GrabCAD 模型信息
Quadcopter Drone Frame with Truss Arms · 模型 59154
So I wanted to design a custom multirotor frame that balances weight reduction with high structural rigidity. Standard carbon fiber plates can get pretty boring. Decided to build this minimalist quadcopter drone assembly, featuring a lightweight geometric layout optimized for stable flight physics. The core design highlights are the lattice truss arms. They minimize wind resistance from propeller downwash while keeping the frame stiff enough to prevent high-frequency motor vibrations from messing with the flight controller. I modeled a central electronics bay housing a streamlined protective top enclosure for the battery and power distribution board, with side-mounted electronic speed controllers (ESCs) tucked neatly next to the main body. The brushless motors sit perfectly flat on the integrated end mounts to ensure zero thrust vector misalignment during aggressive maneuvers. Here is the quick breakdown of the design specs: - Frame Layout: Symmetric X-configuration quadcopter - Arm Architecture: Open-truss structural geometry for weight efficiency - Payload Bay: Central compartmentalized deck with a minimalist snap-on top shell - Actuator Mounts: 4 integrated brushless motor brackets with circular bolt patterns - Propeller Configuration: 2-blade high-pitch props (2 clockwise, 2 counter-clockwise pairs) - Visual Reference: Modeled cleanly to match the full assembly view shown across the renders Perfect if you working on drone mechanics, aerodynamics simulations, or just need a clean quadcopter base model for an autonomous robotics project.
- 格式
- STEP / IGES、SOLIDWORKS、Rendering
- 分类
- Aerospace、Automotive、Aviation
- 标签
- buet、cad drone、lightweight frame、aerospace、drone assembly、multirotor、drone frame、quadcopter、robotics、minimalist design、truss arm、uav
- 数据更新
- 2026-10-10T00:15:42Z
