Bypass1 Tapered Hi-Flow Pistons 6-Hole x 1.3mm for 1/8th Scale Vehicles (MIP24402)
Introducing the MIP Bypass1 Tapered Hi-Flow Pistons for 1/8th-scale RC vehicles, a high-quality replacement part designed to boost engine performance. The piston assembly features a 6-hole, 1.3 mm diameter configuration and a tapered profile that promotes precise fitment and efficient fuel flow for smoother operation.
Designed for compatibility with popular 1/8th-scale brands such as Mugen, Associated, Tekno, Kyosho, X-Ray, TLR, Hot Bodies and Sparko, these pistons provide a straightforward upgrade to improve fuel flow and engine performance. The tapered hi-flow design supports durable, consistent operation, helping maintain reliable power between maintenance intervals.
Introducing the MIP Bypass1 Tapered Hi-Flow Pistons for 1/8th-scale RC vehicles, a high-quality replacement part designed to boost engine performance. The piston assembly features a 6-hole, 1.3 mm diameter configuration and a tapered profile that promotes precise fitment and efficient fuel flow for smoother operation.
Designed for compatibility with popular 1/8th-scale brands such as Mugen, Associated, Tekno, Kyosho, X-Ray, TLR, Hot Bodies and Sparko, these pistons provide a straightforward upgrade to improve fuel flow and engine performance. The tapered hi-flow design supports durable, consistent operation, helping maintain reliable power between maintenance intervals.
Original: $15.49
-65%$15.49
$5.42Description
Introducing the MIP Bypass1 Tapered Hi-Flow Pistons for 1/8th-scale RC vehicles, a high-quality replacement part designed to boost engine performance. The piston assembly features a 6-hole, 1.3 mm diameter configuration and a tapered profile that promotes precise fitment and efficient fuel flow for smoother operation.
Designed for compatibility with popular 1/8th-scale brands such as Mugen, Associated, Tekno, Kyosho, X-Ray, TLR, Hot Bodies and Sparko, these pistons provide a straightforward upgrade to improve fuel flow and engine performance. The tapered hi-flow design supports durable, consistent operation, helping maintain reliable power between maintenance intervals.
