A Roof With A Story: The Strange, Sturdy History of the Trail Shelter

My cousin and I drug our feet the last few yards through the snow to get to the AT shelter. We had hiked for miles and every muscle ached. Our toes were frozen and numb, yet our backs were sweaty. It was late afternoon and my little thermometer read 0° F. A big snowstorm had dumped over a foot of snow on Virginia the night before, and we had just trudged through it all day.

We set up our sleeping bags in the shelter and sat down to cook dinner looking out over the little hollow we had to ourselves. The snow-covered ground made the forest so quiet it was equally beautiful and eerie. As we sat warming our feet by the fire and anticipating the warmth of our sleeping bags (those fellas at Western Mountaineering really know their stuff) we realized how grateful we were to have a shelter to keep the wind out. We wondered who built such a fine piece of craftsmanship.

The trail shelter's ancestor is the Adirondack lean-to (above), which grew out of the bark-and-log camps that hired guides threw up in the mid-1800s for wealthy clients who wanted to rough it, but only in the decorative sense. The design was simple and clever: a sloped roof, an open front, and a fire burning out front to bounce heat back inside. It was less a building than a very large reflector oven with people in it.[1,1a]

Then, in 1869, a Boston minister named William H. H. Murray published Adventures in the Wilderness, part guidebook, part sales pitch. City dwellers descended on the Adirondacks in the following seasons, many with more enthusiasm than skills. Locals took to calling them "Murray's Fools." This may be the first documented case of a book triggering a gear-and-destination boom, and it establishes a proud outdoor tradition: newcomers arrive, veterans roll their eyes, everyone ends up under the same roof anyway.

Not everyone romanticized the heavy, canvas-and-cast-iron approach. George Washington Sears, writing as "Nessmuk," preached the gospel of going light in his 1884 book Woodcraft, and he paddled a canoe that weighed about ten pounds. Almost a century before ultralight became a personality, someone was already counting ounces and being insufferable about it.

Here's a fact that Appalachian Trail purists forget: the AT was not the first long-distance trail in America. Vermont would like you to know, that Vermont did it first. Vermont's Green Mountain Club began cutting the Long Trail in 1910, more than a decade before Benton MacKaye proposed the AT in 1921, and it is generally considered the oldest long-distance hiking trail in the country. MacKaye's vision drew on it. The most famous footpath in America is, in a sense, a sequel.[2] (If you are curious why people even go camping, we get into it over in Why Do People Go Camping)

[Benton MacKaye, center, setting off on the trip he “first saw the true wilderness," c. 1897]

Shelters came with the territory. A trail that takes days to cross needs somewhere to spend the night, and clubs began building camps and lean-tos along the way. Then the Great Depression added an unexpected contributor. The Civilian Conservation Corps put young men to work on trails, cabins, and shelters in the Northeast and southern Appalachians, at a wage of $30 a month, $25 of which went home to their families. Some of the roofs you now huddle under were framed by teenagers who were, functionally, mailing their paychecks to their mothers. That's a better origin story than most gear companies can claim.[7]

Europe took one look at the mountains and decided that overnight travelers deserved dinner. Alpine huts there are staffed, stocked, and famously capable of producing soup at altitude. North America mostly went the other direction: an unstaffed roof, a logbook, and an unspoken agreement that you would take care of yourself and leave the place tidy.[3]

The great exception is the White Mountains of New Hampshire, where the Appalachian Mountain Club has operated huts since the late nineteenth century. Madison Spring Hut, built in 1888, is the oldest of them. Meals are served, and the crews who keep the huts supplied have long been known for hauling absurdly heavy loads up the mountain on their backs, reportedly approaching a hundred pounds.[4]

The contrast says something about culture. The hut model says: the mountain is dangerous, so we'll bring hospitality up to you. The lean-to says: the mountain is dangerous, so here's a roof, and the rest is your problem. Neither is wrong, but only one lets you complain about the food and have no one to complain to.

For much of the twentieth century, a tent meant heavy canvas, and a shelter meant you could leave it home. That mattered enormously to people with more enthusiasm than money. When Emma "Grandma" Gatewood walked the Appalachian Trail in 1955, at age 67, her kit famously included a plastic shower curtain for rain, and shelters and the kindness of strangers did the rest. A trail with a roof every ten or so miles let a person travel absurdly light, which is a form of design influence even if it doesn't come with a patent.

Then the counter-trend arrived. Crowded shelters, snoring, and mice (who treat every shelter as an all-you-can-eat buffet and every hiker as a delivery service) pushed a generation toward independence. By the 1990s, writers like Ray Jardine were popularizing tarps, quilts, and stripped-down systems, and lightweight nylon shelters got good enough that many hikers carried their own roof and barely used the one the volunteers built. The mice, meanwhile, arguably shaped an entire category of gear. Hanging food from a cord in the rafters, sometimes threaded through a tin can to make the mice's day harder, is folk engineering, and rodent-resistant food bags exist because of a very old rivalry.

So shelters didn't drive gear design so much as define its baseline. Every ultralight tent is, in some sense, a response to the question "why would I carry this when there's a perfectly good shelter fifteen miles ahead?" (The answer is usually "because of the mouse.")

The surprising part is how little the basic shelter has changed in 150 years. What changed is the environment around it. In snow country, roofs get steeper and walls sometimes appear; Vermont's enclosed camps are closer to tiny cabins than lean-tos. In the humid South, open sides stay open for ventilation. And then there are the two places where the design bent hardest.

At nearly 12,000 feet on Muir Pass in the Sierra Nevada, there are no trees to build with, so the Sierra Club built with what the landscape had in surplus: granite. The result, dedicated in the early 1930s, is a stone beehive of a shelter that looks like a very committed pile of rocks. It's built as an emergency refuge against sudden Sierra weather, and it has since become one of the more photographed shelters in the country, a distinction most rock piles never achieve.[5]

In Great Smoky Mountains National Park, bears are experts at reading a hiker's snack situation, and shelters there are sometimes fenced with chain-link across the front. A structure once defined by its open side now has a gate. The arrangement has, in effect, inverted the zoo: the humans are in the enclosure and the bears are the ones walking by to look. Other changes are about managing impact: raised sleeping platforms, privies, bear cables, and the occasional stern sign. The shelter itself is a durable little idea. What keeps evolving is everything built around it to cope with the fact that more people now want to use it.

Not everyone thinks shelters are an unambiguous good, and it's worth being honest about that. The 1964 Wilderness Act generally forbids permanent structures in designated wilderness, and shelters sit awkwardly in that framework. Land managers have to weigh whether a lean-to is a necessary administrative tool or a convenience that undercuts the idea of wild land. In some places, aging shelters have been handled case by case rather than automatically rebuilt.

The Leave No Trace argument cuts both ways. Critics say shelters attract crowds, concentrate waste, and encourage people to treat the backcountry like a slightly damp hotel. Defenders say a shelter is a designated sacrifice zone: a compact, managed footprint that keeps thousands of campers from trampling ten thousand different patches of forest. Both are reasonable, and the debate is as much about what we want backcountry to feel like as about soil compaction. What I find useful is that the debate exists at all. Nobody argues this fiercely about things they don't care about.

If you think a shelter is just a roof, consider what it takes to keep one standing. Trail clubs maintain Appalachian Trail shelters across fourteen states, and the Appalachian Trail Conservancy estimates that thousands of volunteers donate hundreds of thousands of hours a year to the trail overall. They replace rotted sills, rebuild privies, re-roof leaking corners, and haul materials in, sometimes by helicopter, more often by people. The rewards are a thank-you in a logbook and, if lucky, a hiker who genuinely appreciates it.[6]

I think the reason is that a shelter is one of the few things in outdoor culture built entirely for someone else. A tent is for you. A shelter is for whoever shows up soaked and shivering at 8 p.m. The builder will never meet them. That's a strange and rather beautiful thing to do with a weekend. It's also why the shelter logbook is one of backpacking's oldest social networks: a notebook in a jar, full of trail names, weather reports, bad poetry, and warnings about specific mice. It has no algorithm and a strict word limit, imposed by the pen.

So who built that shelter in the snow? Almost certainly someone you'll never meet, on a weekend they could have spent doing anything else, for a stranger they'd never see, on a night they'd never know about. That anonymity is more or less the design spec: build it well, sign nothing, and trust that someone cold enough will eventually show up to appreciate it. Two cousins at zero degrees did. Next time it's your turn, give the roof a nod, and check the logbook for mouse warnings.

By David F. Garner

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Sources:

1. National Park Service, Adirondack Camps National Historic Landmarks Theme Study, National Register of Historic Places Multiple Property Documentation Form, updated 2007, accessed October 6, 2026, https://www.nps.gov/subjects/nationalhistoriclandmarks/upload/Adirondack-Camps-Context-Final-508-Compliant.pdf.

1a. Joe, “Shelter in the Woods: The Story of the Adirondack Lean-To,” Adirondack Mountain & Stream Guide Service Blog, April 23, 2026, accessed October 6, 2026, https://adirondackmountainandstream.com/blog/shelter-in-the-woods-the-story-of-the-adirondack-lean-to-4-23-2026/.

2. Green Mountain Club, “The Long Trail,” accessed October 6, 2026, https://www.greenmountainclub.org/the-long-trail/.

3. International Climbing and Mountaineering Federation, “Mountain Huts,” accessed October 6, 2026, https://www.theuiaa.org/mountain-huts/.

4. Appalachian Mountain Club, “White Mountain Huts,” accessed October 6, 2026, https://www.outdoors.org/destinations/huts/.

5. Sierra Club, “John Muir Memorial Shelter,” accessed October 6, 2026, https://vault.sierraclub.org/john_muir_exhibit/geography/california/muir-shelter.aspx.

6. Appalachian Trail Conservancy, “Appalachian Trail Conservancy,” briefing, U.S. Department of State, accessed October 6, 2026, https://www.state.gov/briefings-foreign-press-centers/appalachian-trail-conservancy.

7. New Georgia Encyclopedia, “Civilian Conservation Corps,” accessed October 6, 2026, https://www.georgiaencyclopedia.org/articles/history-archaeology/civilian-conservation-corps/.

Photo credits:
1)Susan Ruggles
2) Winslow Homer

From Lanterns to Headlamps: A History of Portable Light

What did people use to see in the dark before headlamps? In this article, we will explore the history of camping lighting, from campfires and candle lanterns to Coleman lanterns, flashlights, and modern LED headlamps. It is a fascinating story that begins like all good camp stories, around the campfire. 

In the early days of recreational camping, most campers relied on the natural light provided by their fire, or the moon on a bright night to see after dark. A modest fire can provide light equivalent to about one hundred candles. Until modern times, many tents were made of white or light-colored canvas, and the campfire was often built near the tent to provide warmth all night. The light-colored material reflected some of the fire light, amplifying its brightness. Although fires provide enough light for most after-dark tasks, they are not portable.

Candles and oil wicks filled the role of portability and were most useful inside lanterns or tents. Although they could be extinguished with a strong gust of wind, they were more resilient than many who live today assume. Lanterns, while commonly used, were heavy, bulky, and often fragile.

Soldiers, hunters, and mountaineers often carried lanterns and preferred designs with durable construction and small-size or folding parts for better portability. Some examples include pocket folding lanterns (pictured at right), skater-style lanterns, and punched tin lanterns, which had a tin frame with small holes punched to allow the light through in lieu of glass or mica.

Skater lanterns were simple oil lanterns with a compact design and thick glass which made them popular with ice skaters who used them to light their path as they glided across the ice. This term eventually became synonymous with a small oil lantern. In contrast, punched tin lanterns were not intended for nighttime travel. They were intended as candle transporters such as between the house and barn or between two tents in camp. The holes provided just enough illumination to walk carefully while preventing the candle from being extinguished by the wind.

All these lanterns could typically use oil or candles and often featured foldable components to improve packability. Despite these advancements, they remained bulky by today’s portable light standards.

Lighting technology was advancing rapidly at the dawn of recreational camping. In less than a century, portable outdoor lighting evolved from ancient methods to the electric flashlight. Lighting technology had historically depended on burning fat, oil, or beeswax. Before the Civil War, beeswax candles were quite expensive, especially for working-class individuals. Whale oil was also usually too expensive for the working class. So, they typically relied on tallow, vegetable oil, or some other animal-derived fat.

Advances in refining crude oil transformed the lighting landscape in the nineteenth century. By the mid-century, paraffin and mechanized manufacturing had significantly lowered the cost of candles. Kerosene emerged as a new, low-cost alternative to animal oils eventually supplanting them by the 1870s. Lantern technology progressed quickly over the second half of the nineteenth century.

Outdoor recreation brought new demands that required specialized lighting technology. The journey from lanterns to headlamps happened more quickly than you might expect. We will begin by looking at the early authors who first informed city dwellers about how to camp for fun.

William H.H. Murray published Adventures in the Wilderness in 1869 and launched the outdoor recreation movement. His book was part adventure narrative part guidebook. He writes to a broad audience and recommends they hire a guide to lead them into the wilderness. Thus, his instructions are limited on the topic of gear. He assumes the professional guide will manage many of these things. So, he does not mention lighting options for camp.

Instead, Murray spends a few pages discussing a light source for night hunting and fishing as he knew this was a popular reason many of his readers would hire a guide. He describes his invention of a headlamp used for hunting deer only, not hiking. Here is an excerpt.

“Having in seasons previous experienced the disadvantages of the old jack [synonym for lantern], I determined to invent and construct one which should absolutely overcome all these imperfections. This is what I hit upon. I took a common fireman's hat, and, having the rim removed, had the crown padded with wadding, and lined with chamois-skin. I caused a half-moon lantern of copper to be made with a concave bottom which fitted closely to the hat, and was fastened thereto with screws. Through the top of the hat a hole was made large enough for the burner to pass; the lamp itself, containing the oil, was fitted and held by brass studs to the crown, between it and the head. In the back side of the lantern was placed a German-silver reflector, heavily plated. The screw which lifts and lowers the wick was connected with a shank that projected through the side of the lantern, so that by a touch of the finger the light might be let on or cut off. A large, softly padded throat-latch buckled the jack firmly to my head. Observe the advantages of this jack over the old style. Being enclosed by an air-tight glass front, it might be used in a tornado. When floating for deer you could turn the wick so low down that no light was visible, and when one was heard you could run down toward him, and, with your finger on the adjusting screw, turn on the light just when you wanted it, and not an instant before, and this too without a moment's pause. If the deer was on the jump, it made no difference. The reflector was so powerful, that, if you turned the wick well up, it made a lane some three rods wide and fifteen rods long as light as day, and the jack being on your head, the blaze was never off the leaping deer, whose motion your eye would naturally follow, and as your head turned, so, without thought or effort on your part, turned the jack.”1 (edited for grammar to improve readability) Here we see Murray experimenting with a head-mounted light. His contraption was never patented so far as can be found, but he was well ahead of his time.

John M. Gould authored a comprehensive camping guide How To Camp Out, published in 1877. He was not too keen about the lanterns available in his day. He recommended candles to his readers. He advised packing a candle stand or if unavailable, “…use your pocket-knife, putting one blade in the bottom or side of the candle, and another blade into the ground or tent-pole.”2

In 1873 John H. Irwin patented his cold-blast tubular lantern. The Dietz Company licensed the rights to sell Irwin's design and sold it as the now-famous Hurricane lantern (pictured at top). It used a flat wick--a novel concept at the time--to burn kerosene. Its safety features and ability to remain lit in higher winds made it extremely popular for outdoor lighting, earning its hurricane moniker. It became a popular choice of lantern for campers until the Coleman came along.

Imagine leaving camp before dawn to check a trap line or stalk deer through the timber. A full-size hurricane lantern would illuminate the way, but carrying one felt like hauling a piece of the kitchen into the woods. For outdoorsmen who wanted something smaller, Dietz introduced the Boy lantern in 1879. Styled after the compact skater lanterns already familiar to many Americans, it provided a practical compromise between brightness and portability.

George Washington Sears, known as Nessmuk, also commented on portable lighting options. By the time Woodcraft and Camping was published, sportsmen could purchase ready-made oil lamps that could be mounted on hats. Sears referenced Murray's description in his book. However, it is unclear what Murray’s light looked like. It likely resembled the reflector oil lamps common in the late nineteenth and early twentieth centuries.

One example of such a lamp is the Ferguson Excelsior Universal Lamp (above) which was designed to be small and bright. It had a reflector behind the flame to concentrate the light in one direction. It was universal because various mounts could be purchased to attach it to a boat, a bicycle, a carriage, or a hat. It could be easily carried to light the trail as Sears recommends. It could also be hung from a pole to light a tent.

One fascinating element of this story is the Hitchcock lamp (below). Although it is not well known today, it uniquely addressed some of the problems of oil lamps. The lantern globe offers a decent barrier from crosswinds that could extinguish the flame. More importantly, it acts as a chimney providing an updraft of air that comes from below the flame allowing it to burn cleanly and brightly.

The downside of globes is that they are made of fragile glass. The Hitchcock lamp eliminated the need for a globe by incorporating a wind-up fan beneath the flame. It was advertised in Ladies Home Journal to women as a sturdy lamp suitable for camping.3

The Handbook for Boys published in the U.S. in 1911 includes a candle in the camp packing list. It also warns against reading by candlelight in bed due to the risk of fire if the user falls asleep. The Handbook suggests a carbide lamp, specifically the Baldwin Camp Lamp, for group camping. This style of lamp burned acetylene gas and was invented in 1900 by Frederick Baldwin.

The carbide lamp (below) was primarily used by miners and cavers, but it also found popularity among backpackers and outdoorsmen well into the 1970s. Notably, Gene Epsy, the second person to through-hike the Appalachian Trail carried one instead of a flashlight.4

Another popular lantern model in the early twentieth century was the Dietz Scout, which was based on the earlier Boy model. The Scout was a small oil lantern first sold in 1921. It was designed for portability and was popular among Boy Scouts, Girl Scouts, hunters and backpackers. Learn more about them here. 

No history of camping lanterns would be complete without discussing Coleman. W.C. Coleman began his lamp business in 1900. He did not invent the technology behind his lamps, the incandescent mantel which burned pressurized gas. It was first patented by Carl Auer von Welsbach, an Austrian inventor, in 1884. It represented a huge leap in light output.

Imagine pulling into a roadside campground in 1914. As darkness settles over the tents, someone pumps pressure into a Coleman lantern and suddenly floods the campsite with brilliant white light. To campers accustomed to candles and dim oil lamps, it must have seemed almost miraculous. Coleman released the Model L (also referred to as Model 316) as their first lantern in 1914. The model quickly gained a glowing reputation among farmers and campers alike.

A backpacker in 1926 faced an odd choice. He could carry a candle, little changed from those used centuries earlier, a kerosene lantern descended from Victorian technology, or one of the strange new carbide lamps that produced acetylene gas on demand. For the first time, lighting technology was evolving fast enough that two hikers standing beside the same campfire might be using devices separated by generations of innovation.

By the 1930s, many campers wanted Coleman brightness without carrying a heavy lantern better suited to a farm wagon than a backpack. In 1933, a Boy Scout flipping through the pages of Boy's Life might have encountered an answer: the Coleman 242 Junior (left). It delivered 150 candlepower of the brilliant white light that made Coleman famous in a package small enough to appeal to hikers, scouts, and canoe travelers.8 

The Coleman 242 represented the cutting edge of camp lighting in the 1930s. Yet not every backpacker wanted the complexity, weight, or fuel consumption of a pressurized gas lantern. For many outdoor travelers, the humble candle remained an attractive alternative: less light, but also less weight.

In 1919, Danish patent number 24,426 was issued for a candle lantern that became truly ground-breaking by solving one of the technology's fundamental shortcomings. It featured a spring under the candle pressing it upward into a funnel. This design allowed the flame to remain stationary and ensured all wax was consumed. For backpackers on multiday trips, every bit of wax mattered.

Candle lanterns offered a few other advantages. They cast a softer, cozier light and could warm a small tent on a cold night without the risk of scorching the fabric the way larger lanterns sometimes could. By the 1950s, the spring candle lantern had matured into a compact, collapsible design and became a favorite of mountaineers and backpackers on both sides of the Atlantic. One man still saw room for improvement.

In the early 1980s, Gary Klees set out to refine the design further, work that eventually helped produce the UCO candle lantern, a model that remains popular more than forty years later. Klees first sold his design under the brand Early Winters. Eventually, the Klees design dropped the Early Winters label and became the UCO lantern.

Despite their popularity, candle lanterns have some drawbacks. When hung in a small tent, they are prone to being bumped and jostled which often results in wax running down into the spring mechanism, gumming it up. This necessitates frequent cleaning to remove wax buildup. One effective solution is to replace the candle with an oil reservoir converting the packable candle lantern to an oil lantern. Today, many people prefer LED lanterns for their simplicity and low risk, resulting in a decline in candle lantern's prevalence in camp.28

One of the most convenient flame lanterns ever produced may have been the Coleman 5154 A 700 which operates on propane or butane fuel. It entered the market in the early to mid-1980s and featured a piezo igniter. It had two mantles and could be ignited without a match or lighter in just one half-turn of the knob making it nearly as simple to use as an electric lantern.

Propane lanterns provide more light relative to the fuel weight, than liquid fuel lanterns, although they require thicker-walled containers, which diminishes most of the weight advantages. The main appeal of propane lanterns is their simplicity. This was especially true in past decades since propane was more expensive when first introduced.

In contrast, liquid fuel lanterns require pouring and regular pumping to pressurize the tank. The liquid fuel also poses a risk of leaking into the pack. Propane is more convenient and has a smaller learning curve. It’s hard to determine which fuel type sold more units. Both propane and liquid fuel lanterns were popular through the late 80s, 90s and 00s.

Open the pack of a backpacker in 1982 and there was a good chance you would find a compromise between old and new: a compact gas lantern small enough to carry into the backcountry but bright enough to illuminate an entire campsite. One popular example was the Coleman Peak 1 model 222 which was released in 1981. Renowned guidebook author Johnny Molloy, carried one in his pack for years.5

Primus also manufactured small lanterns over the latter decades of the twentieth century. The 2220 (below to right) is mentioned by Fletcher in The New Complete Walker as the clear winner among available backpacking lanterns. It weighed one pound four ounces including the fuel tank. It was a compact single-mantle propane lantern.

Coleman later produced a competitor named the Compact (model 2000026392) which boasted 300 lumens as stated on the box. This model experienced some success and is still available. These small propane lanterns offered two advantages to backpackers: convenience and space savings. However, they offered minimal weight advantages over liquid fuel lantern models due to the heavier propane tanks.

Butane canisters were generally lighter thanks to thinner walls. Converters could be purchased that enabled propane lanterns to connect to butane fuel tanks beginning in the 1970s. Butane has one major drawback: it does not function well at temperatures below the mid-40s Fahrenheit, which leads many campers to prefer propane lanterns for their versatility.

An obvious solution would be to mix the fuels into one canister. Unfortunately, U.S. law prohibited this until around 1989. Mixed butane/propane canisters had been commonplace in Europe and other regions for many years prior to that change. When the law was amended, European manufacturers were ready to enter the U.S. market.29 These canisters became popular in the 1990s thanks to the ultralight movement and updated laws. They offered all the advantages of propane while being lighter than the standard one-pound propane canisters. An early example of these lanterns sold in the U.S. is the Camping Gaz Bivouac 270.6

Today, Primus sells a couple of models using these canisters and Fire-Maple makes a model also called Orange. These have not achieved widespread popularity as most people prefer LED lanterns or classic two-mantle flame lantern, which provides more light and a nostalgic look. 

Electrification

For centuries, carrying light meant carrying a flame. Then something extraordinary happened. The first electric flashlight was invented by David Misell and patented in 1899. The invention of the flashlight permanently changed portable light technology. Conrad Hubert purchased the patent to be sold by his company as the No. 1. This company would later become the well-known Ever Ready, and later, Eveready. Misell’s design featured a tubular shape that was easy to hold, with a body made of stiff cardboard covered by leather.

Initial models had limitations, as they provided brief "on" periods lasting a moment or two. The switch had to be held in the “on” position, and if released, would revert to “off.” They were initially popular with city police who patrolled on foot to search alleyways and streets at night. They were advertised to the public and the first catalog described them as useful for minors, hunters, plumbers, physicians, etc.9

These handheld flashlights had moderate success from the beginning despite their limitations. However, the number 1 only had a brief time in the spotlight and was quickly overshadowed by upgraded models.

In 1903, a sportsman heading into the woods could purchase an Eveready Comet (below), designed by Morris Newgold, and produce light with the press of a switch. The beam was weak by modern standards, but the idea felt almost magical. No matches. No fuel. No smoke. Just light on demand.

This flashlight had an all-metal construction and a unique spring blade switch that could be held down to provide momentary light or be turned 90 degrees to the “on” position. The Comet was the first light marketed directly to outdoor enthusiasts with an ad appearing in Field and Stream Magazine on May 2, 1903, under the heading "Sportsman’s Flashlight." It sold for $2.00 and stayed in Eveready’s catalog until about 1920 as an “economy” model. (Flashlights pg 109)10 The Comet remained virtually unchanged through this time.

 
In 1907 Eveready introduced a tungsten filament bulb to their line of flashlights. These new tungsten filament bulbs lasted longer and produced a brighter beam compared to prior carbon filament versions. Eveready also introduced several models with metal bodies, significantly improving durability over the original paperboard construction. Despite these advancements, the early models were still limited by the technology of the day, or instance, the batteries had a shelf life of only nine months. Nevertheless, campers took to these newfangled electric torches quickly despite their limitations.11 

By 1915 Eveready boasted 75 different models in their offerings. So it is unlikely a single model can be identified as the most influential or responsible for converting the masses to electrify their camp lights. This same year, Eveready began a marketing campaign strategy that targeted campers by regularly placing ads in outdoor recreation-focused publications like Field and Stream, Outdoor Life, and Rod and Gun in addition to publications with a broader audience. Most of the ads feature a different model in their line.

Some advertisements claim that all their models are water- and oil-proof. However, today it might be more accurate to refer to them as water-resistant as few of their models were watertight enough to withstand full submersion.

The brand marketed to both men and women. The model 4706 (right) was advertised in Ladies Home Journal as compact enough to fit in a handbag yet powerful enough for any nighttime needs, even in camp.7

Two models featured prominently in the advertisements are particularly noteworthy because they are easily recognizable as flashlights. Models 2659 (left) and 2633 both have a cylindrical body with a flared head where the bulb sits. This form factor eventually became the standard design for nearly all handheld flashlights. Plus, these models seem to be featured most often in advertisements across both the United States and Canada.

Outdoor Life magazine printed a lengthy article in 1916 that illuminated readers of the merits of an electric flashlight in camp. The piece was authored by famed outdoor writer Robert Page Lincoln. Endorsements from popular outdoor writers like Lincoln fueled the transition from flame to filament.12

Various Scouting magazines ran ads for flashlights, and some camping guidebooks of the interwar years recommended them alongside other lighting options. By at least the 1930s, Boy Scout leaders expressed concern that young people and some adults were unfamiliar with operating flame lanterns because they primarily used electric portable lights. Full electrification of all light sources in camp was still many decades away, however.13

One of the most recognizable and iconic flashlights in history is the World War II-era angle-head GI flashlight. It was the standard issue light source for U.S. troops during that global conflict and proved to be durable, continuing to serve throughout the Vietnam War. Where did it originate?

The inspiration for the light begins in 1923 when a man named Charles Osean filed a patent for a flashlight with an elbow design. He added a clip on the back of the head so it could be hooked on a pocket or mount. Osean’s design became the Eveready model number 2694 and was made of brass. The Eveready flashlight was released around 1925. 

If you attended a Boy Scout camp in the late 1920s, chances are good you would have seen one hanging from a belt or pack strap. It could easily be carried hooked on the belt or pack strap to provide light for the trail, or set on the ground to illuminate camp. It was so popular among the Scouts, Eveready released a Boy Scout branded model in 1927, model number 2697 (left).

In the late 1930s, the U.S. military released the TL-122 which was a copy of the Eveready number 2697. Then in 1939, Eveready updated the Boy Scout model giving it a brighter bulb, altered switch design, and nickel plating for improved durability. This was model number 8527. In the same year, the military released the TL-122A, a new model painted in dark colors to prevent glare. This is the model that went to war with U.S. troops in 1941.

The U.S. military issued the TL-122B flashlight made with Bakelite plastic in 1943. This light quickly became the new standard issue flashlight of the U.S. military and soldiers coyly nicknamed it “moonbeam." During the Vietnam War, several significant upgrades were made and introduced in the 1960s under model number MC-99/U.14 This new model was manufactured by Fulton Industries which continues to make it today.

 
In the post-war years, these various military models were sold as surplus. They were cheap, reliable, and versatile. Thanks to their popularity with the Boy Scouts and veterans, they were one of the most popular electric lights in backpacks. This can be seen in camping guides of the era such as The Golden Book of Camping published in 1959 by Gordon Lynn.

Earl Shaffer carried an electric flashlight on his long trek as the first person to complete a long-distance through-hike in 1948. It is possible that he used a surplus GI flashlight, although his gear list in his book does not specifically mention a flashlight. His diary, however, reveals he carried one.15 

The TL-122 was more heavy-duty than many of its contemporaries. Most tubular flashlights made through the 1970s were constructed of metal. While metal construction provided sturdiness, it often made the flashlights susceptible to specific types of damage. The metal was frequently thin, easily bent, and prone to corrosion. As part of my research for this article, I purchased a flashlight made in the 1940s. When I showed it to my grandfather, I casually remarked, “They don’t make ‘em like that anymore.” He replied, “Thank God!”

A backpacker leaving camp after sunset in the 1950s likely wasn't carrying the tiny lights we know today. More often, the trail ahead was illuminated by a substantial metal flashlight powered by C batteries. One popular example was the Ray-O-Vac Sportsman, a model preferred by Colin Fletcher. The Sportsman appeared in ads beginning around 1953 and was slightly more rugged than most models.16 It remained a popular model for over twenty years.

For weight-concious hikers of the 1960s, the arrival of smaller AA-powered lights felt liberating. Fletcher praised one such model, the Mallory (below) which featured a new idea, an all plastic body. Fletcher praises the Mallory in his 1968 classic, The Complete Walker. He acknowledges that the larger C- and D-powered lights of the day were better for nighttime trail travel, but the Mallory was one of the lightest options and performed well in camp and tent. The Mallory became quite popular among backpackers through the 1970s.17

Fletcher reports the Sportsman would last one and a half hours on standard carbon-zinc batteries. This was quite short for a multiday trips. A flashlight and candle lantern were a common midcentury light strategy for solo hikers or small parties in lieu of a liquid fuel lantern.

Not everyone desired the higher weight of C and D battery-powered lights. Even before the Mallory, penlights were widely available and some backpackers found these sufficient when carrying a candle too. The 1962 book All About Camping recommends only a penlight and a candle in its packing lists, no other light source.

There were also electric lamps and lanterns available. Some chose to carry them whether for safety or convenience. Electric lanterns have been around since the 1910s. Eveready produced one of the first which was a kerosene lantern body with a lightbulb and battery compartment in the bottom rather than a wick and fuel tank.18 Electric lanterns were most frequently used in situations where they did not need to be carried far on foot. This is less to do with total weight and more to do with the light-to-weight ratio as the weight of available models was roughly similar.

Flame lanterns provided more light output per pound of weight compared to their electric counterparts. Additionally, batteries are more susceptible to cold temperatures than fuel. Modern batteries are better but still have this same limitation. Research by Phil Harris at classicpressurelamps.com indicates a typical tungsten filament incandescent bulb emits about 1.25 Candlepower (CP) per watt, although this could vary depending on many factors.

During the 1960s, an average electric lantern used a bulb of around 0.75 to 1.5 watts, such as the Mazda number 27. Using this conversion, a battery lantern from that era may have emitted less than 2 CP. Research from voltlighting.com and the Federal Trade Commission website suggests that a typical tungsten filament bulb produces about 15 lumens per watt. That means these lanterns were only producing about 20-25 lumens total.

Ads for the single-mantle Coleman lanterns claim they produce around 150 CP and around 400 lumens. Thus, it is easy to see why flame lanterns were the first choice for backpacking. This also explains why directional electric lanterns were more common than omnidirectional ones as the limited light output could be concentrated where desired.

The Eveready Dalphin (left) is a very influential model of a directional electric lantern. It was first introduced in 1967 as an orange, waterproof, floating, lantern with an all-plastic construction. It used a large battery like other electric lanterns of the era to increase run time. A couple of years later, the color was changed to yellow and has remained so ever since. Over the years, it has been improved and updated and still has a following more than 50 years later, thanks to its high durability and low cost.19

Eveready introduced the first mass-market fluorescent lantern in 1968. Fluorescent tubes are more energy-efficient than incandescent bulbs, meaning they could produce more light. These lanterns gained some popularity among campers. From the 1970s to the early 00s, Coleman and various other brands also produced fluorescent lanterns.

Some of the first mass-market heavy-duty and water-resistant flashlights went on sale in the 1970s. Kel-Lite was one of the pioneers in this category. MagLite models hit stores in 1979 and quickly gained a widespread reputation for durability. MagLite had several advantages over Kel-Lite including its adjustable focus beam and rubber-protected switches. Flashlights were becoming more powerful and more rugged. Backpackers everywhere rejoiced. 

If you opened a backpack in 1985, there was a fair chance a Mini MagLite would tumble out. The flashlight was small enough for a pocket, rugged enough for backcountry use, and bright enough to make older penlights seem obsolete. Introduced in 1984, the Mini MagLite quickly became one of the defining lights of its era.

Earlier Kel-Lite and MagLite models were relatively heavy because they ran on C- or D-cell batteries. The Mini MagLite used two AA batteries and a milled aluminum body, producing about 5-8 lumens of light. It was also waterproof because of its twist-on mechanism instead of a traditional switch.

Accessories abounded, such as a head strap, to make it even more versatile. The Mini Mag enjoyed widespread popularity for decades as a favorite among campers, rescue personnel, and national park rangers.20 It became popular as a weapon-mounted light with military forces.21

Plastic became the new material of choice for inexpensive flashlights. Consumers made their wishes clear by avoiding these models in favor of heavy duty Mag-style lights. This compelled other manufacturers to improve the durability of their products. Coleman and Ray-O-Vac opted to add a rubber casing around the plastic body of their lights. Coleman's Armor Clad line is one example many backpackers from the 1980s recall well. Thankfully, plastic technology progressed and became much more durable. Ray Jardine favored the AA model of the Ray-O-Vac Roughneck, which was about half the weight of the Mini Mag with similar performance.22 

Electric headlamps had been around for decades for both mining and recreational use. However, the limited battery technology meant large and heavy batteries. The batteries were so large they were mounted on a hip belt or in a pocket. One example is a the Hedlite model by Barney & Berry sold in the 1920s. While some backpackers lugged these into the wilderness, most preferred the more common tubular handheld variety. Headlights were a specialty item used for mountaineering, fishing, and other sports that always demanded two hands.

Modern hikers often take headlamps for granted, but the history of backpacking headlamps is surprisingly recent. Not long ago, every backpacker knew the frustration of trying to pitch a tent while holding a flashlight between their teeth. Fernand Petzl and his wife modified a mining headlamp by reducing the size of the battery pack. They mounted both the lamp and battery pack to an elastic garter Catherine found at a lingerie store. How French! This concept light became the Zoom headlamp which debuted in 1981. The Zoom headlamp freed both hands for hiking, cooking, and camp chores. It was not the first electric headlamp, but it helped establish the form factor that modern hikers now take for granted. However, this form factor needed one more upgrade before going mainstream.

In the early 2000s, a remarkable technological innovation illuminated the world: white LED bulbs. The transition from flame lanterns to LED camping lights represents one of the most significant changes in outdoor gear history. These bulbs significantly improved energy efficiency, enabling the use of smaller batteries and extending runtimes, making them a powerful ally in the fight against darkness. Another key advantage of LED bulbs is their longevity; they can last for thousands of hours, unlike traditional bulbs that typically last only dozens of hours. 

LEDs had been around for decades as small blue, red, and yellow lights, commonly found in compact flashlights used for reading maps or books. However, the invention of white LEDs presented a challenge for engineers for many years. In the late 1990s, there were a few white LED tubular lights available, but they were primarily the size of penlights and lacked the brightness needed for trail use.

Imagine arriving in camp in 2000 and realizing you no longer needed spare bulbs, spare batteries, or a backup flashlight for a weekend trip. For many hikers, the LED era began with lights like the Princeton Tec Matrix (left). This is believed to be the first mass-produced headlamp with LEDs. The model was waterproof and featured three high-output white LEDs. 

It has been estimated that the Matrix emitted about 25-35 lumens in total. While this is poor by modern standards, it felt like Star Trek technology at the time, especially considering it only needed two AA batteries. The real selling point for most consumers was the increased battery life. When using alkaline batteries, older technology, it lasted up to 40 hours. With more expensive lithium batteries, it lasted 90-100 hours. The Matrix model retailed for $49.99.23

When this model was first released, headlamps only accounted for a fraction of flashlight sales. Thanks to the LED, headlamps have quickly closed the gap and now rank as a close second to traditional tubular style flashlights.24

The introduction of waterproof LED headlamps has established them as the preferred choice for trail lighting. Over the past twenty-five years, there have been significant improvements in LED and battery technology. 

Today, light options are better than ever. A search on the REI website reveals that headlamps with light outputs of 350-400 lumens are available for around $50. The Petzl Tikka Core, for example, provides 450 lumens for $59.95. Most headlamps in the $20-30 price range offer 200-300 lumens, which is sufficient for trail use. Backpackers who grew up on penlights and Coleman lanterns rejoice!

A major advantage of LED technology is the ability to easily switch between output levels. Most flashlights come with 2 to 4 settings, with low settings around 7-10 lumens, medium settings around 100 lumens, and a maximum output for brighter needs. Some users have suggested these models may come with too much light. The beauty is that they combine the light output of the personal light and lantern combo used decades ago. One can use the low setting for close work and at the flick of a switch produce as many lumens as a Coleman single mantle lantern to see far away. Even more amazing are the rechargeable batteries. The days of spare batteries falling out of one's pack are long gone.

LED technology did not leave lanterns in the 20th century either. A truly ingenious innovation in came in 2010 with the LuminAID inflatable LED lantern (below right) that could be recharged with a built-in solar panel. It was designed by Anna Stork and Andrea Sreshta for deployment following natural disasters. The inflatable nature allowed more units to be delivered per shipping container.26 

Backpackers quickly saw the portability an inflatable lantern offered and the LuminAID saw some popularity among backpackers and adventurers. However, another lantern, the Luci, came on the market just two years later and stole the show. The most current model, the Pro 2.0, emits 150 lumens and can recharge from sunlight alone in twelve hours.

Today, you can occasionally find a weight-conscious backpacker who ventures into the great outdoors armed with no other light than their smartphone. The cellphone flashlight mode is made possible by LED and was popularized on the Apple iPhone 4 (below).

This idea appears brilliant on the surface, but it is a step backwards in many ways. It is cumbersome to hold while trying to cook or set up camp in the dark, even more than a traditional tubular light. If the battery dies or it gets lost, this could spell disaster. One has lost their light, and if dedicated to the ultralight philosophy, they have also lost their camera, map, compass, and means of calling for aid. Combining all these tools into an electronic Swiss army knife does save weight but at considerable risk for minimal gain.

The smartphone’s built-in flashlight will not replace the standalone light just yet. Perhaps in the future, we will see all these features packed into smart glasses. This could allow us to leave our “heavy” headlamps at home and still have two hands to set up our tent or roast our marshmallows.

In 2013, Ann Makosinski, a 15-year-old student, invented a flashlight with no power source. Her invention used only body heat transmitted from the hand holding the device to power the dim LEDs. This was a fascinating feat of engineering. However, it was not very practical as it only produced 24 lumens and was sensitive to ambient temperature.27 It is an honorable mention because it inspired future research and demonstrates humans will continue to innovate light technology. 

The history of camping lighting mirrors the broader history of outdoor recreation itself: a continual search for lighter, brighter, safer, and more portable gear. Today's LED headlamp is brighter than an entire campsite's worth of lighting from Murray's era. Yet something has been lost. Modern hikers rarely gather around a lantern the way earlier campers did. The yellow glow of a candle lantern or Coleman mantle created a center for camp life. LEDs conquered darkness, but they changed the atmosphere of camp as surely as they changed its brightness. Whatever technology the future holds, it will be bright. The challenge for future campers will not be finding better technology but deciding what kind of camp life they wish to illuminate.


Other articles to explore on the history of camping:

A History Of Camper’s Love-Hate Relationship With Electronics 

Twisted Hickory: A Story of The Walking Stick 

A History Of Backcountry Water Filters and Treatment

Outdoor Conservation Ethics Through Time

Life Advice From Gear Instruction Manuals

The Case For Owning A Two-Way Radio

The History of the Humble Disposable Plastic Bag

By David F. Garner

Disclaimer: this article primarily discusses influential technology within the United States.

Sources:

1. William HH Murray, pg 172-173
2. John M. Gould, How To Camp Out, 1877.
3. Ladies Home Journal 1892-12 Vol 10 Iss 1 pg 38 see at Internet Archives. jeffcowiki.miraheze.org/wiki/Hitchcock_Lamp
4. https://thetrek.co/appalachian-trail/backpacking-gear-changes-through-decades/
5. https://www.google.com/books/edition/Trial_by_Trail/KMGyqfdrEbYC?hl=en&gbpv=1&dq=coleman+lantern+backpacking&pg=PA76&printsec=frontcover
6. https://books.google.com/books?id=5d4DAAAAMBAJ&pg=PA61&dq=campingaz+bivouac+270&hl=en&sa=X&ved=2ahUKEwiW87GB87uKAxUGm7AFHS7nBA4Q6AF6BAgEEAI#v=onepage&q=campingaz%20bivouac%20270&f=false pg 61
7. https://archive.org/details/sim_ladies-home-journal_1915-04_32_4/page/n95/mode/2up?q=eveready 
8. https://books.google.com/books?id=Qt0cbt2XzGgC&pg=PA40&dq=No.+242+Coleman+Junior&hl=en&sa=X&ved=2ahUKEwiru9T955iKAxU8STABHYWCFQ8Q6AF6BAgGEAI#v=onepage&q=No.%20242%20Coleman%20Junior&f=false
9. (Flashlights pg 73)
10. Ibid. (Flashlights pg 109)
11. https://www.google.com/books/edition/Autocamping/lhbTaAHGFOYC?hl=en&gbpv=1&bsq=flashlight pg 105
12. https://archive.org/details/sim_outdoor-life_1916-06_37_6/page/586/mode/2up?q=eveready+tungsten+flashlight
13. https://books.google.com/books?id=5qXQAAoGynwC&pg=PA35&dq=eveready+kerosene+lantern&hl=en&sa=X&ved=2ahUKEwjBgZXzzoqKAxXm5ckDHW8HKS8Q6AF6BAgGEAM#v=onepage&q=eveready%20kerosene%20lantern&f=false see pg 35
14. https://en.wikipedia.org/wiki/Fulton_MX991/U_Flashlight
15. https://americanhistory.si.edu/documentsgallery/exhibitions/appalachian_trail_1.html
16. https://archive.org/details/sim_progressive-farmer_1953-02_68_8 see pg 46
17. The Complete Walker 1968 pg 221-225
18. https://gotalight.net/lanterns.htm
19. https://www.dolphintorches.com/about/
20. https://www.google.com/books/edition/Teewinot/Sm5-lJmZAeQC?hl=en&gbpv=1&dq=mini+maglite+war&pg=PA32&printsec=frontcover
21. https://www.google.com/books/edition/Day_of_the_Rangers/8ThpDwAAQBAJ?hl=en&gbpv=1&dq=mini+maglite+black+hawk+down&pg=PT240&printsec=frontcover
22. Ray Jardine, See his 1992 guide to hiking the PCT.
23. https://princetontec.com/about-history/
24. https://books.google.com/books?id=jpUs-DO5QkUC&pg=PA133&dq=headlamp+gaining+popularity&hl=en&newbks=1&newbks_redir=0&sa=X&ved=2ahUKEwj0wsbD85iKAxXCQTABHdCzFTsQ6AF6BAgMEAI#v=onepage&q=headlamp%20gaining%20popularity&f=false
25. https://books.google.ie/books?id=3OEDAAAAMBAJ&pg=PA144&dq=LED+headlamp&hl=en&sa=X&ved=
26. https://en.wikipedia.org/wiki/LuminAID?wprov=sfti1#
27. https://www.smithsonianmag.com/innovation/this-flashlight-is-powered-by-the-touch-of-your-hand-180950226/
28. Fire and Ice Cream: A History of Making Happier Campers by Bruce Johnson and Keith Jackson, Industrial Revolutions Inc, 2022.
29. "Gear We've Tried," Backpacker Magazine, June 1991, pg 68, accessed from https://books.google.com/books?id=geIDAAAAMBAJ&printsec=frontcover&rview=1&lr=#v=onepage&q&f=false
30. Tuan C. Nguyen, "This Flashlight Is Powered by the Touch of Your Hand," Smithsonian Magazine, March 24, 2014,  https://www.smithsonianmag.com/innovation/this-flashlight-is-powered-by-the-touch-of-your-hand-180950226/
31. Source of Coleman model years. https://intlccc.net/information/modelyear-reference/by-model/

 

Twisted Hickory: A Story of the Walking Stick

From time immemorial, homo sapiens have utilized sticks to augment their bipedalism. Moses used one in the Old Testament as has the Pope for centuries. A third ground support is just so darn useful. Walking sticks were the only option until the past 50 years or so. John Muir used one in the 1860s and Grandma Gatewood used one in the 1960s. Hickory was often prized as superior to other woods among sportsman and campers. If one could acquire a hickory stick with a twist or knots, all the more stylish.1

Walking sticks are not just a functional tool. They hold deep meaning and even offer a spiritual connection to some users. A walking stick adorned with a pumpkin and shell bearing a red cross have been a symbol of pilgrims walking the Camino de Santiago path in Spain since the Middle Ages. Walking sticks signal to others that we are on a journey, not just an afternoon stroll.

Lord Baden-Powell instructed Scouts to carry a walking stick in his 1908 Handbook for Boys (Boy Scout manual). He preferred a staff made of ash or bamboo and recommended garden tool handles for those that couldn’t find suitable wood in nature.2 Colin Fletcher also recommended bamboo poles 1.5 inches in diameter in his 1968 The Complete Walker book.

Historically, most hikers simply found their own sticks and broke them in on the trail. Some industrious souls carved their own. Wood poles did have a few drawbacks. First, the tips wore down and split, especially in rocky terrain. Once one’s pole split or broke, it was sometimes difficult to find a suitable replacement on the trail if trees were not plentiful. The second drawback was weight. A sturdy staff was also often fairly heavy and could tire the arm over many miles unless one was fortunate enough to access bamboo.

Hiking poles were especially popular in mountainous regions where hikers battled steep slopes and ice and snow. In some of these regions hikers dabbled in skiing in the winter time. So ski poles easily found their way into hikers hand and doubled as a superb hiking pole on the snow-strewn walking paths. After World War 2, when recreational skiing exploded in popularity, bamboo ski poles with metal or plastic tips became standard as the bamboo was lighter than most other woods. In the 1960s, skiers recognized their poles were handy on summer hikes also.

A bamboo pole was light, but it was never designed to arrest a stumbling backpacker carrying forty pounds down a steep mountainside. Karl Lenhart believed hikers needed something stronger. Drawing on aluminum ski-pole technology, he began experimenting with metal shafts that could withstand far greater abuse. He quickly noticed when not in use, ski or trekking poles are carried in the pack. Their length made them cumbersome. So, he installed a three-part telescoping system like a camera tripod leg to make them collapsible. He tested his own product during a successful summit of Mt. Everest. His design was sold by his family's company Leki. It worked so well his basic design is still dominant among hiking poles.3

Hikers suddenly had an option that was easier to pack away when scrambling over rock, stowing poles in dense brush, or strapping them to a backpack during long road walks. Trekking poles became popular in the rugged mountains among off-season skiers and mountaineers. Many hikers remained unconvinced. Why pay for a specialized aluminum pole when the forest supplied them for free? To traditionalists, trekking poles looked like yet another gadget in a hobby already filling packs with expensive equipment.

In 1988 Exerstrider arrived with their trend-setting Nordic walking sticks. Nordic walking was an off-season training fad that tread onto the fitness scene in the 80s and took it by storm. The Exerstrider poles were fixed length aluminum ski poles with fancy graphics and large rubber foot that gripped well on any terrain from dirt to pavement. Nordic walking promised to keep skiers in shape through the summer by engaging the arm muscles while walking for exercise.

Whether Nordic walking lived up to its claims or not, the Exerstrider made walking with modified ski poles cool, and by extension, hiking with them. Over the next decade the high tech hiking pole supplanted the wood stick as the de facto third ground support.

Ski pole technology has continued to trickle down to trekking poles over the decades. For example, the first widely successful carbon fiber ski pole was made in 1990 by Dave Goode of Goode Ski technology. Carbon fiber slowly found its way into trekking poles making them even lighter letting hikers save energy and go farther.4

Leki has continued to be a major influence and has introduced other innovations over the years. In 1982 Leki introduced trekking poles with a built-in shock system. Whether every hiker noticed the difference was debatable, but on long descents the poles no longer transmitted quite as much jarring force into the wrists, elbows, and shoulders. What had once felt like a rigid support now had a bit of spring to it. In 2009 they created a rapid release for the hiking pole hand strap that improves safety and allows more rapid adjustment on the fly. But they have not been on the forefront of every innovation.

In 2004 two friends started Trek Technologies LLC to sell one product, the TrekPod. This was a hiking stick designed for the selfie age! It combined hiking pole and foldout tripod, but its secret weapon was a magnetic camera mount which allowed quick connection and disconnection. This made it excellent for a quick trail side pause to snap wildlife or a selfie.5

In 2004, the digital point-and-shoot camera was common in nearly every house, Xanga (an early blog-style social media website) was gaining large numbers of users, MySpace was a year old, and the GoPro debuted. YouTube was only a year away. The stage was set for the selfie to become a cultural staple and the Influencer lifestyle to take over. The TrekPod was there to support every camera.

Sadly, it would never become the trekking pole of Influencers everywhere as some hoped. Sadly, it would never become the trekking pole of Influencers everywhere as some hoped. The TrekPod instead enjoyed a long but modest run of more than 18 years. Along the way, it quietly nudged the trekking pole market toward the digital age. Trekking pole selfie sticks have been around ever since. Leki and other big manufacturers began offering optional camera and smart phone mounts compatible with existing trekking pole models.

The cane-handled trekking pole represented an alternate branch of hiking-pole evolution. Rather than emphasizing the efficiency and athleticism of ski-derived trekking poles, it catered to hikers who viewed a pole primarily as a source of support and stability. For older hikers, those with a disability, and those accustomed to a traditional walking cane, the familiar grip could feel more natural than the sport-oriented handles found on most modern trekking poles. It is a unique design that reminds us that not every trekking pole innovation is aimed at speed or efficiency. Some are designed simply to help more people keep exploring the trail.

Whether you prefer the rugged durability of a hickory stick, or a modern high-tech option, walking sticks are here to stay. Improvements in grip shape, tip design, space-age materials, and locking mechanisms continue to make high-tech walking sticks lighter, stronger, and more comfortable. They can carry us farther and faster than ever before. Sadly, they still don’t carry the pack weight for us. Maybe one day though.

Appendix:

Notably in my research on this topic was the lack of discussion about walking sticks by early camping guide authors like William Murray, John Gould, or George Washington Sears. These giants produced some of the earliest and most important guides on camp craft, but all neglected this topic. Perhaps none of them preferred to use one, or else they deemed the topic too mundane for inclusion.

Walking sticks were so commonplace in the nineteenth century that some early outdoor writers may have considered them unworthy of discussion. Yet today, as hikers debate carbon fiber versus aluminum and compare locking mechanisms and grip materials, the humble walking stick has become a piece of gear worthy of entire articles. The silence of those early authors may tell us just as much about hiking culture as the equipment itself.

Sources:

1. https://books.google.com/books?id=5i09AAAAYAAJ&pg=PA120&dq=hickory+walking+stick+camp&hl=en&newbks=1&newbks_redir=0&source=gb_mobile_search&sa=X&ved=2ahUKEwit0NOokdmIAxV_pokEHVILByoQ6AF6BAgGEAM#v=onepage&q=hickory%20walking%20stick%20camp&f=false
2. Boy Scouts of America: The Official Handbook for Boys, 1913, New York Doubleday Page & Company, Pg 365
3. https://www.leki.co.uk/customer-care/the-history-of-leki#:~:text=1948%20%2D%20Karl%20Lenhart%20created%20LEKI,and%20baskets%20for%20ski%20poles.
4. https://backcountrymagazine.com/stories/carbon-fiber-forefather-dave-goode-passes-away/#:~:text=Goode%20founded%20his%20company%20in,fiber%20ski%20pole%20in%201990.
5. "History," accessed Sept, 19, 2024 viahttp://web.archive.org/web/20190125150535/http://www.trek-tech.com/company/history.html.