Rear Shock Absorber for Royal Enfield Classic 350 | 500 | Electra 350 | Bullet 500 EFI | Thunderbird 350 & 500 | BS3 & BS4

Rear Shock Absorber for Royal Enfield Classic 350 | 500 | Electra 350 | Bullet 500 EFI | Thunderbird 350 & 500 | BS3 & BS4
Endurance shock absorber offers a comfortable ride & required handling behaviour
Product Info
| Brand | Endurance |
| Compatible Vehicle Brand & Model |
Royal Enfield Classic 350 | Classic 500 | Classic Chrome | Classic Desertstorm | Bullet Electra 350 | Bullet 500 EFI | Thunderbird 350 & 500 | Both BS3 & BS4 Models
|
| Package Includes | 2 Shock Absorbers | Gas Filled |
| Position |
Rear |
| Material | High Grade |
*Images displayed are for representation purposes only. Actual products may differ.
Special Features
- High quality valves with imported raw material
- Use of high grade material for suspension springs to enhance durability
- Well designed end cushions in various materials for improved comfort
- Best in class tuning of suspension spring and damper for comfort and sporty rides
- Optimised design of suspension systems to withstand high working loads
Original: $36.23
-70%$36.23
$10.87Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Endurance shock absorber offers a comfortable ride & required handling behaviour
Product Info
| Brand | Endurance |
| Compatible Vehicle Brand & Model |
Royal Enfield Classic 350 | Classic 500 | Classic Chrome | Classic Desertstorm | Bullet Electra 350 | Bullet 500 EFI | Thunderbird 350 & 500 | Both BS3 & BS4 Models
|
| Package Includes | 2 Shock Absorbers | Gas Filled |
| Position |
Rear |
| Material | High Grade |
*Images displayed are for representation purposes only. Actual products may differ.
Special Features
- High quality valves with imported raw material
- Use of high grade material for suspension springs to enhance durability
- Well designed end cushions in various materials for improved comfort
- Best in class tuning of suspension spring and damper for comfort and sporty rides
- Optimised design of suspension systems to withstand high working loads













