Design Proposal: Zhao Xuechen
Design case, design execution: Xie Zhuhao
Accessories design: Ye Jingyu

These are two machines under the modular combat robot series. The core design point of the whole machine is the modular and universal design of the power system, control system, protection system and the whole machine frame. The modular component design greatly improves the use experience in robot education scenarios and individual competition scenarios.

On the history of fighting robots, Baidu Encyclopedia explains as follows:
Fighting robots are generally recognized as having their origins in the first Robot Wars US, held in San Francisco in 1994. The event was founded by Mark Thorpe, and was inspired by the "unexpected and violent results" that occurred when he built a remote-controlled vacuum cleaner in 1992 ". The venue of the first robotic challenge arena was very simple, divided into three levels: lightweight, middleweight and heavyweight, although it seems that the competition at that time was still very elementary. But the event itself still gets a pretty good level of attention.
For more videos of this product and more robot confrontation, you can search for the keyword "fighting robot" or "BATTLEACE" at Station B to watch the related videos.

Since the model, overall structure and structural stack of the product have been defined at the beginning of the project, the design focuses on improving the visual elements, modeling layering and process texture of the product.

Emotional board
The source network is for reference only. Please contact and delete any infringement.

Visual Elements
The overall shape of the two machines is inward, and the visual center of gravity is more concentrated and balanced. The downward pressure modeling lines avoid the imbalance of the visual center of gravity before and after, reduce the weight of the weapon, retain the different characteristics of the two machines, and at the same time, the whole machine has more forward fighting feeling and aggressiveness.
The gradual change of metallic color strengthens the sense of hierarchy of modeling, and the modeling processing method of sheet metal block splicing strengthens the combat elements, highlights the mecha feeling of metal armor, and forms a series of elements.

Product Model
Drum robot: gradient blue, compact and stable internal structure, flexible steering and strong maneuverability, more balanced attack and defense and mobility.
Transverse robot: gradual red, large weapon attack range, strong destructive power, but high center of gravity, easy to lose attack power directly after weapon failure.

Design Implementation
Determine the gradient direction of actual production, determine the gradient area parameters and allowable tolerances to achieve product landing consistency.
Optimize the connection of the sheet metal shape cutting facets to reduce the sense of fragmentation caused by the welding process.

Modified Model Competition Battle Chart

Modified Model Competition Battle Chart