Bitubo GEV0 Front Monoshock for 2013-2017 Piaggio VESPA - PV043GEV01

The Bitubo GEV0 Front Monoshock, part number PV043GEV01, is a front-suspension replacement and upgrade for 2013-2017 Piaggio VESPA. The setup combines spring preload, compression adjustment. It replaces aging factory damping with a purpose-built Bitubo component while adding the adjustment range specified for this exact part. That gives you a more useful setup window for matching the chassis to rider weight, load, and intended use instead of being locked into a one-setting stock suspension package.

Key Features & Specs:

• Series: GEV0 Vespa Special Series
• Product Type: Front Monoshock
• Adjustability: Spring preload, Compression
• Spring Color: Red
• Bitubo Configuration: Vespa Front monoshock adjustable: spring preload, compression, red spring
• Weight: 4.19 lb
• Box Dimensions: 45 x 17 x 9 cm
• UPC: 8033914190163
• Part Number: PV043GEV01

Fitment:

Piaggio:

• VESPA PRIMAVERA 50 2T C53200 2013-2017 50cc
• VESPA SPRINT 4T 3V IE M81300/01 2014-2015 125cc
• VESPA SPRINT 50 2T NO ABS E2 C53201 2014-2017 50cc
• VESPA SPRINT 50 4T 4V NO ABS C53101 2014-2017 50cc
• VESPA LX PRIMAVERA 125 4T 3V M81100 2013-2017 125cc
• VESPA PRIMAVERA 150 4T 3V/ABS M81200/01 2013-2016 150cc
• VESPA SPRINT 150 4T 3V IE ABS M81401 2015 150cc
• VESPA PRIMAVERA 50 4T C53300 2013-2017 50cc

About Bitubo GEV0 Vespa Special Series:

The GEV0 is a Vespa-focused front monoshock from Bitubo’s Special line, using a separate nitrogen-pressurized reservoir with continuous spring preload and compression adjustment. It is aimed at sport-oriented Vespa builds where front-end setup needs to go beyond stock hardware.

About Bitubo Suspension:

Founded in 1963, Bitubo develops motorcycle suspension and damping systems for street, racing, V-twin, scooter, Vespa, and off-road applications. Bitubo continues to design, engineer, develop, and manufacture its suspension products in Italy, drawing on decades of R&D and competition experience. For Elite Race Fab customers, it is the kind of hardware we like to see: purpose-built components, useful adjustment where the application calls for it, and a clear focus on getting the chassis working the way it should.