Strictly Come Dancing 2025 Adds Dani Dyer, Alex Kingston, Jimmy Floyd Hasselbaink
Strictly Come Dancing 2025 Adds Dani Dyer, Alex Kingston, Jimmy Floyd Hasselbaink

Strictly Come Dancing 2025 Adds Dani Dyer, Alex Kingston, Jimmy Floyd Hasselbaink

News summary

The 2025 lineup for BBC's Strictly Come Dancing has started to take shape with the announcement of several new contestants, including former Love Island winner Dani Dyer, Olympian and Gladiators star Harry Aikines-Aryeetey, actress Alex Kingston, and former Chelsea footballer Jimmy Floyd Hasselbaink. Dani Dyer expressed excitement about joining the show and the opportunity to wear its iconic costumes, while Aikines-Aryeetey, known as Nitro, returns after participating in last year's Strictly Christmas Special, eager to bring energy to the dance floor. The new season will also feature two new professional dancers, Alexis Warr from the US and Australian Julian Caillon. The show, set to return this autumn on BBC One and BBC iPlayer, will continue with Tess Daly and Claudia Winkleman as hosts and judges Craig Revel Horwood, Motsi Mabuse, Shirley Ballas, and Anton Du Beke. Meanwhile, professional dancer Gorka Marquez will be mostly absent from this season due to commitments filming the Spanish version of Strictly, though he will participate in group numbers and return for the final weeks. The BBC has been gradually revealing the cast on The One Show, building anticipation for the new series.

Story Coverage
Bias Distribution
50% Center
Information Sources
6a8412fc-1096-4c2b-a630-24144fb8fdd2605a98c4-d25e-430b-86c1-9232b14faa6b
Center 50%
Right 50%
Coverage Details
Total News Sources
2
Left
0
Center
1
Right
1
Unrated
0
Last Updated
13 days ago
Bias Distribution
50% Center
Related News
Daily Index

Negative

25Serious

Neutral

Optimistic

Positive

Ask VT AI
Story Coverage
Subscribe

Stay in the know

Get the latest news, exclusive insights, and curated content delivered straight to your inbox.

Present

Gift Subscriptions

The perfect gift for understanding
news from all angles.

Related News
Recommended News