Tamiya 3580032 4x8.4mm Pipe Spare for F101/F102 Hop-Up [3580032]

Price:

NZD$0.00

Brand:

Tamiya

Model:

3580032

Not Available

Please kindly input your name and email address, we will inform you once we have the restocking.

Or you may find similar product under the

Spares / Hop-ups - Tamiya - F1 Chassis

Spare 4x8.4mm tubing for Tamiya F101/F102

The Tamiya 3580032 4x8.4mm pipe is produced as an RC spare intended for maintenance and minor repairs on compatible Tamiya F101 and F102 group parts. The item is a straight tubular section sized 4x8.4mm that acts as a direct swap for damaged tubing runs or short link segments inside the chassis.

Installation and handling tips:

Compatibility: engineered to match the tubing points used in F101/F102 hop-up kits and related Group C layouts, appropriate wherever a 4x8.4mm tubular insert is needed.
Fitment: measure carefully and trim to the required length, deburr and square the ends for a secure seating, and fasten with the chassis' original retention method (clips or adhesives as per the manual).
Tuning impact: replacing compromised tubing helps restore the original routing and clearances, contributing to consistent steering and suspension feedback during setup work.
Model use only: specified solely as an accessory for RC chassis; not suitable for any full-size application.

A practical spare tube for keeping F101/F102 hop-up assemblies restored and chassis geometry stable between tuning sessions.

Can this pipe be used in other Tamiya models?

It is designed primarily for F101 and F102 hop-up assemblies; other models may accept it if they use a 4x8.4mm tubular insert, but verify dimensions before fitting.

Should I glue the pipe in place?

In most cases use the chassis original retention method. If adhesive is required, follow the chassis manual recommendations and use a model-safe adhesive applied sparingly.

Any trimming tips for a neat fit?

Measure twice, cut once. Square the cut ends, remove burrs, and check routing before final fastening to avoid interference with nearby components.