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Looking for the best jackets for embroidery? The right custom jacket should do more than display your logo. It should suit your team's work, the weather conditions they face, and your budget.
This guide explains the differences between water protection, wind protection, insulation, warmth, and breathability before comparing six popular types of custom embroidered jackets. We will also look at specific jacket styles available from Bolt Printing and explain what makes each type better suited for different uses.
Which Custom Jacket Is Best for Your Team?
Start with the environment where the jacket will be worn. Different jackets solve different problems, and a more expensive jacket is not automatically a better choice.
| Jacket Type | Best Use | Shop |
|---|---|---|
| Insulated Jackets | Cold-weather uniforms and outdoor crews | View Styles |
| Fleece Jackets | Indoor-to-outdoor layering and company apparel | View Styles |
| Puffer Jackets | Premium gifts and lightweight insulated outerwear | View Styles |
| Soft Shell Jackets | Everyday workwear and corporate uniforms | View Styles |
| Rainwear Jackets | Wet-weather crews, events and field staff | View Styles |
| Carhartt Jackets | Durable branded workwear for trades and field teams | View Styles |
Why Choose Custom Embroidered Jackets?
Custom logo jackets make employees easier to identify, help teams present a consistent appearance, and provide a useful piece of apparel that can be worn repeatedly. They are especially useful for contractors, property services, outdoor crews, corporate teams, sales staff, and employee appreciation programs.
Embroidery also gives many jackets a clean, professional finish. A compact embroidered company logo often works particularly well on structured outerwear, fleece, soft shells, insulated jackets, and work jackets.
Before choosing a jacket, though, it helps to understand exactly what manufacturers mean when they use terms such as water-repellent, waterproof, wind-resistant, breathable, insulated, 5K, 10K, and fill power.
Understanding Jacket Ratings: Water, Wind, Warmth & Breathability
Outerwear specifications can be confusing because several different measurements are often listed together. They are not different levels of the same thing.
A jacket can be extremely waterproof while providing very little insulation. Another jacket can be warm but offer limited protection from rain. A fleece can keep you comfortable in calm conditions but lose much of that advantage when cold wind passes through the fabric.
Water protection measures how well a jacket prevents outside moisture from reaching you. Wind protection describes how much moving air can pass through the material. Warmth depends largely on insulation and how effectively the jacket retains warm air. Breathability describes how effectively moisture vapor produced by your body can escape.
Water Protection: Repellent vs. Resistant vs. Waterproof
These terms sound similar, but they describe different levels and methods of water protection.
Water-Repellent
Water-repellent usually describes the behavior of the outer surface of a jacket.
Many jackets use a Durable Water Repellent treatment, commonly called a DWR finish. This encourages droplets to bead up and roll away rather than immediately soaking into the face fabric.
A water-repellent finish does not automatically make a jacket waterproof.
Water-Resistant
A water-resistant jacket is designed to prevent some water from passing through the garment, but it is not intended to provide the same protection as dedicated rainwear.
These jackets are generally better suited for mist, drizzle, brief showers, and short periods outdoors.
Given enough rain, pressure, or exposure time, water can eventually penetrate a water-resistant jacket.
Waterproof
A waterproof jacket uses a membrane, laminate, coating, or similar barrier designed to stop water from passing through the material at significantly higher pressures.
For the finished jacket to provide strong rain protection, construction matters too.
Seam sealing, protected or waterproof zippers, storm flaps, cuffs, hems, and hood construction all affect how much water can reach the wearer.
What Does a 1,000MM, 5,000MM or 10,000MM Rating Mean?
When a jacket lists a waterproof rating such as 1,000MM, 5,000MM, or 10,000MM, the number generally refers to a laboratory measurement called hydrostatic head.
In simplified terms, fabric is subjected to increasing water pressure. The measurement represents the height of a column of water that the fabric can resist before moisture begins penetrating through it.
A fabric with a 5,000MM waterproof rating therefore withstands more water pressure than fabric rated at 1,000MM.
| Water Protection | General Level | Typical Use |
|---|---|---|
| Water-Repellent / No Rating | Surface moisture protection | Mist, very light precipitation and short exposure |
| About 1,000MM | Everyday water resistance | Light rain, drizzle and brief outdoor exposure |
| 3,000MM to 5,000MM | Moderate weather protection | Moderately rainy conditions and longer outdoor use |
| 5,000MM to 10,000MM | Higher weather protection | Extended exposure to rain or snow |
| 10,000MM+ | Greater resistance to water pressure | More demanding wet-weather applications |
Fabric Waterproof Rating vs. a Waterproof Jacket
This distinction is extremely important.
A manufacturer may publish a waterproof rating for the fabric, but the completed jacket also includes seams, zippers, pockets, cuffs, a collar or hood, and other openings.
Water can enter through those areas even when the fabric itself performs well in a laboratory test.
That is why features such as fully seam-sealed construction, waterproof zippers, storm flaps, adjustable cuffs, and a properly designed hood matter when choosing a jacket for sustained rain.
A Real Example: 1K vs. 5K
The Port Authority Core Soft Shell Jacket J317 has a 1,000MM fabric waterproof rating, but the finished jacket is described as water-repellent rather than dedicated waterproof rainwear.
The Port Authority J333 Waterproof Jacket has a 5,000MM fabric waterproof rating along with fully seam-sealed construction and waterproof zippers. Those additional features provide a much more complete rain-protection system.
What Does a Jacket's Breathability Rating Mean?
Keeping rain out is only half of the problem.
Your body continually produces heat and moisture. During physical activity, perspiration increases. If that moisture cannot escape through the jacket, the inside can become humid and uncomfortable even when rain is not getting through.
That is why many technical jackets list both a waterproof rating and a breathability rating.
One common breathability measurement is expressed as:
This describes the amount of water vapor, measured in grams, that can move through one square meter of material over a 24-hour period under the conditions of the test.
When ratings are produced using the same test method, a higher number generally indicates greater moisture-vapor transfer.
When a jacket is advertised as 10K/10K, the first number commonly refers to approximately 10,000MM of waterproof protection, while the second refers to approximately 10,000 g/m²/24 hours of moisture-vapor transmission.
Breathability ratings should still be treated as comparison tools rather than universal scores. Different laboratory methods and testing conditions can produce different results.
Wind Protection: Wind-Resistant vs. Windproof
Wind protection can dramatically affect how warm a jacket feels.
When cold air moves through clothing, it disrupts the warmer layer of air around your body and increases heat loss. That is one reason the same temperature can feel significantly colder on a windy day.
Wind-Resistant
Wind-resistant fabrics reduce airflow through the garment but may still allow some air to pass.
This can be useful in active soft shell jackets because limited airflow can improve comfort and help excess body heat escape.
Windproof
Windproof fabrics are designed to allow extremely little air to pass through the material.
They provide stronger protection from wind-driven heat loss, although breathability becomes increasingly important during physical activity.
What Does CFM Mean?
Technical wind protection is often measured using air permeability.
One common measurement is CFM, or cubic feet of air per minute. It describes how much air passes through a defined area of fabric under controlled conditions.
There is not one universal consumer cutoff used by every outerwear manufacturer for the word windproof, which is why a numeric air-permeability measurement can sometimes be more useful than marketing terminology alone.
Most waterproof barriers also provide strong wind protection because material that prevents water penetration generally allows very little direct airflow.
The final jacket still matters. Even highly wind-resistant fabric cannot stop cold air from entering through an open zipper, loose cuffs, an exposed collar, or an unsecured hem.
How Is Jacket Warmth Measured?
Warmth is more complicated than water or wind protection because there is no single consumer warmth rating used consistently across every jacket manufacturer.
Insulated jackets keep you warm primarily by trapping air. Air that remains relatively still slows the transfer of body heat to the colder environment around you.
How effectively a jacket accomplishes this depends on the insulation material, the amount of insulation, loft, shell construction, wind resistance, garment fit, and even where the insulation is placed.
Down Fill Power
Down jackets may list specifications such as 600-fill, 700-fill, 800-fill, or 900-fill power.
Fill power describes the loft and insulating efficiency of down. Higher-quality down expands more and traps more air for its weight.
The important point is that fill power measures efficiency, not the total warmth of the finished jacket.
The total amount of down, its distribution, jacket construction, outer shell, wind protection, and other design factors also affect warmth.
Down Fill Weight
Fill weight describes the actual quantity of down inside the jacket, usually measured in grams or ounces.
That is why fill power and fill weight should be considered together. Fill power tells you how efficiently the down creates loft. Fill weight helps indicate how much insulation is actually present.
Synthetic Insulation Weight
Synthetic insulation is often listed with measurements such as 60 g/m², 100 g/m², or 150 g/m².
This number describes the mass of insulation used across a square meter of material.
When comparing the same type of synthetic insulation, a higher insulation weight generally means more insulation and therefore more warmth.
However, 100 g/m² of one insulation technology should not automatically be considered identical to 100 g/m² of another. Fiber construction, loft, and thermal efficiency can differ.
Fleece Weight
Fleece jackets and fleece linings are often described by fabric weight, usually in ounces per square yard or grams per square meter.
Heavier fleece generally provides more insulation than lighter fleece of similar construction, but weight still does not tell the whole story.
Fabric density, loft, lining construction, and especially wind permeability can make two fleece jackets with similar weights perform very differently outdoors.
What About Temperature Ratings?
Most everyday jackets do not have standardized temperature ratings.
Some manufacturers instead use descriptions such as Mild, Warm, Warmer, or Warmest. These can be useful when comparing jackets within the same manufacturer's collection, but they should not be treated as exact temperature guarantees.
How warm someone feels also depends on wind, precipitation, humidity, activity level, base layers, jacket fit, metabolism, and how long that person remains outside.
The Technical Warmth Measurement: CLO
There is a scientific measurement of clothing insulation known as CLO.
One CLO equals approximately 0.155 m²K/W of thermal resistance. Specialized testing can use CLO values to compare the insulation provided by garments and clothing systems.
CLO ratings are useful in technical research and occupational clothing analysis, but they are rarely published for everyday corporate jackets. Most shoppers therefore need to compare insulation type, insulation weight, fleece weight, shell construction, and manufacturer guidance.
Why Water, Wind, Breathability and Warmth Must Be Considered Together
These performance areas interact with one another.
A thick fleece may provide substantial insulation in calm weather, but if wind moves easily through the fabric it may feel considerably colder on a windy jobsite.
A thin waterproof shell may block rain and wind extremely well while providing very little actual insulation. It can keep someone dry without necessarily keeping them warm.
An insulated jacket may provide significant warmth but become less useful if its outer shell absorbs water or allows strong wind to pass through.
A breathable soft shell can be comfortable for an active employee moving throughout the day even though it may provide less rain protection than a waterproof shell.
That is why the best jacket depends on the environment where it will actually be worn.
Quick Guide to Reading Jacket Specifications
| Specification | What It Measures | What to Look For | What It Does NOT Tell You |
|---|---|---|---|
| Waterproof MM | Resistance to water pressure | Higher numbers indicate greater fabric resistance | Whether seams and zippers are waterproof |
| Breathability g/m²/24h | Moisture-vapor transmission | Higher can indicate greater vapor transfer under the same test | Exact comfort across different testing methods |
| Air Permeability / CFM | How much air passes through fabric | Lower CFM means greater wind protection | How much insulation the jacket provides |
| Down Fill Power | Down loft and insulating efficiency | Higher numbers provide more loft per unit of down | Total jacket warmth |
| Down Fill Weight | Quantity of down insulation | Consider together with fill power | Warmth without considering construction |
| Synthetic Insulation g/m² | Amount of synthetic insulation | Higher is generally warmer within the same insulation family | Exact warmth compared with a different insulation technology |
| Fleece Fabric Weight | Weight of fleece material | Heavier similar fleece generally provides more insulation | Wind resistance or exact temperature performance |
The Bottom Line
Do not choose a custom jacket based on a single specification. Start with the conditions your employees or customers will encounter, then consider water protection, wind protection, insulation, breathability, garment construction, and available embroidery areas together.
Insulated Jackets for Custom Embroidery
Best for: Cold-weather uniforms, outdoor crews, property services, contractors, transportation teams, and employees who spend extended periods outside.
Insulated jackets are designed primarily to reduce heat loss. Unlike a simple rain shell, these jackets contain fleece, synthetic insulation, down, or another insulating material that traps warm air around the body.
When comparing insulated jackets, do not look only at how thick they appear. Consider the insulation type, lining, shell material, wind protection, water resistance, hood design, cuffs, and pocket configuration.
Port Authority Challenger Jacket (J754)
A rugged everyday work jacket with heavyweight fleece lining for additional warmth.
View Challenger Jacket →Port Authority Nootka Jacket (J792)
A hooded insulated option designed to provide stronger protection during cold and wet outdoor conditions.
View Nootka Jacket →Fleece Jackets for Custom Embroidery
Best for: Indoor-to-outdoor layering, office staff, sales teams, schools, volunteers, and company apparel.
Fleece works by trapping air within its fibers, which provides insulation without requiring the heavier construction found in many winter jackets.
However, fleece should not automatically be confused with weather protection. Traditional fleece can provide substantial warmth while still allowing wind to pass through it. A fleece jacket is therefore often strongest as a layering garment rather than a replacement for a waterproof shell.
Port Authority Microfleece Jacket (F223)
A lightweight fleece jacket that works well as an embroidered layering piece for employees and teams.
View Microfleece Jacket →Port Authority Value Fleece Jacket (F217)
A practical choice for outfitting larger teams with coordinated custom embroidered fleece jackets.
Customize the F217 →The North Face Sweater Fleece (NF0A3LH7)
A premium sweater-fleece option with convenient pockets and a polished appearance for branded company apparel.
View North Face Sweater Fleece →Puffer Jackets for Custom Embroidery
Best for: Premium employee gifts, company outerwear, corporate teams, and lightweight insulated jackets.
Puffer jackets use quilted sections, often called baffles, to hold insulation in place. That insulation may be natural down or synthetic material.
One of the main benefits of a puffer is its warmth-to-weight ratio. A well-designed puffer can provide significant insulation without feeling as heavy as traditional work outerwear.
The quilted construction does create additional considerations for embroidery. Baffles, seams, insulation, and lining can reduce the available decoration area, so compact logos usually work better than oversized designs.
The North Face ThermoBall Trekker Jacket (NF0A3LH2)
A premium quilted insulated jacket designed to provide lightweight warmth and weather protection.
View ThermoBall Trekker Jacket →Carhartt Gilliam Jacket (CT102208)
A lightweight insulated Carhartt jacket suited to active crews that need warmth without excessive bulk.
View Carhartt Gilliam Jacket →Soft Shell Jackets for Custom Embroidery
Best for: Everyday workwear, corporate uniforms, sales teams, active employees, and mild-to-cool weather.
Soft shell jackets are designed around balance. They generally provide more wind and light-weather protection than fleece while remaining more flexible and breathable than many fully waterproof rain shells.
That balance makes soft shells one of the most versatile choices for company apparel. They can look professional enough for customer-facing employees while still being practical for people who move between indoor and outdoor environments.
A soft shell with a waterproof fabric rating should not automatically be treated as a waterproof rain jacket. Seam construction, zippers, openings, and the manufacturer's finished-garment rating still matter.
Port Authority Core Soft Shell Jacket (J317)
A flexible soft shell with a 1,000MM fabric waterproof rating that works well for everyday employee apparel and light weather.
View Core Soft Shell Jacket →Port Authority Glacier Soft Shell Jacket (J790)
A more substantial soft shell option designed to provide a polished appearance with additional weather protection.
View Glacier Soft Shell Jacket →Rainwear Jackets for Custom Embroidery
Best for: Wet-weather crews, delivery teams, outdoor events, transportation employees, property services, and field staff.
Rainwear puts water protection ahead of insulation. A true waterproof shell is designed primarily to keep outside moisture from reaching the wearer.
This means an excellent rain jacket can still be relatively thin. If the wearer needs warmth as well as rain protection, layering or an insulated waterproof jacket may be necessary.
When comparing rainwear, look beyond the waterproof rating. Seam sealing, hood design, zipper construction, cuffs, hems, and breathability all affect how the jacket performs in prolonged rain.
Port Authority Waterproof Jacket (J333)
A waterproof hooded jacket with a 5,000MM fabric rating, seam-sealed construction, waterproof zippers, and breathable performance.
View Waterproof Jacket →Sport-Tek Hooded Raglan Jacket (JST73)
A lightweight, water-repellent jacket that provides protection during changing weather without the weight of insulated outerwear.
View Hooded Raglan Jacket →Carhartt Jackets for Custom Embroidery
Best for: Construction companies, contractors, trades, maintenance crews, landscaping teams, field technicians, and businesses that need durable branded workwear.
Carhartt has built its reputation around rugged work clothing, which makes the brand particularly attractive for companies where employees are using their jackets on real jobsites rather than simply wearing them as casual company apparel.
Not every Carhartt jacket serves the same purpose, though. Some prioritize rugged canvas construction, others prioritize insulation, and technical styles may focus heavily on wind and rain protection.
That makes it especially important to compare the individual jacket specifications rather than choosing based on brand name alone.
Carhartt Duck Detroit Jacket (CT103828)
A rugged cotton duck canvas work jacket with a blanket-lined body built for demanding work environments.
View Carhartt Duck Detroit Jacket →Carhartt Storm Defender Shoreline Jacket (CT104670)
A waterproof and breathable Carhartt shell designed for crews working in wet and windy conditions.
View Storm Defender Shoreline Jacket →Where Should You Embroider a Logo on a Jacket?
The left chest is the classic location for a company logo on an embroidered jacket. It keeps the design visible without overpowering the garment and gives branded apparel a clean, professional appearance.
A logo around 2.5 to 3 inches wide can be a useful starting point for left-chest embroidery, although the final dimensions depend on the proportions of the artwork and the available embroidery area on the individual jacket.
If a pocket, zipper, seam, or manufacturer's logo occupies the left chest, the right chest may be the better option.
Sleeve and upper-back embroidery may also be available on selected styles. Jacket construction matters, however. Seams, interior linings, insulation, waterproof shells, pockets, and access to the embroidery area can limit placement.
Embroidery physically passes thread through the jacket material. If maintaining maximum water protection is critical, the decoration method and placement should be considered along with the waterproof construction of the garment.
Always check the editable design zones for the specific jacket you are customizing before planning the final logo placement.
How to Choose the Best Jacket for Your Logo
There is no single best embroidered jacket for every organization. The right choice depends on where the jacket will be worn and what the person wearing it needs the jacket to do.
- Start with the weather. Choose insulation for cold conditions, rainwear for prolonged wet weather, fleece for comfortable layering, or a soft shell when flexibility and moderate weather protection are priorities.
- Consider wind separately from warmth. A thick jacket that allows a lot of air to pass through it may feel colder than expected in windy conditions.
- Think about employee activity. Someone standing outside for long periods may need more insulation than someone doing physically demanding work. Active employees may place greater value on breathability and freedom of movement.
- Determine how much rain protection is actually necessary. A water-repellent soft shell may be enough for brief exposure, while employees who remain outside during bad weather may need fully waterproof rainwear.
- Look at pockets and practical features. Hand pockets, interior storage, secure zippered pockets, hoods, adjustable cuffs, and drawcord hems can significantly affect how useful a jacket is.
- Set a realistic budget. Fleece and some soft shells can be practical choices for larger groups, while premium puffers, The North Face jackets, technical rainwear, and Carhartt work jackets may make more sense for higher-end company apparel.
- Check embroidery placement before choosing the jacket. Zippers, pockets, seams, insulation, quilting, waterproof construction, and existing brand logos can affect where your logo can be placed.
- Review your proof before production. Make sure the logo size, location, colors, and overall appearance are correct before approving your embroidered jacket order.
Ready to Customize Jackets for Your Team?
Bolt Printing handles embroidery in-house in Brookfield, Connecticut. Browse jackets by style, compare the features that matter to your team, choose your colors and sizes, and upload your company logo in the available design area.
Our team reviews your artwork and provides a proof before production so you can confirm the logo placement and overall appearance before your jackets are embroidered.