Bathmate Gladiator Stretchy Cock Ring

Bathmate Gladiator Stretchy Cock Ring

The Bathmate Gladiator Stretchy Cock Ring is part of the Bathmate Power Ring range. Designed to help men delay orgasm, maintain an erection and achieve the appearance of a larger hard-on.

A single, stretchy cock ring made from phthalate free materials, the Gladiator is designed to be worn around the base of the penis. Measuring 0.7 inches in diameter, with a thickness of 0.5 inches, once in place the Gladiator Cock Ring will apply a gentle pressure that restricts the blood flow back out of the penis.

When used with a Bathmate water penis pump, the Gladiator is thick enough to help you maintain the seal between your body and the pump. Providing an air-tight vacuum, it leads to greater suction giving better penis pump results.

Wear during masturbation or partner sex and let this warrior of a cock ring help you keep the pleasure going for longer.

UK Delivery - All orders received before 3.30pm, Monday to Friday will be dispatched the same day.

Royal Mail Tracked 48– £2.95 usually delivered within 2 working days. FREE over £20
Royal Mail Tracked 24 - £3.95 on all orders, usually delivered within 1 working day FREE over £50
Royal Mail Special Delivery - £5.95 on all orders. Guaranteed next day delivery within the UK when ordered Monday to Friday before 3.30pm
Collect in store - Pay for this item online and then choose this option to collect it for FREE from Harmony Store, 103 Oxford Street, London, W1D 2HF or Harmony 99a Charing Cross Road, London, WC2H 0DP. Click & Collect orders are dispatched from our warehouse and will usually be ready for collection in 2 working days. 

Click here for full information on deliveries

EUROPEAN DELIVERY

Royal Mail International - £12.95 or £9.95 usually delivered in 3-5 working days
Click here for full list of countries we deliver to and delivery information.

Please note when ordering Electro Sex items in conjunction with other products, items may be dispatched and delivered separately. This will not affect the delivery charge.