About this 3D model

Updates! Today, we bring you a robot that is both unique and niche: a **300-gram inertia-driven hammering robot**. With the growing popularity of competitive combat robot competitions, robot diversity has become paramount. We need more people to experiment with different types of combat robots, as diverse attack methods can often yield unexpected results. It is this diversity and innovation that makes the world of competitive combat robots so exciting and dynamic. By introducing novel robot types, we can inject new life into competitions, while also providing viewers with a richer and more diverse viewing experience. Although **innovative robots** are often perceived by audiences as humorous, some novel robots have demonstrated considerable power. For example, HUGE, a new contestant in Season 3 of *Battlebots*, achieved a superior attack by placing a large-scale, vertical spinning blade in the middle of its body. This allowed it to target areas that are typically unreachable by conventional vertical spinning weapons, aiming for the opponent's often undefended weak points. Furthermore, the wheels, made of high-molecular material, not only mitigate the impact of opponents but also reduce the recoil force when its own weapon strikes the opponent. Many might initially dismiss it as a joke-type competitor, but by securing three consecutive victories, HUGE has made many re-evaluate its true strength. This clearly showcases the potential of innovative robots and their remarkable performance in the arena. HUGE's unexpected attack angle caught many competitors off guard Here is a detailed introduction to this competitive combat robot: Inertia-Driven Hammering Robot Kit: Armor, hammering weapon, wheels x2. Printing Information: Supports : Enabled Printing Material : TPU or PLA+ Please select printing parameters based on your actual needs For competitions, please print the model according to the competition weight class （100% infill provides greater durability, if weight is not an issue, select as needed） You can also visit the official product kit on the Xuanzhi Technology website, and feel free to contact us if you have any questions. Official Website: Xuanzhi Technology Official Website Taobao Store: Xuanzhi Technology Official Enterprise Store Assembly Information: In addition to the 3D printed components, you will also need to purchase a main control board, remote control, and assembly parts. Assembly instructions can be found on Bilibili: E1 Open Source Model - Hammering Robot Required parts can be found in the attached document: Inertia-Driven Hammering Robot - Magic Wheel Combat Vehicle - Parts List About the Inertia-Driven Hammering Robot: The inertia-driven hammering robot - Magic Wheel Combat Vehicle is a relatively large combat robot, its unique design and powerful features make it a tough competitor in the arena. The Magic Wheel Combat Vehicle features a large-wheeled design, giving it exceptional mobility on uneven terrain. It also boasts a sturdy and durable body structure made of high-strength composite materials, capable of withstanding high-impact forces and pressure. The robot's "Big Sword" hammering device utilizes inertial hammering technology, able to inflict hammering damage in a short period through the braking force of the wheels. As a large-scale robot that combines efficient hammering, stable movement, and intelligent control, the Magic Wheel Combat Vehicle brings a unique design approach to the arena, proving to be a nemesis to drum and vertical spinning robots. Furthermore, the **application of 3D printing technology** not only minimizes the robot's competition costs but also allows for the quick replacement of damaged components using a 3D printer. This advantage enables the combat robot to quickly recover its fighting power and defense, ensuring it remains in peak condition during the competition. If you want to learn more, you can follow the already released model or the latest news on the Xuanzhi Technology website. More exciting models are constantly being updated...