Puma Pace 2.0 safety jogger

The Puma Pace 2.0 safety jogger (model 643807) applies athletic footwear engineering to occupational protection. The shoe answers the assumption that work footwear must be heavy, rigid and uncomfortable: it looks and performs like premium running footwear whilst meeting Australian safety standards, including AS 2210.3:2019 certification.

The Pace 2.0 incorporates IMPULSE.FOAM technology offering up to 55% active energy return, a feature typically associated with high-performance running shoes rather than safety footwear. The midsole turns each step from a fatiguing impact into a partially energy-returning movement, reducing the cumulative stress on your body whilst actively propelling you forward. For workers who spend their shifts walking and moving, that energy return reduces fatigue compared to conventional safety footwear that absorbs impact without returning energy.

The construction is completely metal free, using a lightweight fibreglass toe cap that eliminates the weight penalty of traditional steel protection whilst providing equivalent safety performance. The vegan-rated construction contains no animal products, which suits ethically minded workers and also cuts weight. The jogger styling breaks from traditional safety footwear aesthetics, so the shoe reads as ordinary footwear rather than obvious protective equipment.

Understanding Energy Return

The IMPULSE.FOAM anti-fatigue technology represents Puma's most advanced cushioning system, engineered to provide up to 55% active energy return with enhanced cushioning and stability. Energy return is a performance characteristic borrowed directly from high-end athletic footwear, where the midsole material compresses under impact, stores the compression energy, then releases that energy as the foot lifts off the ground to propel the next step. This creates a partially self-energising walking or running motion that reduces the muscular effort required compared to shoes with traditional cushioning that simply absorbs energy without returning it.

The 55% active energy return specification means that for every unit of impact energy your foot generates when striking the ground, the IMPULSE.FOAM system returns approximately 55% of that energy to propel your next step. The remaining 45% is absorbed to protect your joints and reduce impact stress. This balance between energy return and shock absorption is carefully optimised: too much energy return would create an unstable, bouncy feel, whilst too much absorption would result in a dead, fatiguing platform that requires excessive muscular effort to walk efficiently.

For Australian workers who spend their shifts on their feet, the energy return delivers tangible fatigue reduction that becomes increasingly significant over the course of long work days. Traditional safety footwear with standard cushioning absorbs impact but provides no energy assistance for the next step, meaning your leg muscles must generate all the force required for walking. The IMPULSE.FOAM system effectively assists each step, reducing the cumulative muscular effort required over thousands of steps throughout a shift.

Multi-Layer Construction

The IMPULSE.FOAM system utilises sophisticated multi-layer construction to optimise both immediate comfort and long-term performance. The system combines materials with different densities and resilience characteristics, positioning softer, more responsive foam in areas requiring maximum cushioning and energy return, whilst firmer materials in other zones provide stability and support. This zoned approach allows the midsole to deliver performance characteristics that single-material construction cannot achieve.

The cushioning is specifically engineered to maintain its performance characteristics throughout extended use. Standard foam materials compress over time and lose their energy-return capabilities, creating progressive degradation in comfort as shoes age. IMPULSE.FOAM is formulated to resist this compression set, maintaining consistent cushioning and energy return throughout the shoe's lifespan. This sustained performance ensures the shoes feel as comfortable and responsive months into their service life as they did when new, delivering better long-term value than footwear with conventional cushioning that deteriorates with wear.

Stability Enhancement

Beyond cushioning and energy return, the IMPULSE.FOAM system incorporates stability enhancement to ensure the responsive cushioning doesn't compromise the secure footing essential for workplace safety. The system positions firmer, more stable foam around the perimeter of the foot, creating a supportive structure that prevents excessive rolling whilst allowing natural foot motion. This stability architecture ensures the energetic, responsive feel of the cushioning doesn't translate into instability or reduced control on uneven surfaces.

The stability features become particularly important in work environments where secure footing is critical for safety. The responsive cushioning provides comfort and energy return, but the stability structure ensures you maintain control and balance when navigating obstacles, carrying loads, or working on irregular surfaces. This combination of comfort and stability represents sophisticated engineering that distinguishes premium athletic footwear from basic cushioned shoes.

Advanced Upper Construction

Microfibre Synthetic Upper

The upper construction utilises advanced microfibre synthetic material that delivers numerous advantages over traditional leather in athletic-style safety footwear. Microfibre consists of extremely fine synthetic fibres woven or bonded into a fabric structure that mimics leather's durability whilst offering superior breathability, lighter weight, and easier maintenance. The material is engineered specifically for athletic footwear applications where weight reduction and moisture management are priorities.

The microfibre upper weighs significantly less than equivalent leather construction, contributing to the overall weight reduction that makes the Pace 2.0 feel more like running shoes than work boots. The weight saving reduces fatigue during extended wear, because lighter footwear requires less energy to lift with each step, and the saving accumulates over thousands of steps throughout a work shift. For workers accustomed to heavy traditional safety boots, the difference is immediately noticeable and genuinely appreciated.

Microfibre also offers superior breathability compared to most leather constructions. The fine fibre structure allows excellent air circulation, helping regulate temperature inside the shoe and reduce moisture accumulation from perspiration. This breathability advantage keeps feet cooler and drier during active work, reducing the discomfort and potential foot health issues associated with excessive heat and moisture buildup. The material's quick-drying properties mean shoes that become damp dry much faster than leather alternatives, returning to comfortable condition more rapidly.

Breathable Sandwich Mesh

The upper incorporates breathable sandwich mesh in strategic zones to maximise ventilation whilst maintaining structural integrity. Sandwich mesh features a three-layer construction with durable outer and inner layers separated by a spacer layer that creates air channels. This structure provides excellent airflow through the material whilst maintaining adequate support and protection. The mesh zones are positioned in high-heat areas where ventilation delivers the greatest benefit for temperature regulation.

The enhanced breathability becomes particularly valuable in Australian working conditions, especially during hot summer months or in temperature-controlled facilities where physical activity generates significant body heat. The mesh allows continuous air circulation through the shoe, drawing cool air in and expelling warm, moist air. This ventilation helps maintain comfortable interior temperatures and reduces the moisture accumulation that can lead to discomfort, blisters, and fungal infections during extended wear.

Reflective Elements

The upper includes reflective elements strategically positioned to enhance visibility in low-light conditions. These reflective materials return light from vehicle headlights, torches, or facility lighting, making the wearer more visible to others when working in dim environments or during early morning and evening hours. The visibility enhancement is particularly valuable for outdoor workers, roadside workers, or anyone working in environments with vehicle traffic or limited lighting.

The reflective elements are integrated into the shoe's design rather than appearing as afterthought additions, maintaining the athletic aesthetic whilst providing practical safety benefits. For workers whose duties require visibility, including delivery personnel, outdoor maintenance crews, utility workers and security patrols, these reflective elements contribute to overall safety by ensuring you're seen by others even in challenging lighting conditions.

Vegan-Rated Construction

The Pace 2.0 carries vegan certification, confirming that no animal products are used anywhere in the shoe's construction. This certification appeals to workers with ethical or environmental concerns about animal product usage, whilst also delivering practical benefits. The synthetic materials generally weigh less than leather, dry faster when wet, and require less maintenance than animal-derived materials. The vegan construction also eliminates concerns about leather quality variations or the break-in period associated with leather footwear.

For workers who have avoided safety footwear in the past due to vegan lifestyle commitments, the Pace 2.0 provides a genuine solution that doesn't require compromising personal values to comply with workplace safety requirements. The certification from recognised vegan standards bodies provides assurance that the entire supply chain and manufacturing process aligns with vegan principles, not just the final product materials.

Comprehensive Safety Protection

Lightweight Fibreglass Toe Cap

The Pace 2.0 employs a lightweight fibreglass toe cap providing 200-Joule impact protection whilst weighing substantially less than traditional steel toe caps. The weight reduction, typically 30-50% compared to steel, is immediately noticeable in the context of low-cut athletic-style shoes where every gram matters for the lightweight, responsive feel that defines the jogger category. The fibreglass construction delivers the legally required protection level without the weight penalty that would compromise the shoe's athletic performance characteristics.

The 200-Joule impact rating indicates the toe cap can withstand the equivalent force of a 20-kilogram weight dropped from approximately one metre height without deforming sufficiently to contact your toes. This protection level satisfies AS 2210.3:2019, the current Australian safety standard for occupational footwear, ensuring the athletic styling and lightweight construction don't compromise essential protective capabilities. The fibreglass construction also provides compression resistance protecting your toes from crushing forces.

Fibreglass offers distinct advantages beyond weight reduction. The material is completely non-metallic, eliminating metal detector activation issues, a practical benefit for airport workers, security personnel, or anyone who regularly passes through metal detection systems. Fibreglass is also non-conductive, providing no electrical current pathway and offering additional safety margin when working around electrical systems. The material doesn't conduct temperature like metal, maintaining more consistent comfort in both hot and cold working environments.

FAP Flexible Anti-Perforation Midsole

The shoe incorporates Puma's FAP (Flexible Anti-Perforation) midsole technology, providing penetration protection against sharp objects whilst maintaining the flexibility essential for athletic performance. Traditional steel penetration plates create rigid, uncomfortable walking platforms that completely contradict the natural foot motion and responsive feel that athletic footwear requires. Puma's FAP technology utilises advanced composite materials that resist penetration whilst allowing the natural flexing motion that makes running shoes comfortable and efficient.

The anti-perforation protection guards against sharp objects such as nails, metal fragments, wire and glass that could penetrate through conventional sole materials and injure your foot. This protection is essential in construction environments, warehouses, and industrial facilities where debris on walking surfaces creates puncture hazards. The FAP system meets penetration resistance requirements whilst maintaining the flexible, natural-feeling platform that distinguishes athletic footwear from rigid traditional safety boots.

The flexibility of the FAP system contributes significantly to the overall comfort and performance characteristics of the Pace 2.0. Your foot naturally flexes with each step, and forcing it to work against a rigid penetration plate requires additional muscular effort that accumulates into fatigue. The FAP technology protects whilst allowing natural foot motion, maintaining the athletic performance feel that makes these shoes fundamentally different from conventional safety footwear.

Anti-Static and ESD Protection

The Pace 2.0 provides both anti-static and ESD (Electrostatic Discharge) protection, addressing the dual requirements of safely dissipating static charges whilst protecting sensitive electronic equipment from electrostatic damage. Anti-static properties allow controlled dissipation of static electrical charges that accumulate on your body through friction with carpets, synthetic materials, or other static-generating surfaces. This controlled dissipation prevents the sudden discharge sparks that can create ignition sources in environments with flammable materials.

ESD protection takes static control further, providing the extremely low electrical resistance required to protect sensitive electronic components from electrostatic damage. Electronic manufacturing, computer assembly, telecommunications, and similar industries require ESD-rated footwear to prevent the static discharges that can damage or destroy microelectronics. The Pace 2.0's ESD rating makes it appropriate for these controlled environments where conventional footwear would pose unacceptable risks to products and equipment.

AS 2210.3:2019 Certification

The shoe carries full certification to Australian Standard AS 2210.3:2019, confirming compliance with current Australian and New Zealand safety footwear requirements. This certification demonstrates that despite its athletic appearance and lightweight construction, the Pace 2.0 meets rigorous safety standards including impact resistance, compression resistance, penetration resistance, and numerous other performance parameters. The certification provides assurance to workers and employers that athletic styling doesn't compromise essential protective capabilities or regulatory compliance.

Enhanced Comfort and Performance Features

Puma Evercushion BA Insole

The shoe comes equipped with Puma Evercushion BA (Breathable Anatomical) insoles designed specifically to complement the IMPULSE.FOAM midsole technology. These insoles feature anatomical shaping that supports the natural contours of your foot rather than providing a flat, generic surface. The anatomical design positions cushioning and support precisely where your individual foot needs it, improving comfort whilst promoting proper foot alignment and natural walking mechanics.

The breathable construction incorporates perforations that allow air circulation from the bottom of your foot upward, promoting cooling and moisture evacuation. As you walk, the flexing action of the shoe creates a mild pumping effect that draws fresh air in and expels warm, moist air, maintaining more comfortable interior conditions throughout your work shift. The insoles also include antimicrobial treatment that inhibits bacterial growth and reduces odour development.

The Evercushion materials are engineered to maintain their cushioning properties throughout extended use, resisting the compression set that causes standard foam insoles to flatten and lose effectiveness over time. This sustained performance ensures consistent comfort throughout the insole's lifespan, maintaining the premium feel of new shoes even after months of regular wear.

BreathActive Lining

The interior lining utilises BreathActive material engineered for superior moisture management and temperature regulation. This advanced lining fabric actively wicks perspiration away from your skin surface, pulling moisture into the fabric structure where it can evaporate more readily. The moisture-wicking action keeps your skin surface drier, reducing the discomfort and potential health issues associated with prolonged exposure to dampness inside footwear.

BreathActive lining works synergistically with the breathable microfibre upper and mesh zones to create comprehensive moisture management. The lining pulls moisture away from your feet, the mesh and microfibre allow this moisture to escape, and the perforated insole provides additional evacuation pathways. This multi-layer approach to moisture management keeps your feet comfortable across varying activity levels and environmental conditions, from air-conditioned facilities to hot outdoor work.

Torsion Control System

The sole incorporates Puma's Torsion Control System, an engineering feature that provides controlled flexibility in the midfoot region whilst preventing excessive rotation that could compromise stability. The system allows natural torsional movement, the twisting motion that occurs when your forefoot and heel are on surfaces at different angles, whilst limiting rotation beyond natural ranges that could lead to ankle rolling or instability.

This controlled flexibility contributes to the natural, athletic feel of the shoe whilst maintaining the stability essential for workplace safety. The system allows your foot to move naturally and adapt to surface irregularities, improving both comfort and traction on varied terrain. For workers in active roles requiring agility and quick movements, the Torsion Control System provides confidence that the athletic performance doesn't compromise safety on uneven surfaces or when changing direction rapidly.

High-Performance Sole System

300°C Heat-Resistant Rubber Outsole

Despite its athletic appearance, the Pace 2.0 features a serious industrial-grade rubber outsole rated for heat resistance up to 300°C surface contact temperature. That heat resistance makes the shoe appropriate for work environments where contact with hot surfaces is possible: manufacturing processes involving heated materials, engine work, and construction applications where sun-heated surfaces may be encountered. The 300°C rating ensures the outsole won't melt, degrade, or lose structural integrity when exposed to brief contact with hot surfaces within the rated temperature range.

The rubber formulation balances heat resistance with other essential performance characteristics. The material maintains excellent abrasion resistance ensuring the tread pattern doesn't wear excessively even with extensive use on rough surfaces. The compound delivers superior slip resistance across varied surfaces and contamination conditions, reducing slip-and-fall injury risk. The rubber also provides resistance to oils and many chemicals common in industrial environments, protecting the outsole from degradation and maintaining long-term performance.

Slip-Resistant Tread Design

The outsole tread pattern is engineered for superior slip resistance across diverse surfaces and contamination conditions. The pattern features multidirectional lugs creating numerous biting edges that engage surfaces from different angles to maximise grip. The tread design balances aggressive traction with the smooth-floor performance required for indoor facilities, providing reliable grip without the excessive depth that can collect debris or become difficult to clean.

The slip resistance has been validated through testing on multiple surface types including wet surfaces, oily surfaces, and contaminated industrial floors. This comprehensive slip resistance reduces injury risk across the varied conditions encountered in real-world work environments where floors are rarely ideally clean and dry. The confidence of secure footing allows you to focus on your work rather than constantly monitoring traction, particularly valuable in fast-paced warehouse or distribution environments.

Oil-Resistant and Non-Marking Properties

The outsole rubber is formulated for superior oil resistance, maintaining its integrity and traction properties when exposed to mineral oils, organic oils, and petroleum products common in automotive, manufacturing, and industrial settings. Oil resistance prevents the softening, swelling, or degradation that unprotected rubber experiences when exposed to these substances, extending the outsole's usable life in chemically aggressive environments.

The non-marking formulation prevents the black scuff marks that traditional rubber outsoles can leave on light-coloured floors. This characteristic is particularly valuable in food service, healthcare, retail, and other environments where floor appearance matters or where dark marks would be unacceptable. The non-marking property allows the shoes to be worn across diverse environments without concern about damaging or marking floor surfaces.

Fit, Sizing, and Break-In

Athletic Shoe Sizing

The Pace 2.0 follows standard athletic shoe sizing rather than traditional work boot sizing conventions. This means the shoes fit similarly to running shoes or trainers you might already own, making size selection intuitive for workers familiar with athletic footwear. The sizing runs true to standard UK/EU athletic shoe sizes, allowing most users to confidently select their normal athletic shoe size without the size adjustments sometimes required when moving between athletic shoes and work boots.

The shoe is available in UK sizes 6 through 13 (Euro 39-48), covering the standard range for most workers. When selecting your size, consider the type and thickness of socks you'll wear during work. Athletic-style work socks or light to medium-weight socks are appropriate for these shoes, providing cushioning without the excessive bulk of heavy work boot socks that would compromise the precise fit athletic footwear requires.

Immediate Comfort

The synthetic construction and athletic design result in essentially zero break-in period. These shoes feel comfortable from the moment you first wear them, requiring none of the gradual wearing-in that leather work boots demand. The materials are inherently flexible and don't need time to conform to your foot shape. The shoes feel similar to a new pair of running shoes rather than carrying the stiff initial wear associated with traditional safety boots.

The immediate comfort makes these shoes particularly appropriate for workers transitioning to safety footwear for the first time or those who have resisted wearing safety boots due to comfort concerns. The athletic feel and absence of break-in requirements remove common barriers to safety footwear acceptance, improving compliance with workplace safety requirements whilst maintaining worker satisfaction and comfort.

Lightweight Feel

The complete package of synthetic upper, fibreglass toe cap, FAP anti-perforation midsole and athletic construction results in shoes that weigh substantially less than traditional safety footwear. The lightweight feel is immediately noticeable when you first pick up the shoes, and even more apparent when walking and working in them. The weight reduction translates directly to reduced fatigue during extended wear, as you're lifting less mass with each step throughout your shift.

For workers who cover significant distances during their workdays, such as warehouse staff, delivery personnel, retail workers and facility maintenance teams, the weight saving reduces leg and foot fatigue. Lighter athletic-style safety shoes leave less fatigue at the end of a shift than traditional work boots, which matters beyond simple comfort.

Care and Maintenance

Simple Cleaning Routine

The synthetic construction makes these shoes remarkably easy to maintain compared to leather work boots. For daily cleaning, simply wipe down the upper with a damp cloth to remove surface dirt and debris. The microfibre and mesh materials don't absorb dirt like leather can, making surface cleaning quick and effective. For more thorough cleaning, use mild soap and water with a soft brush to clean all surfaces, then air dry at room temperature.

The synthetic materials dry much faster than leather, returning to comfortable condition quickly after cleaning or wet exposure. Remove insoles after wear to allow both the insoles and shoe interior to air out completely between uses. This practice prevents moisture accumulation and odour development whilst extending the lifespan of the antimicrobial treatments in the insoles and lining.

Sole Maintenance

Regularly inspect the outsole for wear, checking tread depth and looking for uneven wear patterns. Clean embedded debris from tread channels to maintain optimal slip resistance. The heat-resistant rubber should provide excellent durability, but monitoring wear allows you to plan for replacement before the sole loses its protective capabilities or traction becomes compromised. Remove stones, metal fragments, or other embedded material that can damage the tread pattern.

Storage

Store shoes in a cool, dry location away from direct heat and sunlight. The synthetic materials are less susceptible to storage-related deterioration than leather, but proper storage still extends lifespan. Ensure shoes are completely dry before storage. The lightweight construction means the shoes maintain their shape well without requiring boot trees or special support, though stuffing with newspaper if they become thoroughly wet helps absorb moisture and maintain shape during drying.

Warehousing and Distribution

The Puma Pace 2.0 excels in warehousing and distribution environments where workers spend their shifts walking, moving, and staying active. The IMPULSE.FOAM energy return technology reduces fatigue during the kilometres of walking warehouse staff typically cover daily. The lightweight construction minimises the energy required for constant movement. The slip-resistant outsole provides secure footing on polished concrete floors that become hazardous when contaminated with cardboard dust or packing materials.

The athletic styling and contemporary appearance create footwear that warehouse workers actually want to wear rather than merely tolerating as required protective equipment. This acceptance factor improves compliance with safety footwear requirements whilst maintaining worker satisfaction. The ESD protection makes the shoes appropriate for warehouses storing or distributing electronic products where static control is essential.

Light Manufacturing and Assembly

Manufacturing environments without extreme hazards benefit tremendously from the Pace 2.0's combination of safety compliance and athletic performance. The fibreglass toe protection satisfies safety requirements whilst the lightweight construction and energy-return cushioning reduce fatigue during long shifts spent standing or walking on hard factory floors. The ESD protection is essential for electronic assembly, computer manufacturing, and similar applications where static discharge could damage products.

The heat-resistant outsole provides protection when working around manufacturing equipment and processes involving moderately elevated temperatures. The breathable construction and moisture management systems maintain comfort in temperature-controlled facilities where physical activity generates body heat. The quick-drying synthetic materials are easily cleaned, appropriate for manufacturing environments requiring regular footwear cleaning.

Food Service and Hospitality

The grey colour option, athletic styling, and non-marking outsole make the Pace 2.0 particularly well-suited for food service, hospitality, and customer-facing environments. The slip-resistant outsole is crucial in commercial kitchens and food service areas where wet floors and food contaminants create serious slip hazards. The vegan certification may be required or preferred in some food service contexts. The lightweight, comfortable construction addresses the extensive walking and standing that characterises hospitality work.

The athletic appearance is far more appropriate for semi-public-facing roles than heavily industrial-looking work boots. The shoes look professional whilst providing required safety protection, allowing staff to maintain appropriate appearance in customer-facing areas whilst staying protected in back-of-house operations. The easy-clean synthetic upper can be wiped down readily to maintain the clean appearance food service requires.

Retail and Service Industries

Retail workers, service technicians, and others in customer-facing roles benefit from footwear that looks professional whilst providing safety protection for back-room operations, receiving areas, and other zones where safety footwear may be required. The athletic styling is far less conspicuous than traditional work boots, allowing staff to move between different areas without changing footwear. The comfort features address the extensive walking and standing that retail work demands.

The reflective elements provide visibility benefits for workers who may work early morning or evening shifts when natural lighting is limited. The lightweight construction reduces fatigue during the constant movement of retail work. The non-marking outsole prevents floor damage in retail environments where appearance matters. The immediate comfort and zero break-in period means staff can transition to these shoes without the adjustment period that might affect productivity or comfort.

Healthcare and Medical Facilities

Healthcare workers requiring safety footwear for certain duties benefit from the Pace 2.0's combination of protection and comfort. The slip-resistant outsole is essential in medical facilities where wet floors and biological fluids create slip hazards. The lightweight construction and energy-return cushioning reduce fatigue during the extensive walking that nursing and medical staff perform throughout shifts. The easy-clean synthetic upper can be sanitised readily to maintain hygiene standards.

The athletic styling is appropriate for medical environments where traditional heavy work boots would appear out of place. The ESD protection may be required in facilities with sensitive medical electronics. The breathable construction maintains comfort during the physical demands of healthcare work. The vegan certification may appeal to healthcare workers with ethical concerns about animal products.

What the specification delivers

Compared to traditional safety boots, the Pace 2.0 delivers more comfort, less weight and athletic performance characteristics whilst meeting the same safety standards. The immediate wearability and zero break-in period mean productive use from day one. The easy maintenance and quick-drying properties reduce the time and effort required to keep the shoes in good condition.

Who it suits

The Pace 2.0 suits Australian workers in light-to-medium-duty applications who prioritise comfort, mobility and contemporary styling alongside required safety protection. Workers accustomed to athletic shoes who resist traditional work boots get footwear that still meets safety requirements. The extensive walking involved in warehousing, retail, food service, light manufacturing, and healthcare benefits significantly from the energy return and lightweight construction.

The contemporary styling and Puma's athletic heritage make these shoes wearable beyond the workplace, and the vegan certification appeals to ethically minded workers. The ESD protection makes them appropriate for electronics and technology industries. The athletic performance suits active roles requiring agility and frequent movement.

Limitations to consider

These shoes are not appropriate for heavy-duty industrial applications, extreme-heat environments, or work requiring maximum protection levels. The athletic construction is designed for light-to-medium-duty applications where comprehensive protection and athletic comfort can be successfully combined. Workers in construction, heavy manufacturing, or extreme-hazard environments should consider more robust footwear designed specifically for demanding conditions.

The low-cut athletic style provides no ankle protection or support, which may be required in some applications. Workers needing ankle support should consider boot-height options. The synthetic construction, whilst durable for its category, won't match the extreme longevity of premium leather work boots in harsh conditions.

The verdict

The Puma Pace 2.0 safety jogger translates athletic shoe technology into compliant, protective workplace footwear. The IMPULSE.FOAM energy return, the lightweight construction and the contemporary styling create a shoe that feels nothing like traditional safety footwear whilst meeting Australian safety standards. For Australian workers in light-to-medium-duty roles who want comfort and modern styling alongside protection, the Pace 2.0 is a sound choice. For heavy industry, extreme heat or work that needs ankle support, a boot remains the better answer.