Asics Magic Speed 4 Men

The Asics Magic Speed 4 Men’s Running Shoes are designed for runners chasing speed, whether during training sessions or race day. Lightweight, responsive, and efficient, this shoe features a carbon- and TPU-plate design sandwiched between layers of FF BLAST™ PLUS cushioning for a snappy, propulsive ride. The engineered mesh upper ensures breathability and comfort, while the sleek white colorway delivers a clean, fast look. Perfect for tempo runs, interval training, and competition, the Magic Speed 4 is built to help you push the pace. Key Features Carbon & TPU Plate Technology: Delivers propulsion and efficiency for faster transitions. FF BLAST™ PLUS Cushioning: Lightweight foam for a balance of softness and responsiveness. Dual-Layer Midsole Design: Ensures energetic rebound and smoother stride transitions. Engineered Mesh Upper: Breathable, supportive, and lightweight for a race-ready feel. AHAR™ Outsole Rubber: Provides durability and grip on road surfaces. Lightweight Construction: Optimized for speedwork and competitive performance.

The Asics Magic Speed 4 Men’s Running Shoes are designed for runners chasing speed, whether during training sessions or race day. Lightweight, responsive, and efficient, this shoe features a carbon- and TPU-plate design sandwiched between layers of FF BLAST™ PLUS cushioning for a snappy, propulsive ride. The engineered mesh upper ensures breathability and comfort, while the sleek white colorway delivers a clean, fast look. Perfect for tempo runs, interval training, and competition, the Magic Speed 4 is built to help you push the pace. Key Features Carbon & TPU Plate Technology: Delivers propulsion and efficiency for faster transitions. FF BLAST™ PLUS Cushioning: Lightweight foam for a balance of softness and responsiveness. Dual-Layer Midsole Design: Ensures energetic rebound and smoother stride transitions. Engineered Mesh Upper: Breathable, supportive, and lightweight for a race-ready feel. AHAR™ Outsole Rubber: Provides durability and grip on road surfaces. Lightweight Construction: Optimized for speedwork and competitive performance.

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

The Asics Magic Speed 4 Men’s Running Shoes are designed for runners chasing speed, whether during training sessions or race day. Lightweight, responsive, and efficient, this shoe features a carbon- and TPU-plate design sandwiched between layers of FF BLAST™ PLUS cushioning for a snappy, propulsive ride. The engineered mesh upper ensures breathability and comfort, while the sleek white colorway delivers a clean, fast look. Perfect for tempo runs, interval training, and competition, the Magic Speed 4 is built to help you push the pace. Key Features Carbon & TPU Plate Technology: Delivers propulsion and efficiency for faster transitions. FF BLAST™ PLUS Cushioning: Lightweight foam for a balance of softness and responsiveness. Dual-Layer Midsole Design: Ensures energetic rebound and smoother stride transitions. Engineered Mesh Upper: Breathable, supportive, and lightweight for a race-ready feel. AHAR™ Outsole Rubber: Provides durability and grip on road surfaces. Lightweight Construction: Optimized for speedwork and competitive performance.

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Reinforced mesh upper At least 50% of the main upper material is made from recycled raw materials to reduce waste and carbon emissions Full length carbon plate

Engineered Mesh upper: Improves breathability At least 50% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions: The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology: Adds structure and improve toe-off propulsion Full-length carbon plate: Adds structure and improve toe-off propulsion FF BLAST TURBO cushioning: Our lightest and bounciest cushioning material that's 33% lighter and 13% more responsive than FF BLAST cushioning