RB26 Upper Front Timing Cover - 3D Scan

RB26 Upper Front Timing Cover - 3D Scan

Every curve, edge and bolt hole on the RB26 upper front timing cover, captured at 0.1 mm. You design from the real part, not from a guess.

This is a full 3D scan of the OEM Nissan RB26 upper front timing cover, delivered as an STL you can drop straight into your CAD or reverse-engineering software. It's built for people designing parts that live in front of an RB26 head, not for people who want to print a replacement tonight.

Measuring this cover by hand means chasing compound curves with a ruler. The scan gives you the real surface, the real bolt pattern and the real clearances in one file, so your first prototype fits instead of your third.

Scanned in-house by Ichiban Engineering, a CNC shop in Bangkok that designs billet parts from the same scans. Volumetric accuracy is 0.1 mm.

This is a raw scan mesh. It is not watertight and it is not a solid CAD model, so it won't slice or machine out of the box. Use it as the reference you model over.

Want to make the part, not model it? The production-ready CAD model of the same cover is sold separately as the RB26 Upper Front Timing Cover - CAD Model.

Key Features

• 0.1 mm volumetric accuracy - Tight enough to design mating parts and check clearances.

• Real mounting points - Locate every hole from the scan, not from forum measurements.

• STL mesh - Opens in Geomagic Design X, Fusion, SolidWorks and most scan software.

• Instant download - The file link arrives right after checkout.

The geometry is the hard part. It's done.

⚙️ Part: OEM Nissan RB26DETT upper front timing cover

📧 Questions: [email protected]

Use for

Reverse engineering, fitment checks, measuring

Not for

Printing or machining as it is: the mesh is open

Secure checkout. Download link on the confirmation page and by email.

Type

Raw 3D scan

Mark

3D scan

Size (L x W x H)

296.8 x 239.8 x 70.5 mm

Format

STL in a zip, mm

Vol. accuracy

0.1 mm

Watertight

No, raw scan

Full mesh

660,170 triangles

Preview mesh

90,000 triangles

Updated

2026-10-31