
85’’ QM6K Series QD-Mini LED QLED 4K UHD Smart TV
Best price now
Compared across 6 stores. Prices are checked against each store and labelled with when. As an Amazon Associate, Deal.ai earns from qualifying purchases.

Compared across 6 stores. Prices are checked against each store and labelled with when. As an Amazon Associate, Deal.ai earns from qualifying purchases.
It checks today's price at every store, compares the alternatives and answers in about a minute.
The TCL QM6K is a QD-Mini LED 4K smart TV with Google TV, a 144Hz native panel and up to LD500 local dimming on the 85-inch size. It pairs quantum-dot color with a high-brightness HVA panel and the AIPQ PRO processor, and adds gaming features like Game Accelerator 240 and FreeSync Premium Pro. The 85-inch model is listed at $427.99 at Amazon as of November 7, 2026, the only new price recorded so far.
In stock
In stock
In stockSold by auraeden
In stockReturn policy
In stock
Availability unknown
As an Amazon Associate, Deal.ai earns from qualifying purchases.
Lowest price we've seen: $427.99 on Nov 6 at PC Richard & Son. Tracked across 5 stores since Nov 6.
Owner feedback on the QM6K line is generally positive on brightness, color and gaming features for the price. Complaints center on the Google TV interface and some panel-to-panel variation.
TCL's QD-Mini LED combines the merits of QLED and OLED technologies, transforming the traditional backlight into lighting that is close to pixel-level precision. it also utilizes the world's leading QLED technology, offering contrast and color gamut comparable to OLED while also providing higher peak brightness and a longer lifespan. This represents the future technology of large-screen displays today.
The TCL all-domain halo control technology covers the entire path from light generation to imaging. The combination of TCL-developed high-efficiency light-emitting chips and lens technology, Micro-Optical Distance technology, light and shadow control algorithms, and high-end HVA Panel technology, it effectively solves the halo problem and delivers a premium viewing experience through system-level precise control of light.










