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SOAR Running Graphene Vest - Men's
C$
379
.99
4 payments of C$ 95.00 with . Info
Colour
Size
Size
OS
Advanced thermal cooling.
Engineered to manage heat at race pace, the Graphene Vest explores how a garment can help manage thermal load. As temperatures rise, running fast becomes harder, and increased body temperature can raise perceived effort. A conductive graphene circuit is printed directly onto the fabric, designed to distribute heat away from the core. The effect is optimal in 12-18°C conditions typical of spring and autumn racing, where even a small improvement in temperature management makes a difference. The graphene circuit also dictates the architecture of the piece. To maintain an uninterrupted conductive pathway, the body is cut from a single piece of fabric with just one center seam at the rear and two shoulder seams to complete the form. Laser-cut armholes, neckline, and hems remove further material and bulk, with only two small pieces of film required to finish the construction. The result is an exceptionally minimal race layer, where material technology and construction work as one.
Features
• Fit: A featherweight racing vest with a printed graphene circuit, engineered to optimise core-body temperature via conductive cooling when racing between 10°C to 19°C.
• Printed graphene circuit for conductive cooling
• Ultra-lightweight base fabric
• 41g in a size M
• Single seam to ensure unbroken graphene circuit
• Laser-cut hems
• Ergonomic construction
• Laser-Cut: Lightweight, chafe-free performance
• Ultra Lightweight: Featherweight base fabric. Vest weighs just 41g in a size M.
• Printed Graphene Circuit: Graphene circuit printed on to ultra-lightweight base fabric for unmatched conductive cooling between 10 and 19 degrees celsius.
• Functional: Graphene circuit helps reduce body temperature via conductive cooling.
Materials
• 75% PL
• 25% EL
Care
• Machine wash 30C
• Do not iron
• Do not bleach
• Do not dry clean
• Do not tumble dry
Engineered to manage heat at race pace, the Graphene Vest explores how a garment can help manage thermal load. As temperatures rise, running fast becomes harder, and increased body temperature can raise perceived effort. A conductive graphene circuit is printed directly onto the fabric, designed to distribute heat away from the core. The effect is optimal in 12-18°C conditions typical of spring and autumn racing, where even a small improvement in temperature management makes a difference. The graphene circuit also dictates the architecture of the piece. To maintain an uninterrupted conductive pathway, the body is cut from a single piece of fabric with just one center seam at the rear and two shoulder seams to complete the form. Laser-cut armholes, neckline, and hems remove further material and bulk, with only two small pieces of film required to finish the construction. The result is an exceptionally minimal race layer, where material technology and construction work as one.
Features
• Fit: A featherweight racing vest with a printed graphene circuit, engineered to optimise core-body temperature via conductive cooling when racing between 10°C to 19°C.
• Printed graphene circuit for conductive cooling
• Ultra-lightweight base fabric
• 41g in a size M
• Single seam to ensure unbroken graphene circuit
• Laser-cut hems
• Ergonomic construction
• Laser-Cut: Lightweight, chafe-free performance
• Ultra Lightweight: Featherweight base fabric. Vest weighs just 41g in a size M.
• Printed Graphene Circuit: Graphene circuit printed on to ultra-lightweight base fabric for unmatched conductive cooling between 10 and 19 degrees celsius.
• Functional: Graphene circuit helps reduce body temperature via conductive cooling.
Materials
• 75% PL
• 25% EL
Care
• Machine wash 30C
• Do not iron
• Do not bleach
• Do not dry clean
• Do not tumble dry
Advanced thermal cooling.
Engineered to manage heat at race pace, the Graphene Vest explores how a garment can help manage thermal load. As temperatures rise, running fast becomes harder, and increased body temperature can raise perceived effort. A conductive graphene circuit is printed directly onto the fabric, designed to distribute heat away from the core. The effect is optimal in 12-18°C conditions typical of spring and autumn racing, where even a small improvement in temperature management makes a difference. The graphene circuit also dictates the architecture of the piece. To maintain an uninterrupted conductive pathway, the body is cut from a single piece of fabric with just one center seam at the rear and two shoulder seams to complete the form. Laser-cut armholes, neckline, and hems remove further material and bulk, with only two small pieces of film required to finish the construction. The result is an exceptionally minimal race layer, where material technology and construction work as one.
Features
• Fit: A featherweight racing vest with a printed graphene circuit, engineered to optimise core-body temperature via conductive cooling when racing between 10°C to 19°C.
• Printed graphene circuit for conductive cooling
• Ultra-lightweight base fabric
• 41g in a size M
• Single seam to ensure unbroken graphene circuit
• Laser-cut hems
• Ergonomic construction
• Laser-Cut: Lightweight, chafe-free performance
• Ultra Lightweight: Featherweight base fabric. Vest weighs just 41g in a size M.
• Printed Graphene Circuit: Graphene circuit printed on to ultra-lightweight base fabric for unmatched conductive cooling between 10 and 19 degrees celsius.
• Functional: Graphene circuit helps reduce body temperature via conductive cooling.
Materials
• 75% PL
• 25% EL
Care
• Machine wash 30C
• Do not iron
• Do not bleach
• Do not dry clean
• Do not tumble dry
Engineered to manage heat at race pace, the Graphene Vest explores how a garment can help manage thermal load. As temperatures rise, running fast becomes harder, and increased body temperature can raise perceived effort. A conductive graphene circuit is printed directly onto the fabric, designed to distribute heat away from the core. The effect is optimal in 12-18°C conditions typical of spring and autumn racing, where even a small improvement in temperature management makes a difference. The graphene circuit also dictates the architecture of the piece. To maintain an uninterrupted conductive pathway, the body is cut from a single piece of fabric with just one center seam at the rear and two shoulder seams to complete the form. Laser-cut armholes, neckline, and hems remove further material and bulk, with only two small pieces of film required to finish the construction. The result is an exceptionally minimal race layer, where material technology and construction work as one.
Features
• Fit: A featherweight racing vest with a printed graphene circuit, engineered to optimise core-body temperature via conductive cooling when racing between 10°C to 19°C.
• Printed graphene circuit for conductive cooling
• Ultra-lightweight base fabric
• 41g in a size M
• Single seam to ensure unbroken graphene circuit
• Laser-cut hems
• Ergonomic construction
• Laser-Cut: Lightweight, chafe-free performance
• Ultra Lightweight: Featherweight base fabric. Vest weighs just 41g in a size M.
• Printed Graphene Circuit: Graphene circuit printed on to ultra-lightweight base fabric for unmatched conductive cooling between 10 and 19 degrees celsius.
• Functional: Graphene circuit helps reduce body temperature via conductive cooling.
Materials
• 75% PL
• 25% EL
Care
• Machine wash 30C
• Do not iron
• Do not bleach
• Do not dry clean
• Do not tumble dry