Some links may earn us a commission, helping us create more helpful contents.
LJXSZ Aluminum Alloy Motor Mount Holder Upgrade Part for MJX Hyper Go 1/14 1/16 RC Indy Car Models 14210 16393 14393 Blue

LJXSZ Aluminum Alloy Motor Mount Holder Upgrade Part for MJX Hyper Go 1/14 1/16 RC Indy Car Models 14210 16393 14393 Blue

Brand: LJXSZ
Price: ****
See Deals at Amazon Now
ASIN: B0DFTXCZ2K
Weight: 0.48 ounces
Volume: 4 x 4 x 0.2 inches

Share this deal with your friends:

Product Description

Upgrade your RC Indy car experience with the LJXSZ Aluminum Alloy Motor Mount Holder, designed specifically for MJX Hyper Go 1/14 and 1/16 scale models. This high-performance upgrade part ensures your RC Indy car runs smoother and more stable, giving you the edge in every race. Made from premium aluminum alloy, it's built to withstand the rigors of high-speed racing while offering easy installation for hassle-free upgrades.

  • Compatible with all MJX Hyper Go 1/14 and 1/16 RC Indy car models including 14210, 16393, and 14393.
  • Constructed from high-quality aluminum alloy for enhanced durability and performance.
  • Designed to sustain higher strength, providing a stabler and smoother operation.
  • Easy to install, making it perfect for replacements or upgrades.
  • Backed by a satisfaction guarantee, with trouble-free refund and return policies.

Whether you're a seasoned racer or a hobbyist looking to enhance your RC Indy car's performance, the LJXSZ Motor Mount Holder is your go-to upgrade. Its superior construction not only improves your car's durability but also its racing performance, ensuring you stay ahead of the competition. The sleek blue design adds a touch of style to your vehicle, making it stand out on the track.

Installation is a breeze, allowing you to quickly upgrade your RC Indy car without any specialized tools. This motor mount holder is an essential upgrade for anyone looking to push their MJX Hyper Go to its limits. With LJXSZ, you're not just buying a part; you're investing in your RC Indy car's future performance and reliability.