PS-K01 PS-K01 Left Hanger engineering render
CAD available on request

Send your drawing or STEP file for engineering review.

Technical render and dimension reference View technical details
PS-K01

PS-K01 Left Hanger

PS-K01 Left Hanger for replaceable derailleur hanger and dropout interfaces. Includes mapped product render, dimension drawing, asset status, engineering notes, and CAD request support.

Category Dropouts and Hangers
Material Forged or CNC-machined aluminum alloy, drawing-specified
Finish Black anodizing, clear anodizing, hard anodizing, or customer color finish
Process Forging plus CNC finishing, or drawing-specified CNC machining
Thread / Size Drawing controlled
Application Replaceable derailleur hanger and dropout interfaces
Request Quote
Engineering note: Specifications below are series-level references unless marked otherwise. Final production dimensions, tolerances, material certificates, coating requirements, and inspection criteria must follow the customer drawing and project specification.

Engineering Role

This dropout or hanger reference supports bicycle frame programs that need a controlled replaceable interface for rear derailleur alignment, impact serviceability, and left/right frame-end fit.

PS-K01 Left Hanger is mapped from the PremFixer technical asset library with source reference 614-186-BML. The page keeps the render, drawing, and CAD status together so engineering and sourcing teams can review the item before sending a formal RFQ.

Specification Snapshot

PremFixer SKUPS-K01
Source reference614-186-BML
SeriesDropouts and Hangers
Mapped applicationReplaceable derailleur hanger and dropout interfaces
Catalog notesStandard
CAD statusCAD/3D file is handled by request fallback for controlled engineering review.

Dimensions & Interface Control

Use the mapped dimension drawing to confirm dropout profile, hanger alignment, axle interface, mounting holes, and derailleur thread position. Final production dimensions should follow the customer drawing, mating component, assembly stack, and bicycle brand service requirement.

  • Main image and dimension drawing are linked in the media panel for quick visual review.
  • Confirm mating parts, frame material, coating stack, torque path, and service access before sampling.
  • Custom length, profile, thread, hole position, finish, and packaging can be reviewed during RFQ.

Material, Process & Finish

Material directionForged or CNC-machined aluminum alloy, drawing-specified
Process directionForging plus CNC finishing, or drawing-specified CNC machining
Finish optionsBlack anodizing, clear anodizing, hard anodizing, or customer color finish

Material and finish are selected against the drawing, corrosion target, weight requirement, and mating assembly. Alternative grades or coatings can be reviewed when the application needs higher strength, lower weight, better wear resistance, or a specific cosmetic target.

Quality & Traceability

PremFixer can support drawing-based inspection for profile position, hole location, thread gauges, flatness, anodizing, and cosmetic edges. Batch traceability, incoming material checks, coating reports, hardness checks, salt-spray validation, and dimensional reports can be prepared according to project requirements.

RFQ Data Checklist

  • 2D drawing or marked sample photo for PS-K01.
  • Target material, heat treatment, surface finish, and corrosion requirement.
  • Assembly location, mating part, torque or load requirement, and annual volume.
  • Packaging, labeling, inspection report, and CAD exchange format requirements.

Need this item built to your drawing?

Send the drawing, sample, or SKU list and PremFixer will review material, finish, tolerance, asset availability, and production options.

Start RFQ
FAQ

Frequently Asked Questions

Confirm fit, drawing control, finish options, and documentation before RFQ.

Q1 What derailleur systems is this hanger compatible with?

This derailleur hanger interfaces with Shimano and SRAM rear derailleurs. Final compatibility must be confirmed by the frame drawing and derailleur specification.

Q2 Why forged instead of CNC-machined?

Hot forging aligns aluminum grain flow with the impact direction, providing superior impact toughness compared to CNC-only hangers. Forged hangers resist cracking better in the critical failure zone.

Q3 How do I identify left vs right hanger?

Left hangers typically mount on the non-drive side dropout. Please verify your frame's dropout orientation against the dimension drawing before ordering.