Under Armour Charged Bandit Trail 3 men's running shoes black/castlerock/white

Parameters

Model/product code Charged Bandit Trail 3 3028657-001

Purpose Training

Leading colour Black

Brand Under Armour

Country of origin of the brand USA

Type of surface Site

Gender Male

Fastening type Laces

Type of Product Neutral

Season Year-round

Midsole Charged Cushioning®

Waterproof No

Upper material Grid

Sport Running

Upper width Standard

Drop 8 mm

Technologies Charged Cushioning®

Breathability Yes

Under Armour Charged Bandit Trail 3 men's running shoes black/castlerock/white 2

Sizes table

EU size	38	38,5	39	40	40,5	41	42	42,5	43	44	44,5	45	45,5	46	47	47,5	48	48,5	49	49,5
Length (cm)	24	24	24,5	25	25,5	26	26,5	27	27,5	28	28,5	29	29,5	30	30,5	31	31,5	32	32,5	33
US Size	5,5	6	6,5	7	7,5	8	8,5	9	9,5	10	10,5	11	11,5	12	12,5	13	13,5	14	14,5	15
UK size	5	5,5	6	6	6,5	7	7,5	8	8,5	9	9,5	10	10,5	11	11,5	12	12,5	13	13,5	14

Product description

Advantages

Breathability

The materials used in this model are highly breathable, meaning that moisture is effectively wicked away, leaving the inside of the running shoe dry and comfortable.

Adhesion

The sole construction used is distinguished by its high traction coefficient, which allows stable stepping when running in adverse weather conditions or over difficult terrain.

Depreciation

The sole material provides excellent cushioning and high energy return to make your run comfortable and safe, no matter what terrain you[re on.

Neutral foot

The shoes are designed for people with neutral feet, who do not require additional support or elements to correct rolling, as this type of foot distributes weight evenly.

Tread

The outsole features an advanced tread pattern that allows for stable footing, regardless of the surface, making it possible to run on uneven terrain and in inclement weather.

Technologies

Charged Cushioning®

Double-layered foam that absorbs the energy created when the foot lands and converts it into rebound energy. Excellent shock absorption and increased flexibility of movement.