Women-Specific Workwear Designs Address Safety and Fit Gaps in Construction

The Body of Evidence

In a 2021 survey of 2,635 tradeswomen and non-binary tradespeople conducted by the Institute for Women's Policy Research, only 19.1 percent of participants said they were always provided with gloves or safety equipment in sizes that fit them while working. That number hasn't been buried in an academic journal. It's playing out every day on active jobsites, in the form of harnesses that slip, pants that gap at the waist, and vests that catch on machinery. More than 1.17 million women now work in the construction industry, representing 11 percent of the construction workforce, up from 8.9 percent in 2010. The growth is real. The gear designed to keep those workers safe has not kept pace.

A Rule That Demands Accountability

OSHA's updated rule on Personal Protective Equipment in Construction took effect in January 2025 and gives construction workers the same PPE protections their colleagues in shipyards and general industry already enjoy. The Department of Labor finalized the rule requiring proper fit for PPE in construction in December 2024. The language is now enforceable: the final rule amends 29 CFR 1926 to explicitly state that PPE must be provided to properly fit each affected employee.

That is not a soft suggestion. Poorly fitting gear frustrates women working in construction, as they must frequently stop work to readjust their PPE. Or, they get so aggravated with the fit that they stop wearing the PPE altogether, putting themselves at unnecessary risk for injury and putting the employer at risk for citations, fines and ongoing job site inspections. The compliance risk now lives on both sides of the vest.

Why Scaling Down Men's Patterns Doesn't Work

The fundamental error in traditional workwear manufacturing is treating women's sizing as a subtraction problem. Designing women's work clothes is more than scaling down men's sizing. It requires a fundamental shift in approach to accommodate anatomical differences while maintaining performance and protection. Women typically have narrower shoulders, shorter torso lengths, and different hip-to-waist ratios compared to men.

For many years, the prevailing approach to women's workwear involved sizing down men's garments. While this method may adjust overall dimensions, it does not account for differences in body shape, center of gravity or movement patterns. The result is apparel that may technically "fit" but does not perform as required in real jobsite conditions.

Pattern blocks designed around male anatomy place waistbands at the wrong point on a woman's torso, cut rise too short or too long for proper coverage during kneeling and overhead work, and locate pockets where they dump their contents the moment she bends at the hip. These aren't comfort complaints. They're functional failures with direct safety implications.

The Engineering Details That Actually Matter

Getting women's workwear right means redesigning at the construction level, not just the size chart. Here is what genuine women-specific engineering looks like across key garment zones:

Hip-to-waist ratio and rise: Women's construction pants engineered specifically for women's proportions feature curved waistbands, proper hip-to-waist ratios, and strategic stretch placement, resulting in better mobility, no gapping, and pockets positioned where you can actually reach them. Rise must be calibrated for coverage during squats, climbs, and kneeling, not just standing, because that's where the gaps appear and where the exposure happens. Dovetail Workwear's overalls, for instance, are built with strap placement that works with women's shoulders and chest, and rise measurements that fit correctly without bunching or gaping.

Knee articulation: High-wear areas for tradeswomen frequently include the knees and seat. Addressing these areas involves reinforcing fabrics, strengthening seams, and selecting materials with higher abrasion resistance, though durability enhancements must be balanced with mobility since overly rigid reinforcements can reintroduce movement restrictions. Articulated knees for mobility, along with kneepad slots, are now standard in purpose-built women's construction pants. Milwaukee Tool's Women's Double Knee Jogger Pants, part of the GRIDIRON collection, feature a high rise straight fit, built-in stretch, and a waistband integrated with elastic to provide a comfortable fit and freedom to move while working.

Pocket placement: Pockets are a safety issue, not just a convenience one. Many men's work pants come with tool-ready pockets, while women's versions often do not. This forces women to carry gear in their hands instead of placing it in pockets or tabs, which limits balance and increases the risk of slips or falls. Purposeful pocket architecture means zip security at the thigh, nested cargo pockets that don't swing open during climbing, dedicated phone storage, and reinforced tool loops calibrated to where a woman's hand naturally falls. Milwaukee's GRIDIRON women's pants feature seven deep, reinforced pockets at the front, back, and right leg, with nylon-reinforced clip-on zones on the front and left pockets for quick access to additional storage.

Stretch and fabric construction: "Stretch has been a huge game changer in the PPE space, just for building in that mobility, because you want to reduce the amount of physical strain that your garments are putting on you," with primary PPE situations requiring workers to carry up to 30 ounces per square yard of material on their body. "So the more you can reduce that physical strain and reduce how much you are working against your garment is key, like building in ventilation, articulation and gussets, things that allow the garment to move with your body without negatively impacting your movement." Fabric innovation is following suit: Beverly Knits CEO Ron Sytz notes a significant increase in using knits in combination with wovens in women's workwear, with knit side panels allowing shirts to stretch and give as the body moves.

PPE Compatibility: The Layer Problem

The harness conversation is where fit stops being a comfort issue and becomes a life-safety issue. A journey-level laborer called attention to the dangers of standard size harnesses for tradeswomen: "The harnesses, safety harness for tying off, they're not made for women. You would have to buy a specific one for female's bodies. They don't fit you right. If you were to fall off a building with a standard harness on, it would do more damage than good."

NIOSH researchers have confirmed this is not anecdotal. An improperly conformed fall-arrest harness can increase the risk of suspension trauma after a successful fall arrest. PPE that does not fit properly will not adequately protect against workplace hazards and may create new hazards. Poorly fitted fall protection harnesses may not be effective in the event of a fall and may cause injuries such as pinching or bruising in regular use. Oversized or badly cut protective clothing can fail to protect against hazards and lead to new tripping hazards or become caught in machinery.

Garments designed specifically for women must accommodate the layering reality of a full PPE stack. That means cut lines, sleeve lengths, and torso proportions that allow a properly sized harness to sit correctly on top, without the excess fabric that can bunch under straps or shift harness geometry during movement.

Fit as Retention: The Workforce Argument

The business case for proper fit extends well beyond compliance. Beyond cultural factors, jobsite conditions directly affecting safety and retention include access to properly fitting PPE, adequate facilities, and protections against harassment. Industry leaders note that these challenges have broader implications as companies work to address labor shortages and attract new talent.

As Milwaukee's Nadia Sinner, Product Manager, stated: "Despite seeing significant increases of tradeswomen across industries in recent years, their options for sufficient jobsite apparel have remained stagnant." Women who cannot source gear that fits are not just uncomfortable. They are more fatigued, more exposed to injury, and, research consistently shows, more likely to leave the trade. In a sector managing a significant skills pipeline shortage, that is an operational problem as much as an equity one.

Awareness remains a barrier even when better products exist. "Women still don't know what all is available to them," said Kelly Franko, co-founder of the Alliance of Women's Safety Apparel Manufacturers. The implication is clear: procurement decisions made at the employer level, not individual purchasing choices, are the primary lever for change.

What to Ask Your Supplier: A Checklist for Employers and Buyers

Before signing any workwear or PPE contract, push suppliers on these specific questions. Generic answers are a red flag; women-specific design requires documented, measurable answers.

• Pattern origin: Were these garments developed from a women-specific block, or adapted from a men's template? Ask to see the original pattern spec sheet.

• Hip-to-waist differential: Does the pant construction account for the average female hip-to-waist ratio difference, which typically exceeds that used in male-pattern cuts? What measurements were used?

• Rise calibration: Is the rise measured and tested for coverage during kneeling, squatting, and overhead reach, not just standing? What is the tested range?

• Knee articulation: Does the knee panel feature articulation pre-shaped for a bent-knee position? Are knee pad pockets included and compatible with standard pad dimensions?

• Pocket placement and depth: Were pocket positions tested on female wearers during active tasks? Do pockets retain contents during bending and climbing? Are all pockets functional (minimum 7 deep pockets in a work pant)?

• PPE compatibility: Has the garment been tested with standard fall-arrest harnesses and high-visibility vests to confirm that fit is not compromised when layered? Does sleeve and torso length account for over-garment PPE?

• Bust and shoulder accommodation: Does the upper-body design account for narrower shoulders and different bust proportion? Is there chest dart or panel shaping for fit across bust sizes?

• Stretch and fabric construction: Does the fabric include stretch panels or knit gussets for mobility? What is the fabric weight, and how does it perform under layered PPE conditions?

• Wear testing: Were the garments tested by tradeswomen in active jobsite conditions, not just fit models in a studio? How many women participated, and across which trades?

• Size range: Does the range extend from XXS to at least 3XL, with short and tall inseam options? Is plus sizing built from a scaled women's pattern, not a stretched standard?

Field research, including jobsite visits, observational studies, and direct conversations with tradeswomen, has become an essential component of meaningful design improvement. Any supplier unable to point to that process in their development cycle is, by definition, still guessing at what women on construction sites actually need. The standard is no longer aspirational. OSHA's updated rule for properly fitting PPE is a shift in how the industry defines effective PPE, and it's time for construction business leaders to advocate for size-inclusive procurement practices that strengthen the connection between compliance and worker well-being.