DU-BRO 800 1/8" x 3' I.D. Tygon Tubing - Flexible Plastic Fuel Line for RC Hobby Vehicles
This DU-BRO 800 Tygon tubing has a 1/8-inch inside diameter and a 3-foot length, making it a common choice for fuel and vacuum lines on remote-controlled aircraft, cars, and boats. Made from flexible plastic, it measures 6.35 mm outside diameter and weighs about 0.07 pounds per pack. Whether you are building or maintaining a hobby vehicle, this tubing is designed to handle the job without adding unnecessary weight.
What Inside Diameter and Length Does This Tubing Offer?
The tubing has a 1/8-inch inside diameter (3.175 mm) and comes in a 3-foot length. The outside diameter is 6.35 mm, which helps it fit standard fittings used in many RC fuel systems. The nominal wall thickness is not clearly specified, but the material is a durable plastic that provides good flexibility for routing around tight corners in your model.
Tubing Dimensions and Weight
| Inside Diameter | 1/8 inch (3.175 mm) |
| Outside Diameter | 6.35 mm |
| Length | 3 feet (91.44 cm) |
| Material | Plastic (Tygon) |
| Item Weight | 0.07 pounds (31.8 g) |
| Package Dimensions | 15.5 cm x 13.5 cm x 1.0 cm |
| Brand | DU-BRO |
| Number of Packs | 1 |
Common Questions About This Tubing
Is the tubing flexible enough for tight spaces?
Yes, the plastic material provides good flexibility. The 1/8-inch ID and 6.35 mm OD allow it to bend around corners without kinking easily, which is useful for fuel lines in compact RC models.
What is the weight of the tubing?
Each pack weighs about 0.07 pounds (31.8 g), so it adds minimal weight to your vehicle or model.
What is this tubing typically used for?
It is commonly used as fuel line, vacuum line, or general-purpose tubing for remote-controlled hobby vehicles such as airplanes, cars, and boats. DU-BRO has been making hobby accessories since 1959, and this tubing is part of their broad line of RC parts.
Does the package include only one piece?
Yes, the package contains one 3-foot length of tubing. The number of packs is 1, so you receive a single continuous piece.