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Nu Sensuelle Remote Control Partner Ring - Black - Cock Rings
Nu Sensuelle Remote Control Partner Ring - - Cock Rings

Nu Sensuelle Remote Control Partner Ring

$69.99
$69.99

Vibrating silicone couple ring with remote control for shared stimulation during play

Key Features:

Advanced remote-controlled stimulation technology

Medical-grade silicone construction

10 distinct vibration functions

Enhances sexual performance

Wireless control for interactive experience

Vendor: Nu Sensuelle
SKU: CR-018-B-ALL COLORS-BLACK-34795
Availability: Out Of Stock
Product Type: Cock Rings
Please hurry! Only 0 left in stock
Colour: Black

Frequently Asked Questions

What is the Nu Sensuelle Remote Control Partner Ring?
A high-tech medical-grade silicone cock ring with wireless remote control functionality, designed to enhance sexual performance through 10 distinct vibration modes and simultaneous stimulation for both partners during intimate encounters.
Can this penis ring improve sexual experience?
This penis ring provides enhanced erection support, extended performance, and added stimulation through its precision-engineered vibration technology, creating more intense and prolonged sexual experiences for both participants.
How does the Nu Sensuelle Remote Control Partner Ring function?
The ring wraps around the base of the penis, utilizing wireless remote control to activate 10 different vibration patterns, providing targeted stimulation and helping maintain firmer, longer-lasting erections during sexual activity.
Is this cock ring comfortable for extended wear?
Constructed from medical-grade silicone, the ring offers flexible, body-safe design with adjustable fit, ensuring maximum comfort and minimal restriction while providing consistent stimulation and performance enhancement during sexual encounters.
Where can this C-ring be used in bondage play?
This C-ring can be integrated into BDSM scenarios, offering additional sensory stimulation during restraint play, with remote control functionality allowing for dynamic and unexpected intensity during power exchange interactions.

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