Low-Poly Hand Tool Models
Budget: $30 – $250 USD
I’m putting together a small asset pack of common hand tools and need a dependable hard-surface modeler to create clean, low-detail geometry that stays performant. Each tool should be delivered as an individual STL file, ready for rapid iteration and possible 3D printing tests down the road.
Scope of work
• Model a collection of everyday hand tools (think hammers, screwdrivers, pliers, wrenches—final list supplied once we start).
• Keep topology simple and watertight; no need for high-poly bevels or tiny texturing details.
• Stay within a uniform real-world scale so the set feels cohesive.
Deliverables
1. One STL per tool, named clearly.
2. Screenshot previews of each model from front, side, and iso angles.
3. A brief note on overall poly count per asset.
Acceptance criteria
• All edges manifold, models pass basic mesh-repair checks.
• File opens natively in Cura and Blender without errors.
• Real-world scale tolerance ±1 mm on key dimensions.
If this matches your expertise in streamlined, hard-surface modeling, I’d love to see a quick sample or link to similar work and move ahead quickly.
Scope of work
• Model a collection of everyday hand tools (think hammers, screwdrivers, pliers, wrenches—final list supplied once we start).
• Keep topology simple and watertight; no need for high-poly bevels or tiny texturing details.
• Stay within a uniform real-world scale so the set feels cohesive.
Deliverables
1. One STL per tool, named clearly.
2. Screenshot previews of each model from front, side, and iso angles.
3. A brief note on overall poly count per asset.
Acceptance criteria
• All edges manifold, models pass basic mesh-repair checks.
• File opens natively in Cura and Blender without errors.
• Real-world scale tolerance ±1 mm on key dimensions.
If this matches your expertise in streamlined, hard-surface modeling, I’d love to see a quick sample or link to similar work and move ahead quickly.