For breeds with long, dense double coats such as: Akita, German Shepherd, Husky, Golden Retriever, Chow Chow, Samoyed, Bernese Mountain Dog
The CPAD-011 Ultra Wing Comfort Pad is engineered for dogs with long, thick, double-coated fur. Featuring dual open-tip titanium wings paired with brass contact points, this aggressive wing design penetrates dense coats to ensure consistent stimulation and reliable skin contact.
Open Titanium Wings + Brass Points: Penetrates thick double coats for dependable contact.
Designed for Long, Thick Double-Coated Dogs: Maintains effective stimulation where standard pads may fall short.
Aggressive Wing Profile: Optimized for maximum reach and performance in dense fur.
Examples of breeds with long, dense double coats:
Akita
German Shepherd
Husky
Golden Retriever
Chow Chow
Samoyed
Bernese Mountain Dog
RX-090 (ET-300, FT-330, ET-400, K9-400, EZ-900, PE-900)
RX-120 (ET-800, K9-800, UL-1200)
RX-150 (FE-580, FE-560)
RX-1000 (E‑Fence Receiver)
Receiver model is located between the contact points.
For breeds with long, dense double coats such as: Akita, German Shepherd, Husky, Golden Retriever, Chow Chow, Samoyed, Bernese Mountain Dog
The CPAD-011 Ultra Wing Comfort Pad is engineered for dogs with long, thick, double-coated fur. Featuring dual open-tip titanium wings paired with brass contact points, this aggressive wing design penetrates dense coats to ensure consistent stimulation and reliable skin contact.
Open Titanium Wings + Brass Points: Penetrates thick double coats for dependable contact.
Designed for Long, Thick Double-Coated Dogs: Maintains effective stimulation where standard pads may fall short.
Aggressive Wing Profile: Optimized for maximum reach and performance in dense fur.
Examples of breeds with long, dense double coats:
Akita
German Shepherd
Husky
Golden Retriever
Chow Chow
Samoyed
Bernese Mountain Dog
RX-090 (ET-300, FT-330, ET-400, K9-400, EZ-900, PE-900)
RX-120 (ET-800, K9-800, UL-1200)
RX-150 (FE-580, FE-560)
RX-1000 (E‑Fence Receiver)
Receiver model is located between the contact points.