NASH ZT Sherpa Fleece Hoody Sweatshirt

Product benefits

The Nash ZT Sherpa Fleece Hoody is a thermal mid layer designed to deliver maximum warmth and comfort during fishing sessions and all your cold-weather outdoor activities. Its thick Sherpa fleece construction, combined with a quilted lining filled with hollow fibres, creates an effective insulating barrier that traps warm air while remaining comfortable to wear for long hours by the water.

Thanks to its regular fit, this technical sweatshirt can be worn alone or over lighter layers. It integrates perfectly into a layering system, making it a versatile solution for quickly adapting to temperature changes without compromising freedom of movement or comfort.

• Enhanced insulation thanks to the quilted lining and hollow-fibre fill.
• Sherpa fleece construction for a soft, enveloping warmth.
• Comfortable regular fit suitable for layering.
• Ideal as a fishing mid layer or for all cold-weather outdoor activities.

Technical features

• Mid layer providing high thermal insulation.
• Quilted interior with hollow-fibre padding to retain body heat.
• Thick Sherpa fleece material for cosy comfort and improved cold protection.
• Durable Water Repellent (DWR) treatment to repel water and withstand light showers and damp conditions.
• Full-zip design to ventilate or retain heat depending on conditions.
• Integrated hood to protect the head and neck from wind and cold.
• Technical pocket ZT Tech Protect Pocket specially designed to reduce the risk of water ingress to phones, receivers and small electronic devices.
• Regular fit designed to be worn over other layers in the Nash technical clothing range.
• Garment suitable for prolonged outdoor use, even in cool, damp conditions.

Advantages and highlights

By choosing this technical Sherpa fleece hoody from Nash, you opt for a garment developed to meet the demands of passionate practitioners. Its high level of insulation offers a real comfort difference during long waits by the water, on a boat or at a fixed spot. Where other mid layers reach their limits, the Sherpa Fleece retains more heat even when temperatures drop suddenly.

The DWR water-repellent finish adds appreciated protection in damp conditions: the fabric surface helps water bead up, which delays saturation in case of drizzle, condensation or fog. This allows you to stay out longer without immediately putting on an outer layer, while still benefiting from a breathable, comfortable garment.

• Optimised thermal protection for cold days and cool nights.
• Superior comfort thanks to the softness of the fleece and the quilted lining.
• Versatile use for fishing, light hiking, camping or everyday wear.
• Technical pocket designed to protect your essential devices by the water.
• Reliable garment belonging to the Zero Tolerance Nash range, recognised for its cold-weather performance.

Usage advice

To get the most from this fishing mid layer, wear it over a breathable base layer that wicks moisture, then add a waterproof outer jacket if necessary in case of heavy rain or strong wind. Layering lets you quickly adjust thermal comfort according to activity and weather.

Choose a size that leaves a slight allowance so you can layer a technical t-shirt or thin base layer underneath without feeling constricted. While fishing or waiting, remember to fully close the zip and hood to limit heat loss.

For care, follow the instructions on the garment label: gentle, regular washing helps preserve the insulating properties of the fleece and padding, as well as the effectiveness of the water-repellent finish. Avoid fabric softeners, which can clog fibres and reduce the fabric's technical performance.

Testimonials

FAQ

Question 1: Can this Sherpa fleece hoody be worn alone in damp conditions?

Answer: The DWR water-repellent finish makes it resistant to light showers and ambient dampness, allowing it to be worn alone in slightly wet conditions. However, in the case of sustained or heavy rain it is recommended to pair it with a waterproof outer layer to stay fully dry and preserve long‑term performance.