Brooklyn Bedding Titan 13" Hybrid Luxe Mattress for Plus Size Sleepers with Cooling Cover, Full

Brooklyn Bedding

Brooklyn Bedding Titan 13" Hybrid Luxe Mattress for Plus Size Sleepers with Cooling Cover, Full

Name: Brooklyn Bedding Titan 13" Hybrid Luxe Mattress for Plus Size Sleepers with Cooling Cover, Full
Brand: Brooklyn Bedding
SKU: B0BNWBFMSC
Price: 1432 USD
Availability: InStock

✅ In stock

Grade

💤 Not a Deal

0/100

Current Price

$1,432.00

Listed $302.59

Analysis Confidence 100%

⚠️ Price may have changed. Last updated 24+ hours ago — confirm on Amazon.

Check Deal at Amazon

Price verified Sep 16, 2026 4:53 AM · Prices & availability subject to change

Is This a Good Price on Amazon?

💤 Not a Deal

💤Verdict: Not a Deal. Price is at or above historical norms. Best to wait for a sale.
💰At 36% above its usual rate, this is currently priced higher than what most shoppers have paid.
📉It has been quite a while since a more competitive price was available, lending today's offer solid comparative value.
📈Prices have been moving higher lately — waiting risks paying more if that momentum continues.

How We Scored This Deal

Price Competitiveness 0/28

Recent Value 0/22

Market Standing 0/20

Deal Strength 0/20

Momentum 0/10

📝 Product Overview

🏪 Sold by 3Z Brands

🚚 Shipping Free Shipping

Product Details

✓STURDY, STRONG, AND SAG-FREE: engineered with high-quality materials to support 1,000 lbs while providing maximum comfort while you sleep.

✓CONTOURING COMFORT: 13 inches of layers built to support the big, tall, and powerfully strong while offering the most plush design available with a medium firm feel at a 6/10 on firmness scale.

✓PERSONALIZED SLEEP: Mattress developed for two styles of sleepers: plus-size sleepers who want ample support, but require a more medium-level feel and plus-size sleepers whose partners are not necessarily plus-size and require more contouring.

✓COOLING: The GlacioTex+ Cooling Cloud Pillow Top is designed to wick away heat and keep you at the ideal temperature while the hybrid design and porous foams promote optimal breathability.