Nike Therma Dri-FIT Training Hoodie – Warm Moisture-Wicking Performance Hoodie (Obsidian/Black)
The Nike Therma Dri-FIT Training Hoodie in Obsidian/Black is designed to provide warmth, moisture control, and all-day comfort for training and everyday wear. Built with Nike Therma fabric, this hoodie helps retain body heat while maintaining a soft interior feel that keeps you comfortable during cooler workouts and outdoor activities. Featuring Nike Dri-FIT technology, this hoodie helps move sweat away from the skin for faster evaporation, keeping you dry and comfortable throughout your training sessions. Its warm yet breathable construction makes it a reliable layer for gym warm-ups, outdoor training, and casual wear. Key Benefits Nike Therma fabric helps retain warmth in cooler conditions Nike Dri-FIT technology helps wick sweat and keep you dry Supersoft interior enhances comfort and insulation Lightweight warmth without bulky feel Breathable design supports temperature control Comfortable fit supports natural movement Durable construction supports repeated wear Versatile design suitable for workouts and casual wear Ideal layering piece for cold-weather training Designed for comfort and performance Product Details Brand: Nike Color: Obsidian/Black Category: Training Hoodie Fabric Technology: Nike Therma heat-retention fabric Moisture Technology: Nike Dri-FIT moisture-wicking fabric Interior Feature: Supersoft heat-retaining lining Fit Type: Standard athletic fit Usage Type: Training and everyday wear Care Instructions: Machine washable Model Number: 932253 Part Number: 932253 Best Uses This Nike Therma Dri-FIT Training Hoodie is ideal for cold-weather workouts, warm-ups, outdoor training, and casual wear. Its heat-retaining and moisture-wicking features make it especially useful during cooler seasons. Why Thermal Performance Hoodies Are Popular Thermal performance hoodies are popular because they combine warmth with moisture-wicking technology. This balance helps athletes stay comfortable, dry, and focused during workouts in cooler conditions.