H&R 51821 Sport Lowering Springs for 2002-2006 Honda CR-V 2WD

Vehicle Fitment

• 2002-2006 Honda CR-V (LX, EX, SE; 2WD, 2.4L I4)

Features

• H&R Sport progressive-rate lowering springs for improved handling
• Lowers center of gravity for enhanced stability and cornering
• Reduces body roll compared with stock suspension
• Improves visual stance with reduced fender gap
• Precision wound from high-strength 54SiCr6 spring steel
• Shot-peened and stress-relieved for long service life
• Balanced ride quality for street use and occasional spirited driving
• Compatible with OEM or many aftermarket shock absorbers/struts

Specifications

• Part Number: 51821
• Front Lowering Approx.: ~1.4 inches
• Rear Lowering Approx.: ~1.3 inches
• Material: High-tensile 54SiCr6 spring steel
• Fitment: Front-wheel-drive Honda CR-V (2002-2006)
• Quantity: Set of 4 lowering springs (front and rear)

Included Components

• 2x Front sport lowering springs
• 2x Rear sport lowering springs
• Manufacturer documentation

Product Description

H&R 51821 Sport Lowering Springs are a performance suspension upgrade developed for **2002-2006 Honda CR-V** models with front-wheel drive and a 2.4 L 4-cylinder engine. These Sport springs lower the vehicle's ride height by approximately **1.4 inches at the front** and **1.3 inches at the rear**, helping reduce body roll, improve handling response, and enhance overall stability compared with standard springs. The lowered center of gravity also gives the CR-V a more aggressive stance with reduced fender gap, improving its visual appeal and handling characteristics.

Manufactured in Germany from high-strength 54SiCr6 spring steel with a progressive spring rate design, H&R Sport Springs provide a blend of improved performance and comfortable ride quality suitable for daily driving. The complete kit includes four springs for front and rear suspension and is compatible with many OEM shock absorbers or struts, making it an excellent upgrade for Honda CR-V owners seeking sharper handling and a sportier stance without the complexity of a coilover system.