Virgin Media has recently slashed the price of its fastest broadband offering to an unprecedented low. The company has initiated an unexpected sale, reducing the cost of its ultra-fast Gig1 Fibre Broadband by over £70.
This service offers speeds of up to 1,130Mbps and typically retails for £29.99 per month. However, it is now available for just £26.99, resulting in a total saving of £72 over the 24-month contract, equivalent to approximately 87p per day.
Virgin claims that this promotion represents the “lowest ever price” for its Gig1 plan. With such high speeds, users can download a feature-length HD movie in under 30 seconds and have a 50GB PS5 game ready to play in less than seven minutes.
While households with 70Mbps speeds may wait over 90 minutes to download the same game, Virgin’s offer ensures smooth Netflix streaming and online gaming experiences. It is important to note that the discounted rate of £26.99 will increase twice during the minimum term, reaching £30.99 from April 2027 and £34.99 from April 2028.
Furthermore, the 1,130Mbps speeds may not be accessible to all UK households, necessitating verification through Virgin’s postcode checker. Comparatively, competitors like Sky and BT offer slightly slower speeds at higher prices, making Virgin’s £26.99 Gig1 deal highly competitive.
For those considering alternative network providers, Community Fibre is currently providing 1Gbps speeds at £25 per month, with the first three months free and prices fixed throughout the contract. However, Community Fibre’s services are limited to London and select south-east locations.
It’s essential for consumers to assess their speed requirements before committing to a broadband plan. While a couple streaming Netflix daily may suffice with around 100Mbps, larger households engaging in multiple activities such as remote work, movie downloads, and online gaming should opt for speeds of at least 300Mbps.
Choosing Virgin’s 1Gbps fibre service offers an analogy of having a motorway directly into your home, ensuring swift and reliable connectivity.