Descanso lateral para bicicleta FISCHER 85996 aço, comprimento ajustável 30,5–50,8 cm para bicicletas de 12–20 polegadas

The FISCHER bicycle side stand is a steel, adjustable-length support designed for small bicycles with wheel sizes from 12" to 20". It mounts to the bike frame and holds the bicycle upright when parked. The stand offers a length adjustment range of 30.5–50.8 cm to fit different frame heights and riding setups, and its steel construction is intended to provide strength and consistent support for everyday use.

Advantages

Steel construction ensures robust support and resistance to bending under normal parking loads. The adjustable length mechanism allows precise adaptation to a variety of small-frame bicycles, enabling stable parking on level ground. The stand is compatible with commonly used frame mounting positions and is designed for straightforward installation and low maintenance.

Suitable for

• Children's bicycles with 12" wheels
• Folding bikes and small urban bikes with 16"–20" wheels
• Bikes that require a frame-mounted support for parking and storage

Key specifications

• Material: steel
• Adjustable length: 30.5–50.8 cm
• Compatible wheel sizes: 12"–20"
• Mounting: frame-mounted side stand
• Finish: protective coating to resist corrosion (typical for steel components)

How to use

Position the stand at the designated frame mounting point, usually near the chainstay or seat tube area, and secure it using the appropriate fastening hardware. Adjust the telescopic or screw-adjust mechanism so the foot rests firmly on the ground while the bicycle remains upright at a slight lean. Verify that the stand is tightened and the adjustable length is locked before leaving the bicycle unattended. Periodically check fasteners and the condition of the stand to ensure continued safe operation.

Recommendations

Use the stand on firm, level surfaces to ensure stable parking. Avoid prolonged exposure to moisture; inspect and clean the stand regularly and lubricate moving parts if accessible to maintain the adjustment mechanism.