Labelle 107 Multi-purpose Medium Motor Oil with PTFE

Labelle 107 Multi-Purpose Medium Motor Oil with PTFE – For Slot Cars

1/2 fl oz (14.9 mL)

Keep your slot car running smoothly with Labelle 107 Multi-Purpose Medium Motor Oil. This premium medium-weight synthetic oil is enhanced with PTFE to reduce friction, minimize wear, and provide long-lasting lubrication for motors, axle bushings, bearings, and other rotating components.

Slightly heavier than lighter-viscosity oils, Labelle 107 offers excellent adhesion and stays where it's needed, making it a great choice for racers who want dependable lubrication with longer service intervals. Safe for both plastic and metal components, it's an excellent all-around maintenance oil for 1/32 and 1/24 scale slot cars.

Features

Medium-weight synthetic oil fortified with PTFE
Safe for plastic and metal components
Provides long-lasting lubrication
Reduces friction and component wear
Helps extend the life of motors and drivetrain components
Excellent adhesion for longer service intervals
Ideal for analog and digital slot cars

Ideal For

Motor bushings
Front and rear axle bushings
Bronze bearings
Sleeve bearings
Rotating shafts
Motor bearings
General-purpose lubrication of moving parts

Application Tip

Apply a single drop to each bearing, bushing, or rotating component requiring lubrication. Rotate the moving parts by hand to distribute the oil evenly, then wipe away any excess. A small amount provides excellent protection while helping maintain peak performance.

LEB Hobbies Maintenance Tip

Lubricate bearings and bushings after cleaning away old oil and dirt. Fresh lubricant works best on clean components and helps reduce friction, improve efficiency, and extend the life of your motor and drivetrain.

LEB Hobbies Pro Tip

Medium-weight oils like Labelle 107 are an excellent choice for racers who want longer-lasting lubrication than a light oil provides. It's especially effective on axle bushings and motor bearings that experience extended run times, offering durable protection without creating unnecessary drag when applied sparingly.