Enhance Beyblade X Toy Parts
Budget / SalaryHourly project
TypeFreelance project
LocationRemote
Posted1 hour ago
I’m expanding my Beyblade X line and need a toy designer or mechanical engineer who can hunt down off-the-shelf components—or refine the ones I already have—so the finished top delivers much stronger attacks and impacts in the arena. I’m not starting from scratch; basic shells and molds are on hand, but the weight disks, attack rings, and performance tips need an upgrade in materials, geometry, or both.
What I’d like from you is practical, production-ready guidance: research compatible parts, suggest modifications, then supply CAD files or clear technical drawings that slot straight into the existing Beyblade X system. Familiarity with injection-molded ABS, zinc alloy rings, and the standard Takara Tomy sizing conventions will make the job smoother. I have SLA and SLS printers for rapid prototyping, so designs that can be printed and battle-tested quickly are ideal.
Deliverables
• Parts list with supplier links or machining specs
• Updated 3D models (STEP/STL) showing precise fit with current shells
• Short performance brief explaining how each tweak amplifies attack power while preserving balance
• Simple assembly guide for factory tooling
We’ll iterate after each prototype test until the hit strength and spin stability reach the target. If you work in Fusion 360, SolidWorks, or similar, that’s perfect—just be sure the exports open cleanly. Let’s craft a top that sends competitors flying.
What I’d like from you is practical, production-ready guidance: research compatible parts, suggest modifications, then supply CAD files or clear technical drawings that slot straight into the existing Beyblade X system. Familiarity with injection-molded ABS, zinc alloy rings, and the standard Takara Tomy sizing conventions will make the job smoother. I have SLA and SLS printers for rapid prototyping, so designs that can be printed and battle-tested quickly are ideal.
Deliverables
• Parts list with supplier links or machining specs
• Updated 3D models (STEP/STL) showing precise fit with current shells
• Short performance brief explaining how each tweak amplifies attack power while preserving balance
• Simple assembly guide for factory tooling
We’ll iterate after each prototype test until the hit strength and spin stability reach the target. If you work in Fusion 360, SolidWorks, or similar, that’s perfect—just be sure the exports open cleanly. Let’s craft a top that sends competitors flying.
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