Contact
Av. Ingeniero José
Alegría nº 4, Bajo 2
30007 Murcia Tel.663663739
Métodos de pago
- Visa
- Mastercard
- Bizum
- American Express
Bitube rear shock absorbers with piggy back reservoir for Harley-Davidson, Indian and Victory motorcycles. Includes models for Touring, Softail, Dyna and Sportster families. Improves stability and control in corners.
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
High-performance shock absorbers with a high-strength alloy steel body, aluminium compensation reservoirs filled with nitrogen, hydraulic damping and…
Compatible with high-performance rear suspension systems. Available in different lengths and preload settings. Spares to replace original shock absorbers or improve the motorcycle’s dynamic behaviour.