V6 Crankshaft with Pistons and Flywheel STL 3D Print Model
V6 Crankshaft with Pistons and Flywheel STL 3D Print Model Original price was: $ 10,00.Current price is: $ 7,00.
Back to products
V8 Engine Crankshaft and Pistons Assembly STL 3D Print Model
V8 Engine Crankshaft and Pistons Assembly STL 3D Print Model Original price was: $ 10,00.Current price is: $ 7,00.

Nissan QR25DE Engine STL 3D Print Model

  • No AI Generated

The designs are crafted professionally and by hand.

  • Optimized for FDM & SLA

The file is adapted for most 3D printers.

  • Money-back Guarantee

Refund up to 7 days after placing your order.

Highly detailed 3D model of the Nissan Altima Hybrid QR25DE 2.5L inline-4 engine, faithfully reproducing the exhaust manifold, serpentine belt system, valve cover, and ancillaries.

58 Items sold in last month

Original price was: $ 10,00.Current price is: $ 7,00.

SKU: 3DM-cmtbigc610bad5hq22f5sdjer

Description

Highly detailed 3D model of the Nissan Altima Hybrid QR25DE 2.5L inline-4 engine, faithfully reproducing the exhaust manifold, serpentine belt system, valve cover, and ancillaries. Perfect for automotive enthusiasts, collectors, and scale diorama builders. Supplied as a ready-to-print ZIP archive with optimized mesh files. Ideal for display models, educational purposes, or automotive showcase pieces.

Print settings

FDM printing is recommended for larger display builds; resin (MSLA/DLP) is preferred for capturing fine surface details such as bolt heads, pipe unions, and belt grooves. Print the block upright or at a slight angle to minimize unsupported overhangs on the exhaust headers; supports are required around the manifold pipes and belt tensioner area. Suggested infill: 15–20% gyroid for structural parts, higher (30–40%) for small detail components. PLA or PLA+ in silver/metallic grey, with post-processing painting, will best replicate the engine’s appearance.

Specification

Overview

Customer Reviews

Reviews

There are no reviews yet.

Be the first to review “Nissan QR25DE Engine STL 3D Print Model”