Skullcandy Indy True Wireless Headphones - Black

  • Brand: Skullcandy
  • SKU: 3200962
  • EAN: 878615098473
  • Colour: Black
  • Availability: in stock
  • Check & reserve:
  • Home delivery:
  • Internet only item: No
  • First tracked: 27 July 2019
  • Last updated: 03 April 2020

Current Price: £49.99

  • Lowest price: £49.99 (25 March 2020)
  • Highest price: £69.99 (05 March 2020)

Price history

25 March 2020£49.99
05 March 2020£69.99
16 February 2020£56.00
07 January 2020£69.99
04 December 2019£56.00
18 September 2019£69.99
05 September 2019£59.99
07 August 2019£69.99
27 July 2019£56.00
We started tracking this product on 27 July 2019.

Product description

For the independent music lover that's always on the go, Indy delivers a truly wireless experience without breaking the bank. With up to 16 rechargeable hours of battery life, a water-resistant design, and capacitive touch controls for music and calls, now you can have your soundtrack with more freedom than ever. The jump to truly wireless audio has never been easier. From quickly pairing to your phone, to 16 hours of battery life, to a pocket-sized portable charging case, Indy makes living life without wires the simple experience it's meant to be. Indy boasts an IP55 protection rating – with sweat, water, and dust resistance – so you can wear it confidently wherever you go. Touch the Skull to control. You can change songs, adjust volume, and manage calls just by tapping your earbuds. Silicon rubber ear pieces. In-line with microphone for calls and track control controls. 6mm driver. Carry case. Water-resistant. IPX4 splashproof. 10m range. Compatible with universal smartphones. Batteries required 1 x rechargeable battery (included) . Rechargeable battery. 16 hour battery life. 60 minute charging time. In the box: Earbuds Ear Gels (S, M, L) Charging Case Micro USB Charging Cable User & 2 Year Warranty Guide. Model number: S2SSW-M003. Manufacturer's 2 year guarantee.

EAN: 878615098473.

Warning - Not suitable for children under the age of 3 years due to small parts and entanglement hazard.