Versablast 4 Shoes

Designed to adapt to your routine, the ASICS VERSABLAST™ 4 is a versatile training shoe built for mixed workouts and daily road runs. Inspired by the Blast Beyond Series, this lightweight silhouette focuses on comfort, softness and energetic rebound—helping you move seamlessly from gym sessions to running miles.

Soft comfort with responsive energy

The midsole features AMPLIFOAM™ PLUS cushioning, delivering a plush feel underfoot while maintaining a lively rebound. This balance of softness and responsiveness supports varied training intensities and helps create a fast, smooth ride.

Lightweight breathability for everyday performance

A repeat mesh upper enhances airflow to keep your feet cool and comfortable during workouts. The lightweight construction reduces fatigue, making the shoe an ideal partner for longer sessions or multi-activity training days.

Built for neutral and underpronation runners

Engineered for runners with neutral or underpronation gait patterns, the VERSABLAST™ 4 supports efficient shock absorption and stable transitions from heel strike to toe-off—promoting comfort across different surfaces and training styles.

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Key Features

• AMPLIFOAM™ PLUS midsole for soft cushioning and energetic rebound

• Breathable repeat mesh upper for lightweight ventilation

• Versatile design suitable for running and training workouts

• Neutral support with smooth, comfortable transitions

• Lightweight feel for daily performance and extended wear

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Specifications

• Surface: Road

• Cushion: Regular

• Heel Drop: 8 mm

• Weight: 260 g / 9.2 oz

• Support: Neutral

• Pronation: Neutral / Underpronation

• Style: 1011B984.600

• UPC: 197298809597

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Pronation Guidance

Neutral Pronation

• Foot type: Normal arches

• Push-off: Even distribution across forefoot

• Ground contact: Heel lands on outer side then rolls inward for shock absorption

Underpronation (Supination)

• Foot type: High arches

• Push-off: Pressure on outer toes

• Ground contact: Outer heel strike with limited inward roll, increasing shock transmission