Active Noise-Canceling In-Ear Headphones

Product Features

• High-resolution 560.1 driver
  
• Stainless steel construction
  
• Noise isolating design
  
• Flexible ear hooks

In the Box

• RHA MA750 Noise Isolating In-Ear Headphone

Overview

Experience premium listening with high-resolution audio. lasting comfort and exceptional quality combining some of RHA’s most innovative technologies and designs.
HIGH-RESOLUTION AUDIO
The MA750’s handmade dynamic driver (model 560.1) has been custom-engineered to work harmoniously with the headphone’s Aerophonic™ design. It delivers balanced. high-resolution audio with excellent soundstage properties. The RHA MA750 is Hi-Res Audio certified by Japan Audio Society.
NOISE ISOLATING DESIGN
The MA750 is designed to fit comfortably and securely inside the ear canal. minimising external noise intrusion in order to produce authentic audio reproduction without interference. The headphone is supplied with ten sets of ear tips in a range of styles and sizes. including two sets of Comply™ Tsx-400 memory foam tips. in order to ensure the best. noise isolating fit for any ear.
DESIGNED FOR CLARITY
Designed to channel sound from the headphone’s driver to the listener’s ear without obstruction. RHA’s Aerophonic™ housing design ensures clear and accurate audio reproduction. Unique to RHA’s MA Series. the noise-isolating Aerophonic™ shape of the MA750 is crafted from high grade stainless steel.
OVER-EAR HOOK SUPPORT
The MA750 features flexible over-ear hooks designed to hold the headphones in position with the cable running over and behind the ear. The over-ear hooks ensure that the headphone offers a comfortable. secure fit in any ear and delivers effective noise isolation.
STAINLESS STEEL CONSTRUCTION
The MA750 is constructed from machined 303F grade stainless steel which contributes to the headphone’s sonic performance and guarantees lasting durability. Combining stainless steel with the MA Series’ signature Aerophonic™ design ensures the MA750 delivers clear. accurate high-resolution audio.