If you are looking for a lightweight backpacking tent that does not cost a fortune, the Naturehike Mongar 1 is almost impossible to ignore.
The Mongar series has built a strong reputation among budget-conscious hikers because it attempts to combine low weight, compact packing, reasonable weather protection, and a more livable interior than many ultralight shelters. But there is an important question behind all the positive feedback:
Is the Naturehike Mongar 1 actually worth carrying into the backcountry?
After years of camping, backpacking, and evaluating outdoor equipment, I would describe the Mongar 1 as a value-oriented backpacking tent with an unusually practical design, rather than a true ultralight shelter. It makes several sensible compromises to achieve its price, but those compromises become more noticeable when conditions become demanding.
This review looks beyond the basic specifications. We will examine its weight, interior space, ventilation, waterproofing, wind performance, setup, durability, livability, three-season suitability, and overall value. More importantly, we will discuss what those specifications actually mean when you are standing in the rain after a long day on the trail.
Naturehike Mongar 1 at a Glance
The Mongar 1 is a compact one-person, double-wall backpacking tent designed primarily for three-season hiking, trekking, camping, and lightweight outdoor travel.
Depending on the production version and included accessories, specifications can vary slightly, so it is always worth checking the exact version before purchasing.
| Feature | Naturehike Mongar 1 |
|---|---|
| Tent type | Freestanding double-wall backpacking tent |
| Capacity | 1 person |
| Typical packed weight | Around 1.5 kg, depending on version/accessories |
| Construction | Inner tent + rainfly |
| Pole material | Aluminum alloy |
| Typical use | 3-season backpacking and camping |
| Design priority | Low weight + reasonable livability |
| Best suited for | Solo hikers, budget backpackers, weekend trips |
| Main limitation | Not an extreme-weather or true ultralight shelter |
The most important point here is the double-wall construction.
A single-wall shelter can save weight and simplify the design, but a separate inner tent and rainfly generally provide better management of condensation and precipitation. For many backpackers, that makes a modest weight increase worthwhile.
The backpacking tent market is divided into several broad categories.
At one end, you have ultralight tents optimized around minimum trail weight. At the other end, you have heavier traditional camping tents designed around comfort, durability, and family use.
The Mongar 1 sits somewhere between these philosophies.
It is not trying to win a gram-counting competition. Instead, it attempts to answer a more practical question:
How much comfort can you get without carrying a traditional camping tent?
That is an important distinction.
A tent that weighs 800–1,000 grams may look fantastic on a spreadsheet, but if you spend a lot of time sitting inside because of rain, wind, bugs, or early darkness, interior usability becomes part of the performance equation.
This is where the Mongar 1 has an advantage.
The Mongar 1 uses a conventional double-wall, freestanding architecture.
The basic system consists of:
An inner tent
A waterproof rainfly
Aluminum poles
Pole clips or sleeves
Guyline attachment points
A dedicated floor
A vestibule for equipment storage
Mesh sections for ventilation and insect protection
This is a sensible architecture for general three-season backpacking.
Why double-wall construction matters
When you sleep inside a tent, you continuously release moisture through breathing and perspiration. A person can produce a surprising amount of water vapor during a night of sleep.
If that vapor encounters a cold surface, it can condense.
A double-wall tent gives moisture another pathway to escape: warm, humid air can move through the inner mesh and circulate beneath the rainfly rather than immediately collecting on the sleeping surface.
It does not eliminate condensation, but it can make it much easier to manage.
For humid forests, mountain valleys, shoulder-season trips, and rainy environments, that is a meaningful advantage.
Weight is probably the first specification backpackers look at.
The Mongar 1 is generally around the 1.5 kg class, depending on the exact version and what is included in the packed weight.
For perspective, consider a simple backpacking shelter comparison:
Around 1 kg: genuinely ultralight territory
1–1.3 kg: lightweight backpacking
1.3–1.7 kg: moderate lightweight range
Above 2 kg: increasingly comfort-oriented for solo backpacking
These categories are not official standards, but they are useful when thinking about trade-offs.
At approximately 1.5 kg, the Mongar 1 is light enough for backpacking but not a gram-counting ultralight shelter.
For a weekend trip, this distinction may barely matter.
For a 100-mile or 200-mile hike, however, repeatedly carrying an extra 300–500 grams can become noticeable.
The more useful question
Instead of asking, "Is 1.5 kg light?" ask:
What am I getting for those extra grams?
If the additional weight provides:
A more usable interior
A proper rainfly
A separate vestibule
Better bug protection
Freestanding convenience
More practical ventilation
Greater weather versatility
then the weight may be entirely reasonable.
This is one of the Mongar 1's strongest arguments.
This is where the Mongar 1 performs better than its basic price category might suggest.
A solo backpacking tent should not simply be large enough to fit a sleeping pad.
You also need room for your sleeping bag, clothing, backpacking pillow, water bottle, electronics, and occasionally wet clothing.
More importantly, you need enough headroom to change clothes and sit upright.
The Mongar 1's geometry gives a solo camper a reasonably functional sleeping area rather than an extremely narrow "sleeping tube."
What does livability mean in a backpacking tent?
Livability is more than floor dimensions.
A useful way to think about tent livability is:
Livability = usable floor area + headroom + access + ventilation + storage + movement
A tent with a large floor but poor headroom can feel cramped.
A tent with excellent peak height but narrow walls can also feel restrictive.
The Mongar 1 attempts to create a balance between these factors.
For one person, the interior is comfortable enough for:
Sleeping on a standard backpacking pad
Sitting up
Organizing small items
Changing some clothing
Waiting out moderate rain
Keeping essential gear close
That last point is important.
A backpacking tent is not just a place to sleep. During a storm, it becomes your temporary living environment.
One of the most useful features of any backpacking tent is a vestibule.
Why?
Because your sleeping compartment should ideally remain:
dry + clean + uncluttered
while your dirty or wet equipment stays outside the sleeping area.
A vestibule gives you somewhere to place:
Hiking shoes
Backpack
Wet rain jacket
Trekking poles
Water bottles
Small cooking or camp equipment, when safe and appropriate
This can dramatically improve the experience of a small tent.
Without a vestibule, even a spacious one-person shelter can quickly become chaotic.
With one, you can maintain a much cleaner separation between living space and gear storage.
One of the strengths of a freestanding design is that you do not need perfect ground conditions to establish the basic tent structure.
A typical setup sequence is:
Select a relatively flat campsite.
Clear sharp rocks and branches.
Lay out the tent body.
Assemble the poles.
Connect the poles to the tent body.
Attach the rainfly.
Align the fly with the doors and vestibule.
Stake the corners.
Add guylines when wind or weather requires them.
Adjust the tension so the fly remains separated from the inner tent.
For beginners, the most important lesson is not to over-tension the shelter.
A tent should be taut enough to prevent excessive fabric movement, but pulling every guyline as tightly as possible is not automatically better.
Excessive tension can increase stress on:
Pole attachment points
Webbing
Seams
Clips
Fabric panels
Good campsite setup is a balance between stability and controlled tension.
Condensation is one of the most misunderstood topics in camping.
Many campers see water droplets inside a tent and assume:
"The tent is leaking."
Often, it is not.
Condensation occurs when moist air inside the shelter contacts a surface that has cooled below the air's dew point.
Common causes include:
Cold nights
High humidity
Wet ground
Rainy weather
Sleeping near water
Poor airflow
Keeping the tent completely closed
Breathing inside the shelter
A person can exhale hundreds of milliliters of water over the course of a night through respiration alone, although the exact amount varies substantially with temperature, activity, and individual physiology.
How to reduce condensation in the Mongar 1
Even a well-designed tent can develop condensation under the wrong conditions.
Use these techniques:
1. Maximize airflow
Open available vents whenever weather allows.
2. Keep the rainfly properly tensioned
The fly should not unnecessarily press against the inner tent.
3. Avoid pitching directly beside water
Lakeshores, riversides, and low depressions can have higher humidity and colder overnight temperatures.
4. Choose a slightly elevated campsite
Air movement is often better on a small rise than in a sheltered hollow.
5. Dry wet gear before bedtime
Do not bring unnecessary moisture into the sleeping compartment.
6. Wipe condensation in the morning
A small microfiber cloth can remove a surprising amount of moisture before packing.
This is an outdoor skill worth learning regardless of which tent you use.
Waterproofness is not determined by one number.
Tent performance in rain depends on several factors:
Fabric waterproof rating
Seam construction
Seam sealing
Floor design
Rainfly coverage
Pitch quality
Wind direction
Drainage around the campsite
How the fabric is maintained
Many lightweight tent fabrics use a hydrostatic-head measurement to describe resistance to water penetration.
A fabric rated around 3,000 mm hydrostatic head, for example, has substantially greater laboratory water resistance than a fabric rated at 1,000 mm.
However, a higher hydrostatic-head number does not automatically mean a better tent.
A backpacker should also consider:
fabric strength + coating durability + seam quality + construction + weight
There is always a trade-off.
A very thick waterproof fabric can be highly resistant to abrasion and water, but it will generally add weight.
A very thin fabric can dramatically reduce weight, but it requires more careful handling.
For ordinary three-season rain, the Mongar 1's double-wall architecture and rainfly make it a much more appropriate choice than many minimalist shelters.
But I would not classify it as a dedicated storm shelter.
There is an important distinction between:
"It can handle rain."
and
"It is designed for severe mountain weather."
Those are not the same thing.
For:
Summer backpacking
Forest camping
Moderate rainfall
Weekend trips
Established campsites
Three-season hiking
the Mongar 1 makes sense.
For:
Exposed alpine ridges
Severe winter storms
Heavy snow loading
Sustained extreme winds
Technical mountaineering
I would choose a purpose-built shelter.
A tent's wind performance is heavily influenced by how it is pitched.
Even an excellent tent can perform poorly if it is badly oriented or poorly staked.
Basic wind principles
Whenever possible:
Identify the prevailing wind direction.
Present the smaller end of the shelter toward strong wind.
Stake every important corner.
Use guylines when exposed.
Make sure the fly does not flap excessively.
Check pole connections before sleeping.
The purpose of guylines is not decoration.
They transfer some of the load from the fabric and pole structure into the ground.
This is especially important when the tent is exposed to gusty weather.
A useful campsite rule
The best wind-resistant tent is still dependent on the campsite.
A sheltered location behind natural terrain can dramatically reduce wind exposure.
That does not mean pitching directly underneath a dead tree, of course. Wind protection should never come at the expense of hazard awareness.
This is probably the area where experienced backpackers should have realistic expectations.
Lightweight tents use lightweight materials.
That means you should not treat the Mongar 1 like a heavy canvas camping tent.
The tent can be durable enough for normal backpacking, but longevity depends heavily on how you use and maintain it.
Five habits that can significantly extend tent life
1. Use a groundsheet when appropriate
A properly sized footprint can reduce abrasion between the tent floor and rough ground.
However, the footprint should not extend beyond the tent floor where rain can collect between the layers.
2. Avoid dragging the tent
Lift it instead.
Dragging creates unnecessary abrasion on fabric, floor coatings, and seams.
3. Keep poles under control
Never allow shock-corded pole sections to slam together repeatedly.
Small handling habits add up over years.
4. Dry the tent before long-term storage
Never store a damp tent for extended periods.
Persistent moisture can contribute to mildew, odors, and fabric/coating problems.
5. Pack carefully
You do not need to fold the tent into exactly the same configuration every time.
In fact, periodically varying how the fabric is packed can help avoid repeatedly creating the same sharp crease.
This is a more complicated question.
A tent can have a listed length that looks adequate on paper but still feel short when you account for:
Sleeping bag loft
Pillow
Sloping walls
Footbox space
Condensation concerns
Mattress thickness
If you are tall, do not look only at the maximum floor length.
Pay attention to where the usable vertical wall space exists.
For average-height solo hikers, the Mongar 1 should provide a reasonably comfortable sleeping environment.
For very tall backpackers, I would recommend physically comparing the tent's interior geometry with your sleeping pad and sleeping bag dimensions before purchasing.
This is especially important if you use a thick inflatable mattress.
The comparison becomes more interesting when price is removed from the equation.
| Category | Mongar 1 | Typical Ultralight Shelter |
|---|---|---|
| Weight | Moderate-light | Usually lighter |
| Interior comfort | Good | Often more restricted |
| Freestanding convenience | Strong | Varies |
| Double-wall protection | Yes | Varies |
| Condensation management | Generally practical | Depends heavily on design |
| Durability | Reasonable with care | Often requires careful handling |
| Price | Budget-friendly | Often considerably higher |
| Long-distance hiking | Suitable | Usually better for weight-focused hikers |
| Casual backpacking | Excellent fit | Can be unnecessary |
| Severe weather | Limited | Model-dependent |
The important takeaway is that lighter does not automatically mean better.
If you hike 5 miles to camp and spend 14 hours inside your shelter during bad weather, a little extra interior space can be worth more than saving a few hundred grams.
The Mongar 1 makes the most sense for several types of outdoor users.
1. Beginner Backpackers
If this is your first real backpacking tent, you probably do not need an expensive ultralight shelter.
The Mongar 1 gives beginners exposure to:
Double-wall tent design
Vestibule management
Guyline setup
Condensation control
Lightweight packing
Three-season campsite selection
That makes it a useful learning platform.
2. Budget-Conscious Hikers
This is arguably its strongest audience.
You can allocate money toward other important backpacking equipment such as:
A comfortable sleeping pad
A quality backpack
Proper rain gear
Insulated clothing
Navigation equipment
A reliable stove
A balanced backpacking system is usually better than spending most of your budget on one premium item.
3. Weekend Backpackers
For one- or two-night trips, a moderate-weight tent can be perfectly reasonable.
You may never notice the weight difference between a 1.0 kg shelter and a 1.5 kg shelter on a short trip.
4. Campers Who Value Interior Comfort
If you dislike extremely narrow shelters, the Mongar 1 becomes particularly attractive.
Its philosophy is closer to:
"Carry a little more, but live better."
That is a perfectly valid backpacking strategy.
The Mongar 1 is not perfect for everyone.
You may want another tent if you are:
A serious ultralight backpacker
If your goal is to reduce your entire base weight to the lowest practical number, 1.5 kg may be more than you want to allocate to shelter.
A winter camper
A three-season backpacking tent is not automatically a winter shelter.
Snow loading, high winds, prolonged freezing temperatures, and four-season ventilation requirements create different design demands.
An alpine mountaineer
For exposed high-altitude environments, specialized shelters are generally more appropriate.
Someone who prioritizes premium materials
Budget-focused tents inevitably make compromises in materials, finishing, hardware, or quality control compared with premium expedition-oriented products.
Pros
Good value for money
Reasonable backpacking weight
Double-wall construction
Useful vestibule
Freestanding-style convenience
Good livability for a solo shelter
Aluminum pole structure
Suitable for general three-season backpacking
Beginner-friendly design
More comfortable than many minimalist solo shelters
Cons
Not ultralight by modern gram-counting standards
Not intended as a severe-weather shelter
Lightweight fabrics require reasonable care
Specifications may differ between versions
Interior space may be limiting for very tall users
Budget construction cannot be expected to match premium tent finishing
Condensation can still occur in humid conditions
Now we can answer the main question.
Yes — if you want a practical budget backpacking tent.
The Mongar 1 is particularly compelling when your priorities are:
reasonable weight + reasonable comfort + reasonable weather protection + reasonable price
rather than absolute minimum weight.
That combination is difficult to achieve.
The biggest mistake would be judging this tent only by its weight.
A backpacking shelter is a system.
If a tent is 400 grams lighter but substantially less comfortable, more difficult to pitch, or less pleasant during a rainy afternoon, the "lighter" tent may not actually produce a better experience for every backpacker.
After looking at the tent from the perspective of long-term outdoor use, there are several areas where a next-generation version could improve.
1. Reduce unnecessary weight
The design could potentially move closer to the lightweight category without sacrificing its basic livability.
2. Improve ventilation control
More refined ventilation options would be useful for humid environments and shoulder seasons.
3. Increase material consistency
Budget products can benefit significantly from tighter manufacturing tolerances and more consistent quality control.
4. Refine storage
Solo backpackers often carry surprisingly large amounts of small equipment.
Better internal organization could make the living space feel larger without physically increasing the floor area.
5. Optimize the packed system
The difference between listed tent weight and real trail weight matters.
When evaluating a shelter, consider the complete system:
tent + fly + poles + stakes + guylines + footprint + stuff sacks
This is the number that actually goes into your backpack.
One of the most useful lessons for new backpackers is to stop thinking about weight in isolation.
Instead, calculate:
Shelter Weight ÷ Number of People
For a solo tent, the entire shelter weight belongs to one person.
For a two-person tent shared between two hikers, the poles and fly can potentially be divided.
This is why a two-person backpacking tent can sometimes offer better weight-to-livability efficiency than two separate solo shelters.
But if you regularly hike alone, a solo tent remains attractive because setup, footprint, and campsite requirements are simpler.
Buying a tent is only half the equation.
Your campsite technique can have a larger impact on comfort than many equipment upgrades.
Before setting up
Look for:
Flat or gently sloping ground
Good natural drainage
Protection from excessive wind
No dead branches overhead
No obvious flood channels
No animal trails or sensitive vegetation
Enough room for the complete shelter
Avoid pitching in a depression simply because it looks flat.
During heavy rain, low areas can become natural drainage channels.
During setup
Make sure:
The floor is reasonably tensioned
The rainfly is correctly aligned
The fly does not unnecessarily touch the inner tent
Stakes are properly oriented
Guylines are used when conditions warrant them
Doors can open without pulling excessively on the structure
Before going to sleep
Check the weather.
Then ask:
If the wind direction changes tonight, is my shelter still positioned sensibly?
This takes less than a minute and can prevent a lot of problems.
This deserves a clear warning.
Do not cook inside a closed or poorly ventilated tent.
Stoves can create:
Carbon monoxide
Fire hazards
Heat damage
Fabric ignition risks
Dangerous spills
Even when rain makes cooking outside inconvenient, a vestibule is not automatically a safe kitchen.
If you must cook in bad weather, follow the stove manufacturer's safety guidance and maintain substantial ventilation, but the safest approach is to cook outside the sleeping enclosure whenever possible.
Your tent should primarily be a shelter, not an indoor kitchen.
"Three-season" is sometimes misunderstood.
It does not simply mean:
summer + spring + fall = safe in all those conditions
A three-season tent is generally intended for conditions where severe snow loading and extreme winter storms are not expected.
That can still include:
Cold nights
Strong rain
Moderate wind
Frost
Shoulder-season conditions
But the boundary depends on location and weather.
For example, a cold autumn trip in a protected forest is completely different from an exposed mountain pass experiencing a late-season storm.
Always choose your shelter according to the expected conditions, not the calendar.
One of the biggest mistakes in outdoor gear discussions is searching for a single "best" product.
There isn't one.
Every tent balances:
Weight
Strength
Space
Weather protection
Ventilation
Durability
Setup complexity
Price
If you reduce weight, something usually changes.
If you increase space, something usually changes.
If you increase fabric strength, weight often increases.
If you demand extreme weather protection, weight and cost usually rise.
The best gear is therefore not necessarily the gear with the highest specification.
It is the gear whose trade-offs match your actual trips.
So, is the Naturehike Mongar 1 worth it?
For many backpackers, yes.
It is especially attractive if you want a shelter that sits between traditional camping comfort and ultralight minimalism.
Its strongest characteristics are not any single specification. Instead, they are the combination of:
reasonable weight, useful interior space, double-wall construction, practical weather protection, and accessible pricing.
It is not the tent I would choose for an expedition into extreme alpine weather.
It is also not the first shelter I would recommend to someone whose primary goal is achieving the lowest possible base weight.
But for a beginner backpacker, weekend hiker, budget-conscious outdoor enthusiast, or solo camper who wants a little more room to live, the Mongar 1 makes a compelling case.
My overall assessment
Best for: Three-season backpacking, weekend trips, budget-conscious hikers, and campers who value livability.
Less suitable for: Extreme weather, serious winter camping, alpine expeditions, and obsessive ultralight setups.
The key question is ultimately not:
"What is the lightest tent I can buy?"
It is:
"What shelter gives me the best overall experience for the trips I actually take?"
If most of your adventures involve hiking moderate distances, setting up camp before dark, cooking outside, sleeping comfortably, and occasionally spending a rainy afternoon under your shelter, the Mongar 1's balance makes a lot of sense.
And that leads to a broader idea that is becoming increasingly important in modern backpacking:
The goal isn't simply to carry less. The goal is to carry what matters.
About HillZero
HillZero is a premium outdoor design brand focused on Livable Backpacking Tents. Its philosophy is simple: Carry Less. Live Better. Rather than pursuing the absolute lowest possible tent weight, HillZero looks at the entire backpacking experience—from walking and arriving at camp to resting, organizing gear, staying dry, observing nature, and spending meaningful time in the backcountry.
The brand's core design question is: How can a backpacking tent be easier to carry, without making it harder to live in? This thinking shapes HillZero's Livable Backpacking approach, balancing carrying efficiency with space, ventilation, access, privacy, movement, and long-stay comfort.
Starting with the Scott 2P, HillZero is developing a different perspective on lightweight shelter design: Light enough to carry. Livable enough to stay. The goal is not simply to help backpackers go farther, but to make the time after arriving just as worthwhile.
HillZero — Livable Backpacking Tents.
Carry Less. Live Better.
Rethinking Backpacking. Beyond the Miles.