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TNR

1 1/4" TNR Blackout Series Small Bearing for Efficient Kart Axle Rotation

1 1/4" TNR Blackout Series Small Bearing for Efficient Kart Axle Rotation

Regular price $19.57 USD
Regular price Sale price $19.57 USD
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Why settle for ordinary when you can equip your kart with the compact power of the 1 1/4" TNR Blackout Series Small Bearing? Marked as UC-206, this essential for 1.25" axles focuses on precision engineering to cut down on unnecessary resistance, letting your kart glide through turns with unmatched efficiency.

Racers know that even minor inefficiencies in the drivetrain can cost valuable positions. This small bearing addresses that by providing a snug, reliable fit that supports smooth axle movement. Its design prioritizes quick heat dissipation during prolonged sessions, reducing the risk of overheating that plagues lesser parts.

  • Compact profile for versatile placement in tight driveline setups.
  • Superior lubrication retention to maintain peak performance lap after lap.
  • Easy integration that simplifies axle maintenance and organization at the track.

Picture your kart accelerating out of chicanes without the drag of worn bearings— that's the advantage this component brings. In categories like kart bearings and 1-1/4" axle bearings, it shines by offering a balance of size and strength, ideal for karts where weight savings matter. The blackout series aesthetic adds a professional touch, but it's the functional benefits that truly accelerate your progress.

For better organization, this bearing's straightforward specs allow for rapid inspections and replacements, keeping your pit area efficient. It indirectly aids speed by ensuring the axle spins freely, preserving engine power for what counts: overtaking rivals. Compared to bulkier alternatives, its smaller form factor enhances overall kart balance, contributing to sharper handling and faster qualifying times.

Embrace this upgrade to elevate your racing strategy. The TNR-UC206 isn't just hardware; it's a pathway to refined control and enduring reliability on the circuit.

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