

Footwear that keeps your feet safe and comfortable in hot weather? Parade has created the breathable Talya safety sandal, an S1P and SRC shoe with openings, anti-puncture insert and non-slip sole. This safety sandal with 4.5 mm studs is ideal for use indoors, in high-temperature industries or in logistics activities in warehouses where it gets hot in summer.
Talya is fitted with a polycarbonate toe cap and a non-metallic anti-puncture insert, making the shoe non-magnetic without compromising its flexibility. It has a cushioned, comfortable mesh insole on EVA foam. The upper of Talya is made from tough, breathable split leather, with abrasion-resistant reinforcements and a reflective insert to improve your visibility.
Practical and functional, the low safety shoe has an adjustable Velcro fastening. A small loop on the tongue stabilises the Velcro fastening. Wide fitting, Talya has an elasticated strap on the top of the foot for comfortable walking.
Packed with Parade technology, the Talya unisex safety shoe combines the VPS SYSTEM (suspended arch support) for unquestionable comfort, the DRS (Delete Resonance System) which supports the heel in its shock-absorbing role and the PARADE AIR SYSTEM, an air bubble encapsulated in the sole for a smooth stride.
The shoe's ergonomic shape maintains the natural arch of the foot, following the arch's curve. This support inside the sole itself provides unrivalled comfort, particularly in the case of small or shuffling steps and extended periods of standing still.
Our DRS technology is in the heel and acts as a shock absorber. DRS is a cavity under the heel, in the shape of a semi-circular indent. When the heel is in contact with the terrain, this cavity falls inwards and moves with the heel to adapt to the terrain, preceding the foot’s roll and forward movement.
Our PARADE AIR SYSTEM technology is also inspired by the organic shape and roundness of the arch of the foot. The PARADE AIR SYSTEM is an air bubble encapsulated in the outsole of the shoe. This air cushion technology assists flexibility when walking.