Classic RC Speed Tip Nut Driver (4.0, 5.5, 7.0, 8.0) (1/4" quick release)

Regular price $19.99
SKU: CL1018
4 in stock

Pickup available at 585 S Ferdon Blvd

Usually ready in 1 hour

Ditch the hand cramps and cut your wrenching time in half with these power-ready precision nut drivers.

Built for the modern RC pit box, the Classic RC Company Speed Tip Nut Driver Set equips you with the four most essential metric nut driver sizes: 4.0mm, 5.5mm, 7.0mm, and 8.0mm. Whether you're tearing down a chassis for deep maintenance or quickly swapping wheels between heats, these bits are designed to chuck straight into your electric screwdriver for rapid, effortless wrenching.

Featuring a standard 1/4" quick-release hex shank, these speed tips lock in tight, offering a precision fit to prevent slipping and rounding out your expensive hardware. Spend less time twisting hand tools and more time burying the throttle.

Why You'll Love It

  • Power-Tool Ready: The standard 1/4" quick-release shank drops right into any standard electric screwdriver, making full vehicle teardowns an absolute breeze.
  • Precision Fit: Manufactured to strict metric tolerances to grip locknuts tightly and prevent stripped hardware.
  • The Essential Sizes: Covers everything from tiny M2 locknuts (4.0mm) to standard M4 wheel nuts (7.0mm) and even M5 hardware or glow plugs (8.0mm).
  • Pit Box Upgrade: Streamlines your trackside maintenance routine so you can get back out in the dirt faster.

What's Under the Hood

  • Drive Type: 1/4" Quick-Release Hex Shank
  • Included Bit Sizes: 4.0mm, 5.5mm, 7.0mm, 8.0mm
  • Application: Metric RC Hardware

Specifications

  • Scale Compatibility: Universal
  • System Measurement: Metric
  • Part Number: CL1018

What's In The Box

  • (1) 4.0mm Speed Tip Nut Driver
  • (1) 5.5mm Speed Tip Nut Driver
  • (1) 7.0mm Speed Tip Nut Driver
  • (1) 8.0mm Speed Tip Nut Driver

Note: Requires a 1/4" drive electric screwdriver or manual bit handle (sold separately). Pro-Tip: Always set your electric screwdriver's clutch to a low setting to avoid over-tightening and snapping small metric hardware!