About the job
I need an editable CAD model of a backhoe loader (front loading bucket + rear backhoe arm), built as a true multi-part assembly and not a single fused solid.
Requirements:
Separate, editable parts for: frame, front loader arm/linkage/bucket, rear backhoe boom/dipper/bucket, cab, axles, wheels, hydraulic cylinders, and stabilizer legs.
Parts correctly positioned and, where practical, joined with real assembly mates at the actual pivot points not just placed next to each other.
Fully parametric/editable, not a static shape.
Deliverable: native assembly + part files (e.g., SolidWorks .sldasm + .sldprt) plus a STEP export of the same assembly. Please confirm your STEP export will keep the parts separate, I do not want a single fused body (I already received one like that and it's unusable for my purpose).
Reference: General real-world backhoe loader dimensions (JCB 3CX-class) are fine if exact drawings aren't available flag anywhere you estimated.
Purpose: this feeds a physics-based digital twin for university research, where sensors/joints get added later in NX. Pivot-point accuracy and correct part separation matter more than cosmetic finish.
I need an editable CAD model of a backhoe loader (front loading bucket + rear backhoe arm), built as a true multi-part assembly and not a single fused solid.
Requirements:
Separate, editable parts for: frame, front loader arm/linkage/bucket, rear backhoe boom/dipper/bucket, cab, axles, wheels, hydraulic cylinders, and stabilizer legs.
Parts correctly positioned and, where practical, joined with real assembly mates at the actual pivot points not just placed next to each other.
Fully parametric/editable, not a static shape.
Deliverable: native assembly + part files (e.g., SolidWorks .sldasm + .sldprt) plus a STEP export of the same assembly. Please confirm your STEP export will keep the parts separate, I do not want a single fused body (I already received one like that and it's unusable for my purpose).
Reference: General real-world backhoe loader dimensions (JCB 3CX-class) are fine if exact drawings aren't available flag anywhere you estimated.
Purpose: this feeds a physics-based digital twin for university research, where sensors/joints get added later in NX. Pivot-point accuracy and correct part separation matter more than cosmetic finish.
I need an editable CAD model of a backhoe loader (front loading bucket + rear backhoe arm), built as a true multi-part assembly and not a single fused solid.
Requirements:
Separate, editable parts for: frame, front loader arm/linkage/bucket, rear backhoe boom/dipper/bucket, cab, axles, wheels, hydraulic cylinders, and stabilizer legs.
Parts correctly positioned and, where practical, joined...
read more
I need an editable CAD model of a backhoe loader (front loading bucket + rear backhoe arm), built as a true multi-part assembly and not a single fused solid.
Requirements:
Separate, editable parts for: frame, front loader arm/linkage/bucket, rear backhoe boom/dipper/bucket, cab, axles, wheels, hydraulic cylinders, and stabilizer legs.
Parts correctly positioned and, where practical, joined with real assembly mates at the actual pivot points not just placed next to each other.
Fully parametric/editable, not a static shape.
Deliverable: native assembly + part files (e.g., SolidWorks .sldasm + .sldprt) plus a STEP export of the same assembly. Please confirm your STEP export will keep the parts separate, I do not want a single fused body (I already received one like that and it's unusable for my purpose).
Reference: General real-world backhoe loader dimensions (JCB 3CX-class) are fine if exact drawings aren't available flag anywhere you estimated.
Purpose: this feeds a physics-based digital twin for university research, where sensors/joints get added later in NX. Pivot-point accuracy and correct part separation matter more than cosmetic finish.
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