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DCC Bridge
Anonymous1774552092
03-26 19:13
Model Name
centrifugal slingshot bowl 3d model
Tags
concept art
concept art realistic
machine
machine concept art
machine concept art realistic
machine realistic
payload
realistic
Input
Prompt
This illustration provides a complete cross-section and operational sequence for the "Centrifugal Slingshot Bowl." ### Key Engineering Details shown in the Image: 1. **Passive Storage (Left Panel):** The 45-degree sloped walls allow you to simply drop the weights (G) onto the coiled monofilament (H). During normal flight, gravity and the depth of the bowl keep the payload securely nested close to the drone body, far from the props. 2. **Controlled RPM (Top Right Panel):** We leverage a cheap, high-torque, low-RPM geared motor (like a $4 N20 micro gear motor) instead of a brushless one. This ensures the mechanism spins up smoothly without shattering the printed plastic. 3. **Automatic Deployment (Middle Right Panel):** You hit the switch, the bowl spins up. Centrifugal force instantly kicks the weights *up* the 45-degree walls and ejects them. The kinetic force snaps the lines taut, slinging the weights out horizontally in a wide circle. 4. **The "Bypass" Failsafe (Bottom Right Panel - Critical):** This is the key that guarantees your "not cut-able" requirement. Note the interlocking **Retention Ring (C)** and the **Load Flange (F)**. When the line snags a branch and pulls down hard, the rotating bowl pulls down slightly until its plastic flange slams into the fixed retention ring on the motor bracket. The immense snag force bypasses the fragile motor shaft completely and transfers directly into your drone's central frame, ensuring the drone acts as the anchor and gets pulled down. 5. **Motor Protection:** I've added an inline **Stall Fuse (J)**. As soon as the weights snag and the motor is jammed, the amp draw spikes, blowing the fuse. This instantly stops the motor and protects your ESC and battery from damage.
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