Organic and sculpted
AGILITY Overhead Demonstration-Conductor Inspection Robot (assembled)
- Bounding box
- 75.4 × 31.6 × 120 mm
- Engine
- Organic B-rep
- Parameters
- 0
- Published
- October 3, 2026
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The prompt
Create a complete 3D CAD assembly of a compact overhead demonstration-conductor inspection robot named AGILITY. Overall robot size: 450 mm length × 300 mm width × 300 mm height. The robot is designed ONLY for a DE-ENERGIZED, LOW-VOLTAGE DEMONSTRATION CONDUCTOR, not for live electrical lines. Main frame: - 3 mm thick aluminium plates and aluminium channels - Lightweight industrial-style rectangular body - Separate left and right side plates - Top electronics enclosure - Front sensor/camera mounting bracket Conductor crawling system: - Two main powered V-groove wheels - Drive wheel diameter 100 mm - Drive wheel width 40 mm - Four smaller guide rollers, diameter 50 mm and width 30 mm - Adjustable guide/clamping mechanism - Support both 15 mm and 20 mm diameter demonstration conductors - Use rubber or PU contact surfaces Drive system: - Two 12 V geared motors - Motor mounting brackets with adjustable slots - Stainless-steel shafts - Bearing-supported wheels Inspection system: - Front camera mount - Thermal/temperature sensor mounting position - Distance sensor mounting position - Small LED inspection light - Electronics enclosure Demonstration tool system: - One mechanical cutter mechanism - One mechanical wire joining/crimping mechanism - Both mounted underneath the robot - Designed ONLY for cutting and joining an isolated demonstration wire - Do not design it for energized electrical lines Make the robot look like a professional industrial overhead power-line inspection crawler, NOT like a normal ground robot or tank robot. Create: 1. Complete assembled 3D model 2. Exploded assembly 3. Front view 4. Top view 5. Right-side view 6. Separate fabricated parts 7. Dimensions in millimeters 8. Part numbers and quantities 9. Material and thickness for each fabricated part 10. Mounting holes and adjustable slots 11. Wheel and roller positions 12. Assembly relationship between every major component Use realistic mechanical proportions and make the design suitable as a college engineering prototype.
Parameters
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