Organic and sculpted
Drone Payload Dispenser Assembly
- Bounding box
- 120 × 41.9 × 13.9 mm
- Engine
- Organic B-rep
- Parameters
- 0
- Published
- September 4, 2026
Download
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The prompt
My top pick isZoo Design Studio with Zookeeper. It's currently the best at text-to-CAD for this kind of mechanical assembly. I wouldn't trust a vague prompt or a generic “drone payload dispenser” result. Here’s how I’d phrase your prompt, copy this entire thing into Zoo Zookeeper: Create a complete parametric3D CAD assembly for an autonomous drone survival kit dispenser. Use a horizontal linear magazine holding five rectangular payloads, each two hundred by one hundred by fifty millimeters and 200 grams. Magazine magazine internal size five hundred by two hundred and five by fifty five millimeters. Feed direction along the 100 millimeter side, five positions at 100 millimeter pitch. Add a rear pusher plate two hundred by fifty by five with guide rails, stepping 100 per cycle. Add a two-stage escapement retaining stop and hinged release gate about two hundred and five to two hundred and ten by sixty to eighty by three to five, opening seventy to ninety degrees. Place an exit sensor under the gate and a short guide chute about 100 millimeters. Mount under a Zd850 reference frame with a 300 by 220 by 4 to 5 plate and slotted adjustable brackets. Do not invent exact Zd850 hole patterns. Leave mounting as slots with a note: Final Zd850 measurements required. Output a full assembly with top, side, front, rear, isometric, and an exploded view. Include a BOM and dimensioned drawings in millimeters for every part.
Parameters
This model was generated without adjustable parameters. Open it in the editor to add your own dimensions.
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