✓ FREE
✓ Ready TODAY - Order in the next for
✗ Nonreturnable - Final sale, no returns (even if unopened)
Earn 5% back in rewards! Learn More
Orders under $50 are NOT eligible for promotional codes.
You may still
earn and
redeem
Audio46 Rewards
.
Product Details
↓ Details provided by MoonDrop ↓
(Specifications and appearance of this product are subject to change without notice)
Highlights
- Compatible the nozzle diameter for 4.8mm-6.4mm
- Combination of Softness and Elasticity Medical-Grade Silica Gel Material
- Spring Tips ensures the surface of the Tips cap fits well to the ear canal and prevents stickiness through special mold treatment. The picky selected soft silicone material makes the comfort far exceeds that of similar products, and meanwhile, adds a radial double support structure to avoid the collapse of the Tips cap and prevent the bass leakage.
Sizing
S | M | L | XL | |
Nozzle Diameter (mm) | 5.5 | 5.5 | 5.5 | 5.5 |
Eartip Diameter (mm) | 9.40 | 10.84 | 11.84 | 14 |
Height (mm) | 8.2 | 9.0 | 9.8 | 10.7 |
SPRING TIPS for MOONDROP IEM
Acoustic waveguide + Double Support Structure
Silicone Earphone Ear-Tips
MOONDROP is committed to present the real neutral sound to listeners, we adhere to the pursuit of perfection and strict detail control whatever for earphones R&D or accessories design.vel facilisis.
And here, we designed a new type of silica gel ear tips, which adopts double mold injection molding process, and the tips body is integrated with the newly developed high-frequency waveguide structure and radial support structure, which enhances the support of the central axis on the premise of ensuring soft and comfortable wearing, making it durable and not easy to deform, effectively prevents the bass leakage while correcting the treble timbre, so as to obtain a better listening experience.
This is Spring Tips!
Nozzle
The nozzle of Spring Tips is equipped with acoustic waveguide structure verified by FEA finite element simulation combined with repeated experiments, significantly inhibiting the treble resonance generated by the coupling of the treble sound-waves into the ear canal through the nozzle in actual measurement, and greatly reducing the resonance of mid treble and the treble from the frequency amplitude response characteristics, lowering the burr and sharp sound in treble, to make the treble performance more natural and avoid the loss of treble extension.
The treble resonance is significantly suppressed during measuring
In the actual measurement of frequency response curve matched with earphones, It clearly showed that Spring Tips can greatly suppress the treble resonance peak generated by the coupling between ear tips and our canal, further improving the restore of the treble timbre.