Color: Silver Overview A universal front fork mount designed to secure a bicycle for transport on a roof rack or in a trunk. Constructed from corrosion resistant aluminum alloy with anti vibration design, this fork block provides stable, lightweight support and fits most bicycle fork types using four included adapters. Key benefits Secure transport: Holds the bicycle fork firmly to prevent wobbling and reduce the risk of damage during travel. Wide compatibility: Includes four adapters and works with quick release systems and axle systems for versatile mounting on roof racks or trunk mounted boards. Durable and lightweight: Made from corrosion resistant aluminum alloy that resists rust while keeping weight low for easy handling. Reduced vibration: Anti vibration features help protect the bicycle during rough roads or long distance trips. Quick installation: Mounts with screws for a straightforward, reliable connection to roof rack rails or wooden trunk boards. Main features Material: Aluminum alloy, corrosion resistant and anti rust. Compatibility: Compatible with quick release forks and axle type forks; four adapters included to fit most bicycle fork designs. Mount type: Fork block for vehicle roof rack or trunk mounting on wooden boards. Installation: Quick install using screws; suitable for repeated use. Size: 110 x 38 x 58 mm (4.33 x 1.49 x 2.28 inch). Package contents 1 set car rack bicycle fork mount (includes 4 adapters and mounting hardware) Use scenarios Weekend cycling trip: Securely mount your road or gravel bike to a roof rack for a day ride without worrying about fork movement on bumpy roads. Long distance travel: Transport multiple bikes on a car roof for a cross country or multi day tour while minimizing vibration and stress on the frame. Family outings: Carry a child or adult bicycle in the trunk on a wooden mounting board for short commutes or park visits where a roof rack is not available. Notes Please allow a 1 to 2 cm measurement tolerance due to manual measurement. Actual item color may vary slightly from images due to monitor differences.