Reserve the product between 7 days and 24 hours before you fly and we’ll have it ready to collect when you are at the airport.
- Add to Bag & ReserveAdd the items you want to your basket and complete the order from. No payment is taken and you have no obligation to purchase.
- ConfirmHeathrow's Shopping Services Team will confirm the price and availability of your reservation request up to 3 days before you travel.
- Collect & PayWhen you arrive at Heathrow, visit the store where you have made your reservation to collect and pay for your shopping.
- Listen to high quality sound with powerful bass and detailed vocals
- Say goodbye to wires thanks to Bluetooth technology
- Connect to a music player instantly with NFC one-touch pairing
- Never miss a call with vibrating alerts
- Play your music all day with up to 10 hours or battery life
Listen to high quality sound
Sennheiser Momentum Wireless Bluetooth Headphones deliver premium sound quality through custom machined stainless steel in-ear sound tunnels. This delivers great acoustic performance and detailed vocals and powerful bass.
Say goodbye to wires
Listen to your music without wires. The Momentum headphones are Bluetooth-enabled so they can connect to your smartphone, tablet or music player without having to be plugged in. The headphones support aptX technology, which means you get CD-like sound quality at all times.
Connect to a music player instantly
NFC one-touch pairing lets you connect instantly to another NFC device by tapping them against each other. If you have an NFC-enabled smartphone just tap it against the headphones to start listening to your music.
Never miss a call
You'll never miss a call thanks to voice prompts and vibration alerts letting you know when you've got a call. A built-in microphone and remote in the neckband lets you manage your calls without you having to reach for your phone.
Play your music all day
With up to 10 hours of battery life, the Sennheiser Momentum Wireless Bluetooth Headphones provide enough power for all-day listening on a single charge.