See all parts that fit your 2016 Q5
Lightweight Rich Bass Neckband Headphones (Black with Copper Trim)
• Wired Headband On-Ear Headphones
• Integrated Microphone
• Adjustable Headband
• Sensitivity: 106 dB
• Color: Black/Copper
When you look back and think about the most comfortable headphones you have ever owned, what comes to mind? Would you believe that there is even better? The Philips SHS5200/28 Neck-Band Headphones are truly built for comfort. Designed with an incredibly lightweight, comfortable ear-pads featuring Bass Beat vents for an added punch to your tunes. These Philips SHS5200 Neckband Headphones are worn similar to the way sunglasses rest on your ears. Lightweight Arches wrap comfortably around the top the of your ears while the pillow soft earpads deliver an array of precisely produced frequencies that rival headphones designed for audiophiles. The single sided connection lets you handle your business without worrying about getting caught up. So give them a try, you'll thank us later!
Manufacturer:
Model Number:
SHS5200
Weight:
0.11lbs
Internal SKU:
shs5200
Internal Product ID:
70120
Headphones
I love these headphones
I use them all the time at the gym and jogging
15 found this helpful
Great headphones
This is my second pair, I lost the other ones. These were the best price I could find, headphones were delivered promptly. They are great for running!
14 found this helpful
Philips SHS5200 headhones
I was very pleased with these headphones. For the price I think they are hard to beat. Very good sound, way better than my old ones. Lightweight, comfortable, don't know how durable they are though, I've only had them for about a month.
14 found this helpful
Very good!
I really like this product. Has a beautiful design, is easy to use and has an excellent quality.
14 found this helpful
Cancel
Modern vehicles often require specific brackets, wiring harnesses, and mounting solutions. A fit guide ensures:
Whether you're replacing a factory stereo or upgrading your entire audio system, the Fit Finder eliminates uncertainty.