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  • Proven by Science

    At G-HEAT, we believe that innovative clothing should not only be comfortable, it should be effective, measurable, and safe.

    Our heating technology is the result of years of experience in the field of thermoregulation, tested in the laboratory and in the field. No chemicals, no gimmicks. Just carbon fiber, electronic precision, and the science of thermal comfort. Our heating systems have been validated for:

    ✅ 99.9% circuit reliability tested in the lab

    ✅ Heat diffusion without hot spots

    ✅ Extended battery life thanks to smart energy management

    ✅ Freedom of movement and comfort

  • -20°C
    Outdoor temperature tested while maintaining thermal comfort
  • 60 s
    Instantaneous start of heating
  • +42°C
    Maximum temperature reached on heating zones
  • The precision of carbon fiber

    At the heart of each of our garments, carbon filament heating pads act as micro-resistors.

    Placed in strategic areas—the back, shoulder blades, pockets, and neck—they diffuse gentle, even, and perfectly controlled heat.

    The result: precise, responsive, and long-lasting warmth designed to follow your movements, not slow them down.

    Our technical fabrics combine flexibility, breathability, and lightness for optimal thermal comfort without added weight.

We test. We adjust. We innovate.

How does it work?

  • Sweat à capuche chauffant
  • 3 heat settings
  • Targeted heat
  • 7 hours of battery life
  • Veste softshell chauffante zoom bouton

    Windbreaker

    This is a technical membrane with a microporous structure, calibrated to block air convection while maintaining controlled internal circulation.

  • Water repellent

    Our fabrics receive a durable water repellent (DWR) treatment that repels moisture and keeps the surface dry.

    Active protection against rain, without compromising on lightness or breathability.

  • Breathable

    Our breathable fabrics are based on a micro-ventilated textile structure that promotes moisture wicking while retaining heat. Each layer is designed to provide a constant thermal balance between insulation and ventilation.