Lowest Price Ever

CORSAIR iCUE LINK LX120-R RGB 120mm PWM Reverse Fans Starter Kit - White

Name: CORSAIR iCUE LINK LX120-R RGB 120mm PWM Reverse Fans Starter Kit - White
Brand: CORSAIR
Price: 99.99 GBP
Availability: InStock

By PriceDetective Editorial Team · Verified by our deals experts

£99.99

All-time low: £99.99All-time high: £99.99

Get notified when the price drops

In Stock

Bring amazing airflow and lighting to your PC with CORSAIR iCUE LINK LX120-R RGB Fans, featuring reverse rotors, dual light loops, and simplified iCUE LINK connectivity. Includes Reversed rotor for a flawless aesthetic as an intake fan 18 RGB LEDs per fan spread across dual light loops iCUE LINK System Hub included Magnetic Dome bearing for minimal noise QuikTurn Fan Screws for rapid installation

Buy Now at CORSAIR

Price Analysis & Buying Guide

This is the lowest price we've tracked

At £99.99, this CORSAIR product is at its all-time low.

Lowest Tracked

£99.99

Current Price

£99.99

Highest Tracked

£99.99

Product Details

Brand	CORSAIR
Sold by	CORSAIR
MPN	CO-9051054-WW
Condition	New
Currency	GBP

Frequently Asked Questions

Is this the best price for CORSAIR iCUE LINK LX120-R RGB 120mm PWM Reverse Fans Starter Kit - White?

Yes — at £99.99, this is the lowest price we've tracked for this product.

How does PriceDetective track prices?

We automatically monitor prices from major UK retailers daily. Our price history charts show how the price has changed over time, helping you decide whether to buy now or wait for a better deal.

Can I get alerted when the price drops?

Yes. Click the price alert button on this page to set your target price. We'll email you as soon as the price drops to or below your target.

How we make money

PriceDetective is a free price comparison service. When you click through to a retailer and make a purchase, we may earn a small affiliate commission at no extra cost to you. This helps us keep the site running and continue tracking prices across hundreds of UK retailers. Our price data and recommendations are not influenced by these partnerships.