harley-davidson ultra limited [PROGRESSIVE SUSPENSION] - 412 Series shock absorber

Product description for PROGRESSIVE SUSPENSION 412 Series shock absorbers

The PROGRESSIVE SUSPENSION 412 Series shock absorbers are specifically designed for the Harley-Davidson Ultra Limited motorcycle model and provide excellent performance and stability for an optimal riding experience. These high quality shock absorbers are an excellent choice for motorcyclists who want to improve their ride and increase comfort on long journeys.

Technical details

• ITEM NO. Manufacturer: 412-4074B
• Damper method: Filled with gas
• Area of application: Default
• Setting execution: Automatically
• Color/Surface: Black
• Spring type: Simple progressive spring rate
• Length (extended): 292.00mm (11.50 inches)
• Material: Steel
• Model: 412 Series without Covers
• Mounting position: Rear
• Position reservoir: Inside
• Progressive spring rate: 2.05 kg/mm - 2.80 kg/mm (120 lb/in - 170 lb/in)
• Number of pieces: Couple
• Type: Monotube shock absorber with spring sleeve

PROGRESSIVE SUSPENSION's 412 Series shock absorbers are known for their reliability and improved performance. With an automatic adjustment method, the shock absorbers automatically adjust to the road conditions, ensuring a consistently comfortable ride. The simple progressive spring rate ensures an adaptable reaction to different loads, which is particularly advantageous on long and uneven routes.

The shock absorbers are made of durable steel and have a black finish that is not only aesthetically pleasing but also provides protection against corrosion. The internal reservoir location helps keep the system compact while operating efficiently. These features make the 412 Series shock absorbers an ideal choice for riding in a wide range of conditions and contribute to the durability and performance of the motorcycle.

In summary, the PROGRESSIVE SUSPENSION 412 Series shock absorbers provide an excellent option for Harley-Davidson Ultra Limited riders looking for a reliable and performance-oriented solution for their shock absorption.