KA600 Black Solar/Crank AM/FM/SW NOAA Weather Radio, Bonus AC Adapter/Charger, Bonus Reel Antenna, 5-LED Reading lamp, 3-LED Flashlight …

The Kaito KA600 is the perfect radio for emergencies and disasters, it comes with all the features that you need in any emergency situation. It comes with a High quality AC type brushless generator. The solar panel powers the radio by itself and charges the built-in batteries as well. To maximize the sunlight's rays, the solar panel is designed to tilt with the suns position to receive the energy during the day time. On the bottom side of the solar panel is a 5 LED reading lamp that you can use in poorly lit conditions. The radio is built with a multi-function LED flashlight. The super bright LED on the side can be used as a flashlight. We include the $14.95 AC adapter / charger for no extra cost so you can fully charge the internal batteries and use AC power for everyday use. We also include the $12.95 retractable reel FM / Shortwave antenna to improve the reception of both bands. Just use the adapter hooked to the radios telescopic antenna, extend the approximate 22 feet of insulated wire from the plastic reel and attach the other end to a high curtain or similar near a window. The 7 Band Weather radio precisely gives you weather bands. The weather alert feature enables you to receive the alert signal when a disaster arrives. To power the radio with sunlight, the solar panel is designed to tilt to receive the best sunlight. Specifications: FM: 88 108 MHz AM (MW): 520 1710 KHz LW (longwave): 150 521 KHz SW (shortwave): 2,300 23,000 KHz NOAA Weather: 1 7 Internal speaker: Diameter 66 mm Headset jack socket: 3.5 mm Sensitivity: FM ≤ 10uV MW ≤ 1mV/m SW ≤ 30uV RDS Display Thermometer and Humidity Meters Rechargeable batteries: 3 Ni MH batteries 600mAh Dimensions: 9 ½ x 5 ½ x 2 ½ inches Weight: 1 pound Accessories: User manual Earphones Warranty card

ASIN

B0163D8FC2

Embedding

CLIP ViT-L/14 · 768d

Distance metric

cosine

Doc fetch

2ms·cache hitGET /v2/namespaces/amazon-products/documents/B0163D8FC2

How it works

Similar query

55msnearest_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.