ElectraLoops Adjustable Electro Cock Rings

A flexible, adjustable system designed for controlled stimulation and consistent performance. ElectraStim ElectraLoops combine stretch fit comfort with conductive design, allowing you to position, adjust, and refine the experience to suit your setup.

Key Features

• Adjustable Loop Design: Set your preferred size and tension for a precise fit
• Conductive Construction: Designed for consistent electrical stimulation
• Dual Loop Pack: Wear individually or combine for layered positioning
• Flexible Fit: Adapts easily to different placements along the shaft or base
• Stable Contact: Maintains connection during use
• Versatile Setup: Suitable for a range of configurations

Performance & Experience

Once in place, the loops create a more contained, focused feel — holding position while delivering steady, consistent contact.

The adjustable design lets you control both fit and placement. Positioned at the base, they provide a grounded, secure hold. Worn higher, they shift the sensation — more focused, more defined, more responsive to movement.

Used together, they create a more layered experience, building intensity gradually while maintaining control throughout.

Fit & Use Guidance

Designed for use with compatible e-stim control units (sold separately).

Adjust each loop to your preferred size before positioning. Experiment with placement to find the most effective setup.

Use conductive gel for best performance. Start at lower intensity settings and increase gradually.

Size & Specs

• Material: Conductive Rubber
• Adjustable Diameter: Up to approx. 2.75″ (70 mm)
• Fit: Fully adjustable loop design
• Quantity: Pack of 2
• Compatibility: Requires e-stim control unit (not included)

Care

Clean thoroughly after use with warm water and suitable toy cleaner. Dry fully before storing.

About ElectraStim

ElectraStim specialises in precision-designed e-stim products built for controlled, consistent performance. Their range focuses on adjustability, reliability, and refined stimulation through well-developed conductive materials.