TAMIYA CR01 Precision Bearing Set BS-CR01/V1 by 3Racing  [BS-CR01/V1]

Tamiya CR01 RC Full Ball Bearing Set - 3RACING BS-CR01/V1
Price:
USD$26.30
Brand:
3Racing
Model:
BS-CR01/V1
Condition:
Brand New
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Technical overview

The BS-CR01/V1 full ball bearing set is supplied to provide running bearings for the TAMIYA CR01 drivetrain and hub interfaces. Replacing plain bushings with correctly sized bearings reduces frictional losses and yields more consistent rotational behaviour under slow, high-torque crawling loads.

This supply is intended as a service and tuning component rather than a structural chassis modification. Proper bearing selection and installation reduce rolling resistance, improve thermal behavior in low-speed duty cycles, and help maintain predictable torque transfer through axles and shafts.

Fitting recommendations: verify bore concentricity and remove any corrosion or old grease before fitting. Use a calibrated bearing press or driver to avoid misalignment, check endplay and radial runout after installation, and apply a thin, compatible lubricant to control running feel without adding drag. Revalidate gear mesh and wheel hex axial preload to maintain CR01 specification limits.

Specifications

  • Item: Full ball bearing set
  • Material: Manufacturer not specified
  • Model Number: BS-CR01/V1
  • Compatibility: Tamiya CR01 chassis

For technical hobbyists and racers tuning a CR01 for consistent low-speed torque delivery, the BS-CR01/V1 offers a precision replacement option when installed and maintained correctly.

Check bores for roundness and wear, measure shaft diameters, and remove any burrs or corrosion that could prevent square seating. Confirm tolerances before installation.
Mount the wheel assembly and use a dial indicator or feeler methods to quantify lateral movement; adjust shims or preload until acceptable minimal freeplay without binding is achieved.
A light synthetic oil or low-viscosity grease gives the best compromise between protection and minimal drag for low-speed crawling; avoid high-viscosity greases that increase torque loss.
Yes, but heavier rotating masses increase bearing load; verify bearing type and lubrication, and monitor temperatures in prolonged tests to confirm suitability.