Saddlemen Step-Up 2-Up Seat - Lattice Stitch - 807-11-17506

Upgrade your motorcycle with the Saddlemen Lattice Stitch Step-Up Seat. This seat combines classic styling with modern comfort technology, making it ideal for riders seeking both performance and aesthetics. Experience superior support and a distinctive look with this high-quality, American-made seat.

Description

The Saddlemen Lattice Stitch Step-Up Seat features a Gel-Core interior paired with Ultra-Foam, providing the perfect balance of rigidity and compliance for exceptional comfort on long rides. Saddlemen's unique Ultra-Foam molding process creates a self-skinning barrier that seals the foam, offering excellent water resistance and enhanced durability. The retro-inspired lattice stitch design adds a touch of old-school cool to your bike. Designed and manufactured in the USA, this 2-up seat ensures both rider and passenger enjoy a comfortable and stylish ride. The seat's Saddlehyde™ material offers a durable and weather-resistant finish, ensuring it looks great for years to come.

Features & highlights

• Gel-Core interior provides exceptional comfort and support.
• Ultra-Foam offers a perfect balance of rigidity and compliance.
• Element-resistant self-skinning process enhances durability.
• Lattice stitch retro styling adds a unique aesthetic.
• Designed and made in the USA.
• Saddlehyde™ material ensures weather resistance.
• 2-Up design for both rider and passenger comfort.

Technical specifications

• Fit: Harley Davidson
• Fit: Harley Davidson
• Brand: SADDLEMEN
• Product Name: Seat
• Type: 2-Up Seat
• Base Color: Black
• Color/Finish: Black, White
• Decoration: Lattice Stitched
• Stitching: White Stitching
• Material: Saddlehyde™
• Fill Material: Ultra-Foam, GelCore™
• Driver Seat Length: 14"
• Driver Seat Width: 10"
• Rear Seat Length: 11.5"
• Rear Seat Width: 6.25"
• Overall Seat Length: 26"
• Fits Tank Size: 3.3 US gal. (12.5 liter)

Important to know

Ensure compatibility with your motorcycle model before purchasing. Professional installation is recommended for optimal fit and performance.