AXA rear wheel lock Linka NEWTON 10 mm x 150 cm for children’s ride-on vehicles

AXA Linka NEWTON is a rear wheel lock cable developed for children’s ride-on vehicles and related small transport items. The cable has a 10 mm steel core and an overall length of 150 cm, and is intended to secure a rear wheel or to fasten the vehicle to a fixed object. It includes a 10 mm plug pin for compatible frame locks and a synthetic protective sleeve to reduce the risk of paint damage. The design focuses on compact storage and basic theft-deterrent protection suitable for strollers, small trailers and ride-on toys.

Advantages

The 10 mm steel cable provides a balance between flexibility and physical resistance while the 150 cm length allows securing the vehicle to posts or railings at short distances. The synthetic sleeve protects paintwork and reduces abrasion when the cable rests against the vehicle. The cable rolls up to a compact size for easy transport and storage. Compatibility with several frame lock types enables combined locking for improved security at rest.

Suitable for

• Securing rear wheels of children’s ride-on vehicles and toys
• Fastening strollers or small trailers to fixed objects
• Temporary locking when leaving a ride-on vehicle unattended for short periods

Key specifications

• Cable core diameter: 10 mm
• Overall length: 150 cm
• Plug pin diameter: 10 mm
• Synthetic protective sleeve to prevent paint damage
• Safety level: 15
• Compact rolled-up size for storage and transport

How to use

Pass the cable through or around the rear wheel or frame area that you want to secure and insert the 10 mm plug pin into the compatible frame lock or a suitable locking point. Ensure the synthetic sleeve covers contact areas to protect paint. Tighten any slack so the vehicle is held close to the fixed object and check that the connection is secure before leaving the vehicle unattended.

Usage recommendations

Use the cable together with a compatible frame lock for improved security. Store the cable dry and roll it up when not in use to maintain its compact shape; avoid prolonged exposure to seawater and chemicals to preserve the protective sleeve and core. For higher-risk locations, consider additional or heavier locking devices.