Portable Tamiya Rc Super Avante 1/10 4wd Buggy Kit With Td4 Chassis #58696 Pro Version [Gnzq0x4C]

Tamiya RC Super Avante 1/10 4WD Buggy Kit

Are you ready to take your off-road adventures to the next level? The Tamiya RC Super Avante 1/10 4WD Buggy Kit is designed to deliver an unparalleled driving experience with its sleek design and advanced technology. This unassembled kit comes with the TD4 chassis, offering a robust and durable platform for your custom build. The Super Avante body, inspired by the classic Avante, features a stylish rear wing and is designed by Kota Nezu of Znug Design, ensuring both functionality and aesthetics.

Key Features and Specifications

The TD4 chassis boasts a shaft-driven 4WD system, front inboard suspension, and a longitudinal battery pack position for optimal balance and performance. This 1/10 scale kit measures 338mm in length, 124mm in height, and 246mm in width, with a wheelbase of 283mm. The four-wheel independent double wishbone suspension with CVA oil dampers provides smooth and responsive handling, while the turnbuckle shafts facilitate camber angle adjustment for fine-tuning. This kit also includes star dish wheels and square spike tires for superior off-road grip. Here are some of the standout features:

• 4WD System: Offers exceptional traction and stability on all types of terrains.
• Front Inboard Suspension: Provides a slim, low-profile design for better aerodynamics and ground clearance.

Complete Your Off-Road Adventure

The Tamiya RC Super Avante 1/10 4WD Buggy Kit is a perfect choice for both beginners and experienced RC enthusiasts. With its easy-to-follow assembly instructions and comprehensive parts list, you can build your own custom buggy with ease. To complete your build, you will need additional items such as a 2-channel radio, steering servo, ESC, motor, battery, charger, and paint. Don't miss out on the opportunity to own a piece of Tamiya's rich RC heritage. This kit is not just a vehicle; it's an investment in your passion for off-road racing and customization.