Detalles, especificaciones y rendimiento
Cobra Suspension sport springs for BMW 3 SERIES (2WD)
Cobra Suspension sport springs reference COB0014481, for BMW 3 SERIES (2WD), type/chassis E36, body type SEDAN, years 10/1991-1992, engine 320/325+325TD.
These sport springs are designed to improve the vehicle's aesthetics and response by lowering its center of gravity, while maintaining reasonable road use. Cobra Suspension states that its springs are made from chrome-silicon steel, cold wound using CNC machines, and treated with an anti-corrosion finish with powder coating.
Technical application data
- Vehicle: BMW 3 SERIES (2WD) E36
- Body / version: SEDAN
- Manufacturing years: 10/1991-1992
- Engine: 320/325+325TD
- Lowering: Front/rear drop: 30/30 mm
- Homologation indicated in technical sheet: T‹V / GOCA
- Cobra reference: COB0014481
- Supplier reference: 00.1448.1
- Indicated weight: 10.8 kg
Compatibility and assembly notes
- Check spring seat and coil diameter/orientation according to technical sheet: FRONT TOP COiL = 133 MM (OUTSiDE) / VA: OBERE WiNDUNG = 133 MM (AUSWENDiG)
Before purchasing: confirm that the make, model, chassis, year, body type, drivetrain, and engine match your vehicle. Do not rely solely on the car's commercial name; in suspension, a difference in axle, load, sports trim, or electronic system can change compatibility.
COBRA SPORT SPRINGS 00.1448.1 | for BMW 3 Series (2WD) E36 Sedan | 320/325+325TD at APEXCORSE
Cobra Suspension component selected to improve the vehicle's aesthetics, precision, and dynamic behavior, with a premium focus for sport use, road, and racing preparation.
- Application: BMW 3 Series (2WD) E36 Sedan
- Engine: 320/325+325TD
- Year: 10/1991-1992 30Mm Front-30Mm Rear
- Supplier reference: 00.1448.1
- APEXCORSE SKU: COB0014481
- Secure purchase: original product, specialized technical advice, and shipping managed by APEXCORSE.
- Recommendation: always verify compatibility, homologation, and ITV before installation.
Buy now at APEXCORSE and upgrade your vehicle with high-performance components.