, with the A-11 alone becoming one of the most widely utilized helmets of the war due to its reliability in diverse combat scenarios. By 1943, these designs had matured into essential gear, balancing protection, communication, and comfort for the era's demanding .

Post-war evolution

Following , leather flying helmets, which had reached their peak during wartime with designs like the A-11, began a rapid decline as aviation technology advanced into the . In the late , initial post-war models such as the K-1 "Splitshell" retained components for padding and earphone covers, often combined with rigid metal frames or phenolic resin shells to provide basic in early jets like the P-80 Shooting Star. However, these canvas-leather hybrids proved inadequate for the demands of supersonic speeds, where leather's weight and heat retention exacerbated pilot discomfort and limited mobility in pressurized cockpits. By the early , full synthetics like fabrics and shells emerged in the P-series helmets (e.g., P-1 in 1948, evolving to P-4B by 1959), prioritizing lighter materials for better impact absorption and thermal regulation during high-altitude ejections. Despite the shift, leather helmets persisted in niche roles through the 1950s and 1960s, particularly in training aircraft such as the T-6 Texan or P-51 Mustang, and cold-weather operations where their insulation remained valuable. For instance, adapted P-series designs with leather elements were used in Alaskan environments to combat extreme low temperatures during missions. The introduction of the HGU-2/P helmet in 1959 marked the beginning of the end for leather-based models, as it incorporated advanced synthetic liners and visors, leading to the attritional phase-out of older types by the early 1960s. These WWII-era leather designs represented the last major iteration before this transition, with synthetics fully supplanting them in standard USAF inventory. In the , leather flying helmets have no ongoing production, with original manufacturing ceasing by the late as specifications for models like the P-4B were canceled in 1969. Their legacy endures through occasional revivals in vintage aircraft restorations, where enthusiasts replicate or refurbish WWII and early post-war examples using salvaged leather parts for historical authenticity in civilian flights. Impact-absorbing foams and composite materials have since dominated, rendering leather obsolete for contemporary needs.

Design and features

Materials and construction

Leather flying helmets were primarily constructed from soft, flexible such as goatskin and , selected for their , warmth, and pliability in harsh environments. These materials were often chromium-tanned to enhance resistance to and oils while maintaining flexibility, allowing the helmet to conform to the wearer's head without cracking under repeated use. Construction typically involved hand-stitching multiple panels to form a domed shape, with the B Type helmet featuring six vertical panels joined along a central ridge for structural integrity and a secure fit. Chin straps, often adjustable with buckles, secured the , while some designs included neck gussets for added coverage and comfort; interiors were lined with , velvet, or to provide cushioning and insulation. These linings improved thermal regulation compared to unlined alternatives, particularly in cold high-altitude conditions. Early designs before were often unlined or minimally padded to prioritize lightness and ventilation in open-cockpit , adapting from motorsport helmets for basic wind protection. By , models like the USAAF B-5 incorporated full linings for superior insulation against extreme cold, while maintaining shape through reinforced leather construction despite prolonged wear. Overall, these helmets offered robust resistance to wind and abrasion but were susceptible to over time if not properly maintained.

Protective and functional elements

Leather flying helmets incorporated several core protective elements to safeguard pilots from environmental hazards encountered during flight. Padded interiors, often lined with or chamois-covered cushions, provided insulation against extreme cold at high altitudes, helping to mitigate the risk of in sub-zero conditions typical of unpressurized . These paddings also offered minor cushioning against incidental impacts, such as contact with cockpit struts or canopy frames during turbulent maneuvers. Additionally, the helmet's close-fitting design, featuring wide ear flaps and a snug construction, acted as a wind baffle to reduce and debris intrusion, enhancing overall environmental shielding. Communication integrations became a key functional feature in leather flying helmets starting in the post-1930s era, particularly with the adoption of radio-telephone (RT) systems. Models like the USAAF A-11 included built-in rubber ear cups to house receivers such as the ANB-H-1, along with wiring channels and grommets for routing cables through the helmet's structure. This setup enabled clear audio transmission and reception in cockpits where noise levels could reach up to 120 dB from engines and propellers, allowing pilots to maintain vital coordination during missions. Accessory compatibility further enhanced the helmets' operational utility, with integrated straps and fasteners designed for secure attachment of essential gear. Adjustable chin straps and rear cinches allowed aviator goggles to be firmly positioned over the helmet, protecting against wind blast and glare, while press studs or wire hook tabs accommodated oxygen mask seals, such as the A-14 model, ensuring an airtight fit at altitude. In World War II bomber crews, specific variants featured additional clips or adapters for microphone assemblies, like the T-30 throat mic, facilitating hands-free communication in multi-crew environments. Despite these advancements, leather flying helmets had notable limitations in protection scope. They provided no ballistic resistance against shrapnel or gunfire, prioritizing environmental shielding from cold, wind, and noise over crash or impact . This design focus reflected the era's demands, where open or semi-enclosed cockpits amplified the need for such elemental defenses.

Usage and applications

Military aviation roles

Leather flying helmets served as essential headgear for military pilots during , where they were standard issue for U.S. Army Air Service aviators operating in open cockpits during dogfights and missions, offering basic protection against wind, debris, and cold at altitudes up to 10,000 feet. These helmets, typically constructed from soft with linings, were worn by fighter and bomber pilots to maintain focus amid extreme environmental stresses, transitioning into roles where they supported operations in both open and semi-enclosed cockpits across theaters like the European and Pacific. In , the U.S. Army Air Forces (USAAF) relied heavily on leather helmets such as the Type A-11, standardized in 1943, for fighter pilots escorting bombers on long-range missions; for instance, pilots flying the P-51 Mustang used these helmets during high-altitude intercepts over and in the Pacific theater, where the integrated ear flaps accommodated radio receivers for coordinating attacks. The helmets' design features, including snap attachments for ANB-H-1 receivers, enabled effective in-flight communication essential for squadron tactics in dogfights and strikes against enemy positions. Beyond combat, leather flying helmets were standard issue for flight instructors, navigators, and support crew in training programs through the 1950s, with the A-11 providing durability for repeated use in simulated high-altitude scenarios. Produced in large quantities by manufacturers such as J.G. Menihan Corp., these helmets enhanced pilot endurance in cold conditions, with shearling-lined variants suited for temperatures encountered at 20,000 feet, though they offered limited insulation against extreme icing without supplemental heated suits. Leather helmets also saw use in other nations' air forces, such as the British during with models like the Type B, and in Allied forces for similar protective roles in early jet and propeller aircraft.

Civilian and recreational contexts

In the and , leather flying helmets saw early adoption in civilian aviation through barnstormers and air racers, who frequently repurposed surplus military helmets for aerobatic shows and exhibition flights. These helmets, often featuring soft leather construction with fur or linings, were prized for their lightweight design—typically weighing 6 to 10 ounces—which provided comfort during prolonged open-cockpit exposure to wind and cold without restricting head movement essential for stunts. Following , recreational pilots owning vintage aircraft, such as Stearman biplanes, continued to employ flying helmets to maintain authenticity and offer practical protection against propeller blast in open cockpits. The helmets' durable exteriors helped shield pilots from debris and airflow during low-altitude joyrides and , aligning with the era's emphasis on heritage recreation rather than modern safety mandates. In contemporary settings, warbird enthusiasts and airshow pilots favor high-fidelity replicas of leather flying helmets for events like the Experimental Aircraft Association's (EAA) AirVenture Oshkosh, where they enhance the historical ambiance of flying restored military-era aircraft. Many incorporate these replicas to evoke the golden age of while participating in demonstrations and fly-ins. For safety in civilian and recreational applications, leather flying helmets often feature custom linings, such as or inserts integrated with active systems, to mitigate engine and wind noise in non-pressurized cabins. However, these helmets are not FAA-certified for high-impact crash protection, prioritizing stylistic and functional elements over rigorous impact standards applicable to certified gear.

Cultural and historical significance

Iconography in media and symbolism

The leather flying helmet has emerged as a potent icon in 20th-century media, frequently symbolizing the audacious heroism of aviators in films and documentaries. In Philip Kaufman's 1983 film The Right Stuff, based on Tom Wolfe's book about the early U.S. space program, the helmet is depicted as essential gear for test pilots like Chuck Yeager, underscoring the perilous transition from propeller-era aviation to jet flight and evoking the raw determination of those who pushed technological boundaries. Similarly, it appears in World War II documentaries and aviation narratives, such as those chronicling the Tuskegee Airmen, where it represents not only practical protection but the courage of pilots breaking racial barriers in segregated units like the 99th Pursuit Squadron. As a cultural symbol, the leather flying helmet embodies the bravery of early pioneers, particularly during the Lindbergh era, when solo transatlantic flights captured global imagination as feats of individual resilience. Charles Lindbergh's brown helmet, lined with rabbit fur and featuring a buckle chin strap, was worn during his 1927 nonstop New York-to-Paris flight—covering 3,610 miles in 33 hours and 30 minutes—and subsequent goodwill tours across the Americas, transforming it into an emblem of solitary endurance against extreme cold, wind, and isolation. The helmet's rugged construction further signifies unyielding toughness, mirroring the pilots' defiance of mechanical and environmental hazards in open cockpits, a motif that extends to later depictions of in lore. During , the helmet featured prominently in propaganda materials and visual records, associating it with Allied aerial triumphs and encouraging enlistment by glorifying pilots' valor in combat skies. Its image in posters and newsreels reinforced narratives of victory, with the helmet often framing aviators as resolute defenders against Axis forces. This symbolic role has evolved from newsreels documenting Lindbergh's exploits—which popularized aviator headgear among the public as a mark of adventure—to contemporary media, preserving its nostalgic allure as a badge of aviation's heroic past.

Collectibility and modern replicas

Authentic World War II leather flying helmets, such as the U.S. Army Air Forces Type A-11 model, are highly sought after by collectors and command prices ranging from $100 to $1,500 (as of 2025) at auctions and online marketplaces, depending on condition, provenance, and associated accessories like headphones or goggles. For instance, well-preserved A-11 helmets with original wiring and receivers often sell for $100–$250 on platforms like eBay, while rarer named or battle-worn examples can exceed $1,000 through specialized militaria dealers. The market sees hundreds of such items traded annually via eBay and collector forums, reflecting sustained interest among aviation enthusiasts and historians. Preservation efforts for these artifacts are critical due to the natural degradation of over decades, with institutions like the in maintaining examples from the Imperial German Air Service dating to . These helmets, over a century old, are stored in climate-controlled environments to mitigate issues like cracking and brittleness, typically at relative humidity levels of 45–55% and temperatures around 18°C (64°F) to stabilize the organic materials. Similarly, World War II-era pieces held by undergo controlled storage to prevent moisture-induced deterioration, ensuring longevity for educational and research purposes. Modern replicas of leather flying helmets have gained popularity for reenactments, film productions, and aviation displays, produced by companies such as What Price Glory and Fivestar Leather since the late 1980s. These reproductions closely mimic originals using goatskin exteriors, chamois linings, and vegetable-tanned leather for durability and historical fidelity, often featuring functional elements like earphone pockets accurate to wartime specifications. For example, What Price Glory's A-11 replica, priced around $85, incorporates period-correct stitching and hardware for use in airshows and living history events. Other firms like Rothco offer WWII-style models with adjustable straps and suede interiors, emphasizing authenticity while meeting modern safety standards for non-combat applications. Collecting these helmets presents challenges, particularly in verifying authenticity amid a market where reproductions and outright fakes constitute a notable portion of offerings on secondary sites. Experts recommend examining details such as stitching patterns, manufacturer stamps (e.g., Spec 3189 on A-11 models), suppleness, and for genuineness, as inferior fakes often exhibit modern glues or inconsistent aging. Professional services and comparisons to exemplars help mitigate risks, especially for high-value WWII pieces.

References

  1. https://www.aerosociety.com/media/4847/a-brief-history-of-flying-clothing.pdf
  2. https://www.iwm.org.uk/collections/item/object/30013526
  3. https://www.iwm.org.uk/collections/item/object/30015973
  4. https://www.rafmuseum.org.uk/documents/LargePrintGuides/Headgear%20-.pdf
  5. https://vintageaviationnews.com/warbird-articles/collector-corner-a-guide-to-wwii-usaaf-flying-helmets.html
  6. https://airandspace.si.edu/collection-objects/helmet-flying-type-11-united-states-army-air-forces/nasm_A20010456000
  7. https://www.wyso.org/commentary/2014-09-26/the-history-of-flying-hats
  8. https://talesfromthesupplydepot.blog/wp-content/uploads/2021/09/the-first-purpose-designed-aviators-helmet.pdf
  9. https://www.historicflyingclothing.com/en-GB/rfc-interwar-flying-helmets/rfc-cowl-flying-helmet/prod_15683
  10. https://www.awm.gov.au/collection/C157361
  11. https://www.rafbf.org/news-and-stories/raf-history/danger-flight
  12. https://www.historicflyingclothing.com/ww1-imperial-german-flying-helmet_item_14253
  13. https://derrittmeister.com/products/wwi-german-leather-aviator-s-helmet
  14. https://www.iwm.org.uk/collections/item/object/30097999
  15. https://www.antiqueweaponstore.com/product/%25EF%25BB%25BFgerman-wwi-leather-flying-helmet/
  16. https://www.markhillier.net/Royal-Flying-Corps-Kit-Bag.php
  17. https://airandspace.si.edu/stories/editorial/halloween-horrors-air-13-terrifying-images-aero-fashion
  18. https://www.flightgear.ch/raf-b-type-i
  19. https://military-collectibles.munk.org/wwii-usaaf-a14-leather-flight-helmet.25271.11790.html
  20. https://www.oldnautibits.com/stock_php/infopage.php?catalogue=AHG&stocknumber=PC223&frompage=share
  21. https://www.historicflyingclothing.com/luftwaffe-model-295-flying-goggles_item_14442
  22. https://intrepid.emuseum.com/objects/21173/us-navy-winter-flight-helmet
  23. https://cfhelmets.com/storage/app/media/blogs/A_History_of_US_Aircrew_Flight_Helmets_and_collecting_flightgear.pdf
  24. http://www.salimbeti.com/aviation/helmets10.htm
  25. https://heritageflightgeardisplays.wordpress.com/2011/08/06/early-usaf-flight-helmet-post-ww2/
  26. https://www.precisionflighthelmets.com/
  27. https://whatpriceglory.com/blogs/aaf-a-11-leather-flight-helmet/
  28. https://airandspace.si.edu/stories/editorial/study-stearate-growth-anne-morrow-lindbergh
  29. https://www.quora.com/What-was-the-purpose-of-leather-pilot-helmets-in-WW2-if-they-didnt-protect-from-impact
  30. https://apps.dtic.mil/sti/tr/pdf/ADA444706.pdf
  31. https://www.vintageflyinghelmets.com/radio-communications-accessories
  32. https://www.iwm.org.uk/collections/item/object/30150930
  33. https://www.nationalmuseum.af.mil/Visit/Museum-Exhibits/Fact-Sheets/Display/Article/197415/regulation-us-army-air-service-pilots-flying-outfit-wwi/
  34. https://commons.erau.edu/cgi/viewcontent.cgi?article=1405&context=jaaer
  35. https://www.flyingtigerantiques.com/wwi-early-1920s-leather-pilot-helmet-with-goggles.html
  36. http://heritagebiplane.com/
  37. https://www.eaa.org/eaa/aviation-interests/eaa-warbirds-of-america
  38. https://www.flighthelmet.com/product/PR55-HGU55KL.html
  39. https://campbellaeroclassics.com/
  40. https://gibson-barnes.com/collections/leather-cloth-helmets
  41. https://www.arkansasairandmilitary.com/post/artifact-friday-leather-flight-helmet
  42. https://airandspace.si.edu/collection-objects/helmet-flying-charles-lindbergh/nasm_A19330033001
  43. https://www.theguardian.com/world/2016/nov/01/charles-lindbergh-lost-flying-helmet-for-sale-auction-paris
  44. https://www.norwichbulletin.com/story/news/local/2016/11/12/historically-speaking-in-age-lindbergh/24562473007/
  45. https://www.ebay.com/itm/235585682801
  46. https://www.ww2collectorsworld.com/head-gear-uniforms/us-a-11-flight-helmet
  47. https://www.jessensrelics.com/USHG/USHG-015.html
  48. https://www.ebay.com/shop/a-11-helmet?_nkw=a%2B11%2Bhelmet
  49. https://www.ebay.com/b/Pilot-Helmets/66528/bn_55191658
  50. https://www.vintageflyinghelmets.com/latest-listings
  51. https://www.iwm.org.uk/collections/item/object/30015894
  52. https://www.nps.gov/subjects/museums/upload/MHI_AppS_LeatherSkin.pdf
  53. https://jcms-journal.com/articles/10.5334/jcms.3972
  54. https://www.nationalww2museum.org/preservation-artifacts
  55. https://whatpriceglory.com/products/6335-aaf-a-11-leather-flight-helmet/
  56. https://www.fivestarleather.us/collections/b2-caps
  57. https://onlinemilitaria.net/products/6335-aaf-a-11-leather-flight-helmet/
  58. https://www.rothco.com/product/rothco-wwii-style-leather-pilot-helmet
  59. https://www.forbes.com/sites/petersuciu/2021/10/31/fakes-remain-a-problem-in-world-of-antiques-especially-militaria--can-youtube-solve-the-problem/
  60. https://www.ebay.com/itm/256868346188
  61. https://www.usmilitariaforum.com/forums/index.php?/topic/224647-flight-helmet-identification/
  62. https://ss-steel-inc.com/authentications/
Add your contribution
Related Hubs
User Avatar
No comments yet.