GUANGZHOU GUOMAT AIR SPRING CO. , LTD
Email:linda@662n.com Mob:+8613924100039(WhatsAPP) Wechat:airspringG Skype:guomat
Add to Cart
Front Air Spring Strut Range Rover Sport 2010-2014 Excluding Supercharged
Specifications
| Type | Air suspension spring | GUOMAT NO. | 504006 |
| Car make | Land Rover | Package | Carton/Cartons |
| Position | Front Left and Right | Warranty | One year |
| Rubber type | Natural rubber | Place of origin | Guangzhou China(main land) |
| Manufacturer part NO. | LR41108, LR016415, LR052866, LR018172, REB500060, REB500190, LR016403, RNB501580, RNB501620, RNB501600, LR032646 | Year | 2010-2014 |
LAND ROVER Range Rover Sport Air Suspension Parts
2010-2014 Excluding Supercharged
Front Air Spring Strut Left or Right RNB501580
PRODUCT WEIGHT: 9.98KG
ORIGINAL EQUIPMENT NO.: RNB501580, RNB501250, RNB501620, RNB501460, RNB501600, RNB501470,
RNB000857, RNB000856, RNB000858, RNB501480
| LAND ROVER Discovery 2 (II) Series Air Suspension Parts |
| 2005-2009 |
| Front Air Spring Strut - Left or Right RNB501580 |
| LAND ROVER Discovery 4 / LR4 Air Suspension Parts |
| 2010-2014 |
| Front Air Spring Strut - Left or Right RNB501580, RNB501250, RNB501620, RNB501460, RNB501600, RNB501470, RNB000857, RNB000856, RNB000858, RNB501480 |
| LAND ROVER Range Rover Sport Air Suspension Parts |
| 2006-2009 including Supercharged |
| Front Air Spring Strut Left or Right RNB501580 |
| 2010-2014 Excluding Supercharged |
| Front Air Spring Strut Left or Right RNB501580, RNB501250, RNB501620, RNB501460, RNB501600, RNB501470, RNB000857, RNB000856, RNB000858, RNB501480 |
The Advantages of Air Spring
These air springs (air shock absorbers) offer a favorable stroke-to-compressed-height ratio when compared to air cylinders, and they can accept a wide variety of actuation media such as air, water, nitrogen or anti-freeze. As isolators, GUOMAT Air Springs are effective in reducing the harmful effects of vibration. They can simultaneously isolate vibration and regulate load height as well as allow for consistent vibration isolation under varying loads.
