On Women's Running Cloud Sneaker, Charcoal/Rose

Cloud - Zero-Gravity Running Run with ultimate lightness and intelligent cushioning. Built from Zero-Gravity foam, the Cloud unites ultimate lightness with the superior cushioning of 16 hollow pods for a soft landing. Cleverly engineered in Switzerland, the Cloud provides protection and comfort where others only offer lightweight. In other words: stripped down to the bare maximum. Feel the combination of a soft landing and an explosive takeoff for effortless running performance. The all-new Cloud offers the unique On running sensation in the lightest model of the lineup. Run light, land soft yet push-off hard. This is the winning combination that leads World Champions and Olympic Gold Medalists to new personal bests. Everyday runners have more fun on their run. We call it Zero-Gravity Running. Features: · Built from Zero-Gravity foam, the patented CloudTec sole unites minimal weight with superior cushioning comfort. · Split by a central channel, the CloudTec sole reacts to your individual movement path. · The clever lacing system includes a slip-on-and-go style speed lace to fit your foot like a glove. · Unleash the natural energy of your feet: the all-new Speedboard. Promotes a more efficient running gait to maximise performance FLEXPLATE Speedboard - Conceived from latest biomechanical research, a central channel between the medial and lateral side of your foot lets the CloudTec sole freely adapt to the individual movement path of your feet. OUTSOLE Cloud-Pods - The 16 Cloud-pods are directly attached to a flexplate aka Speedboard – no bulky midsole needed. Strategically placed flex-cuts allow the sole to adapt to your footprint. Specifications: Upper: Breathable mesh provides perfect foot climate. · Shaft enforcement supports your foot in the right place. Reflective details ensure night visibility. · Additional lace loops allow for individual lacing · Flexib

ASIN

B00IBVPS70

Embedding

CLIP ViT-L/14 · 768d

Distance metric

cosine

Doc fetch

1ms·cache hitGET /v2/namespaces/amazon-products/documents/B00IBVPS70

How it works

Similar query

18msnearest_to_id → /query

Doc fetch goes through Layer's Aerospike pull-through cache; cache hit served the row without touching turbopuffer. The similar query asks Layer for nearest neighbors of the stored product vector — queries don't go through the doc cache, so no cache header is set.