About the job
We are looking for a 3D modeling expert (Fusion 360, SolidWorks, or similar) to design the mechanical structure of a compact autonomous rover (maximum dimensions 25x25x25 cm). The professional must provide files ready for production (3D printing in PETG/TPU and laser cutting). Deliverables include:
Main chassis with center of mass calculation and optimization for cable management.
Sturdy mounts for 4 DC gear motors (Pololu 20D type) and protection for magnetic encoders.
Raised turret for a 360° LiDAR sensor and calibrated angled mounts for cameras and Time-of-Flight sensors.
Integration of threaded inserts to ensure modularity and easy disassembly of internal components (e.g., Raspberry Pi 5, LiPo batteries, control boards).
We are looking for a 3D modeling expert (Fusion 360, SolidWorks, or similar) to design the mechanical structure of a compact autonomous rover (maximum dimensions 25x25x25 cm). The professional must provide files ready for production (3D printing in PETG/TPU and laser cutting). Deliverables include:
Main chassis with center of mass calculation and optimization for cable management.
Sturdy mounts for 4 DC gear motors (Pololu 20D type) and protection for magnetic encoders.
Raised turret for a 360° LiDAR sensor and calibrated angled mounts for cameras and Time-of-Flight sensors.
Integration of threaded inserts to ensure modularity and easy disassembly of internal components (e.g., Raspberry Pi 5, LiPo batteries, control boards).
We are looking for a 3D modeling expert (Fusion 360, SolidWorks, or similar) to design the mechanical structure of a compact autonomous rover (maximum dimensions 25x25x25 cm). The professional must provide files ready for production (3D printing in PETG/TPU and laser cutting). Deliverables include:
Main chassis with center of mass calculation and optimization for cable management.
Sturdy mou...
read more
We are looking for a 3D modeling expert (Fusion 360, SolidWorks, or similar) to design the mechanical structure of a compact autonomous rover (maximum dimensions 25x25x25 cm). The professional must provide files ready for production (3D printing in PETG/TPU and laser cutting). Deliverables include:
Main chassis with center of mass calculation and optimization for cable management.
Sturdy mounts for 4 DC gear motors (Pololu 20D type) and protection for magnetic encoders.
Raised turret for a 360° LiDAR sensor and calibrated angled mounts for cameras and Time-of-Flight sensors.
Integration of threaded inserts to ensure modularity and easy disassembly of internal components (e.g., Raspberry Pi 5, LiPo batteries, control boards).
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